Lakewood Wildfire Resiliency Code

A Practitioner's Analysis and Alternative Framework

Submitted to Lakewood City Council

Submitted by

Matthew Haraminac

Founder  |  Employing Broker  |  Licensed General Contractor

ICC & HUD 203k Certified  ·  InterNACHI CPI

Peak Property Services  |  Peak Real Estate Advisors  |  Lakewood, Colorado

Executive Summary

My name is Matt Haraminac. I am a licensed General Contractor, ICC-credentialed inspector, InterNACHI Certified Professional Inspector, and Employing Broker based in Lakewood. I hold a Bachelor of General Studies from the University of Michigan with concentrations in Political Science, Sociology, and Psychology, and a pre-law track — a background that directly informs the behavioral, regulatory, and compliance analysis throughout this document. At an earlier point in my career I was trained to conduct wildfire mitigation inspections and performed them in the field for the insurance industry.

Wildfire mitigation inspection work means walking properties systematically, assessing actual vulnerability conditions, and documenting what makes a structure and its surroundings dangerous. Done at scale, across a wide range of residential properties, it reveals something that does not show up in code language: the persistent gap between what checklists require and what people actually do when left without clear guidance, meaningful incentive, or an accessible path to compliance. Homeowners make bad choices not out of indifference to safety but because the rules are unclear, the cost is unpredictable, and no one has given them a practical reason to do otherwise. That pattern is what I am describing in this document, and it is the pattern the proposed code will reproduce unless Lakewood builds something more thoughtfully designed.

On the construction side, I navigate the building permit system daily, manage client projects in the residential exterior categories this code directly regulates, and have direct, current exposure to how compliance friction translates into real-world behavior. The client who recently told me he is skipping permits on his deck replacement because of this code is not an anecdote. He is a data point in a behavioral pattern I have watched develop for years.

What This Document Proposes

Lakewood can build a wildfire resiliency program that is serious, durable, and effective. This document proposes one. The framework rests on four principles grounded in fire science and regulatory design:

• Calibrate to the actual risk. Lakewood's dominant ignition mechanism is ember transport in a suburban context, not advancing flame fronts through continuous fuel beds. WUI fire research consistently identifies ember exposure as a primary structure-ignition mechanism, and the interventions with the highest risk-reduction value per dollar — ember-resistant vents, noncombustible building envelopes, maintained foundation zones — should be the centerpiece of the program, paired with defensible space requirements as a complementary layer, not the other way around.

• Tier the requirements to the context. Full current WUI standards should apply to new construction in the expanded Jefferson County-mapped zone, where compliance is achievable at the design stage. For existing homes in the state-mapped zone, the framework should shift from permit-triggered reactive compliance to a proactive, incentive-based program targeting the highest-value interventions across the widest possible share of the housing stock.

• Make the safest choices the easiest choices. The proposed code, as written, imposes equivalent friction on the safest assemblies and the least safe ones, and attaches vegetation removal requirements that homeowners find prohibitive. A fast-lane covering all qualifying structure-hardening projects, with no collateral vegetation requirements, a defined checklist, and a defined timeline, would reverse that. Compliance should be rewarded, not merely required.

• Address ignition at the source. The most immediate wildfire ignition risk in Lakewood is not the framing material in a deck replacement. It is open burning and fireworks. Fireworks represent a fire ignition risk under any conditions, and that risk becomes acute during red flag weather. Credible, punitive, publicized enforcement of existing rules, with the highest penalties reserved for red flag conditions, would produce more immediate risk reduction than any building code provision. The authority already exists. What is missing is the operational commitment to use it.

The Central Commitment: This document is not a brief against wildfire safety requirements. It is a proposal for a program that actually works: one that produces high real-world compliance rather than high paper compliance, that reaches the existing housing stock proactively rather than waiting for permit triggers that may never come, and that gives residents, contractors, and the City clear, practical, rewarded pathways to make Lakewood genuinely more resilient.

The sections that follow develop each element of this framework in detail, with supporting fire science, behavioral research, and specific program recommendations. The document addresses:

• Lakewood's actual suburban ember-transport risk profile and how the proposed code misreads it

• The Marshall Fire: what it tells us about the relative value of structure hardening and defensible space under real conditions

• The compliance problem: why permit-triggered frameworks have limited penetration into existing housing stock, and what the behavioral economics of permit avoidance actually look like

• The deck fast-lane: material science, the difference between WUI-compliant and genuinely noncombustible assemblies, and why rewarding the safest choice matters

• The attic vent problem: the most cost-effective structural intervention available and why it is absent from the current proposal

• Mature trees, urban ecology, and the perverse fire outcomes of code-driven blanket removal

• Open burning and fireworks enforcement: the highest-leverage intervention being ignored

• A tiered applicability framework: calibrated, proportionate, and legally defensible

• A proactive program: specific interventions organized by penetration speed and cost-effectiveness

• The point-of-sale model: a proven third-party framework that reaches the housing stock where permits never will

Section 1: Understanding Lakewood's Actual Risk Profile

The Ember Transport Problem

The state WUI framework was designed primarily around rural and semi-rural contexts where fire advances through continuous fuel beds, typically shrub-dominated chaparral or forest understory, toward structures at the wildland edge. Lakewood's risk profile is fundamentally different. It is a suburban municipality that borders open space and foothill terrain, but the dominant ignition mechanism for residential structures in this context is not an advancing flame front. It is ember transport.

This distinction is not semantic. It is the central organizing fact for any effective fire resiliency program, and the proposed code fails to reflect it adequately.

The National Institute of Standards and Technology (NIST), the primary federal research body on WUI fire science, states directly: research and experience from past WUI fires shows that a majority of structures are ignited by embers. NIST documents the ember ignition pathway as the dominant mechanism because embers arrive ahead of the flame front, affect structures far from direct fire contact, and exploit specific building vulnerabilities that defensible space alone cannot address. NIST documents four primary ember ignition pathways:

• Embers landing directly on combustible roof or deck surfaces

• Embers accumulating in gutters, against siding, or in the foundation zone and transitioning to flaming ignition

• Embers entering the building interior through vents, gaps in the building envelope, or open windows

• Embers landing on nearby combustible fuels (woodpiles, fences, sheds, mulch) that transmit fire to the structure

NIST research further notes that embers can be carried by winds and deposited several miles downwind of a wildfire. During a large wind-driven event, millions of embers may simultaneously impact a community. This means that defensive strategies focused on keeping fire away from the property perimeter, the conceptual basis of defensible space requirements, address only one part of the threat, and arguably the less controllable part.

The practical implication for code design is this: for a structure with noncombustible cladding, ember-resistant vents, a Class A roof assembly, and a maintained noncombustible foundation zone, the marginal risk reduction achieved by aggressive vegetation removal at 30 to 100 feet is often modest relative to structure hardening in suburban contexts. The structure's primary vulnerability has already been addressed at the building envelope. Inversely, a structure with combustible siding, standard 1/4-inch mesh attic vents, and a wood deck adjacent to the foundation wall remains highly vulnerable regardless of how much vegetation has been cleared.

Defensible space and structure hardening are not competing strategies. Fire science is clear that both are necessary components of a layered resilience approach: defensible space reduces the likelihood and intensity of fire reaching the structure, and structure hardening reduces the structure's vulnerability to the embers and heat that do arrive. The problem with the proposed code is not that it includes defensible space requirements. It is that it emphasizes vegetation management while providing no meaningful fast-lane, subsidy, or incentive for the envelope hardening interventions that carry the highest risk reduction value per dollar for the existing suburban housing stock. Both levers matter. The code should reflect that.

The Map: Understanding the Jeffco Expansion and Its Limits

The Jefferson County WUI map expansion was not arbitrary. It reflects deliberate, documented work by the Jeffco Wildfire Commission, the Jefferson County Community Wildfire Protection Plan (CWPP), and a direct policy response to the Marshall Fire's demonstration that grass-driven plains fires pose risks comparable to mountain fires. Jefferson County ranks second among Colorado's 64 counties for wildfire risk and in the 98th percentile nationally. The expansion of WUI boundaries past the mountains and into the plains, capturing areas near Arvada, Ken Caryl, and Lakewood, reflects a legitimate and considered risk judgment. The City Engineer and council members who have expressed respect for the Jeffco map are right to take it seriously.

The problem is not the map. The problem is what happens when the map becomes the sole basis for triggering a compliance framework that was not designed with the externalities of that expansion in mind. Lakewood's own public materials make the relationship explicit: the city describes its proposed code as aligning with Jefferson County's more stringent policy to maintain consistency across jurisdictions. This is not an inference about the drafting process. It is Lakewood's stated rationale. Lakewood is adopting a framework developed for county-scale planning across a jurisdiction that includes rural, mountain, and semi-rural communities with fuel conditions and risk profiles that differ materially from a dense suburban municipality.

A directly relevant comparison: the City and County of Broomfield, facing the same state code requirements, hired Blue Mountain Environmental to conduct parcel-level ground truthing of fuel loads within their WUI-mapped area. That assessment found that expansive areas classified by the state model as Moderate Load Dry-Climate Grass-Shrub (GS2 122) were more accurately characterized as Short Grass Low Load (GR1) — a meaningfully lower fuel load both in height and density per acre. The state model overstated actual fuel conditions at the local level. Broomfield's ground truthing is now being incorporated into a locally calibrated WUI map through the Wildfire Resiliency Code Board's modeling tool.

Lakewood has not conducted equivalent ground truthing. The Jefferson County map was developed at the county scale, using modeling inputs appropriate for county-level planning. Applied at the parcel level in a dense suburban municipality, the map's classifications may not reflect actual on-the-ground fuel conditions with the precision needed to justify the compliance burden being imposed. A risk designation appropriate for county-level planning is not the same as a validated parcel-level risk determination.

The state map's polygon-based structure also creates a practical problem that the Jeffco expansion was partly designed to address: properties split by polygon boundaries, fire risk that appeared to hop arbitrarily across parcel lines, and delineation problems that made the state map difficult to apply consistently. The Jeffco map resolves those administrative problems, and that resolution is worth respecting. But administrative clarity and calibrated risk are not the same thing, and the compliance obligations in the proposed code treat the Jeffco map as if it were a validated parcel-level risk assessment rather than a county-scale planning tool. That distinction matters when it is homeowners — not county planners — who bear the cost.

The ask here is not that the Jeffco map be discarded. It is that Lakewood conduct or commission the kind of ground-level fuel assessment that Broomfield undertook, so that the compliance framework being applied to Lakewood property owners reflects actual local conditions rather than a county-scale model that may overstate risk in the suburban portions of the mapped area. At minimum, the City should publish the specific methodology underlying the Jeffco map's application to Lakewood parcels and provide a clear process for property owners who believe their designation does not reflect actual site conditions.

Section 2: The Marshall Fire — What It Tells Us, and What It Doesn't

The Marshall Fire of December 30, 2021, is the implicit justification for nearly every WUI code adoption discussion along the Front Range. It is worth examining carefully, because the fire's actual mechanism both strengthens certain arguments for hardening measures and seriously undermines the premise of the vegetation-removal-focused portions of the current proposal.

What the Fire Science Shows

The Marshall Fire was ignited in short grass fuels near the intersection of Colorado Highway 93 and Marshall Road, in Boulder County. From the moment of ignition, the fire was driven by mountain wave winds. The National Weather Service Boulder documented sustained winds of 50 to 60 mph with gusts exceeding 100 mph at multiple observation points. Within three minutes of discovery, the fire was declared out of control. It reached the town of Superior, three miles to the east, within approximately 39 minutes of ignition. It ultimately destroyed 1,084 homes and 7 commercial structures, with an additional 149 homes and 30 commercial structures damaged, causing more than $2 billion in losses and making it the most destructive fire in Colorado history.

Research published by the National Center for Atmospheric Research and the University of Nevada describes the fire as having burned within a short grass fuel type, driven by extreme downslope winds. The fire's progression through the built environment was driven by structure-to-structure ember transport under wind conditions that made direct suppression impossible. High winds made aerial suppression unusable; firefighters reported that winds dispersed water from hoses before it could reach structures.

Forensic analysis by UNDRR found that many affected areas had design features that inadvertently increased vulnerability: drainage ditches and greenbelts that acted as fire corridors due to unmanaged biomass, and combustible building materials. Research confirmed that the loading of urban fuels, meaning combustible building materials, decks, fences, and outbuildings, greatly exceeded the loading of wildland vegetation in the interface areas. Once the fire entered the built environment, structure-to-structure spread became the dominant propagation mechanism.

What the Proposed Code Would and Would Not Have Changed

This is the critical question, and it deserves a direct answer.

Measures that would have meaningfully mattered in the Marshall Fire context: noncombustible cladding and roofing on structures, ember-resistant vents to prevent internal ignition, elimination of combustible decks and attached outbuildings adjacent to structures, and clearance of the foundation zone (within approximately 5 feet of the structure). These are all structure-hardening and zone-zero measures.

An important caveat is required here: the Marshall Fire was an extreme event, with wind gusts exceeding 100 mph that represent a high-end outlier rather than a typical WUI fire. It would be a logical error to use the Marshall Fire to argue that defensible space has no value; under slower, creeping fire conditions that represent the majority of WUI fire events, 30 to 100 foot clearances do reduce direct flame impingement and radiant heat exposure. The lessons of the Marshall Fire are more specific: under extreme wind-driven conditions, ember transport overwhelms defensible space as a primary protection mechanism, and structure hardening becomes the dominant variable. For a suburban context like Lakewood, that argues for a code that treats both as serious requirements, not one that heavily front-loads vegetation management while leaving structure hardening as an afterthought.

Key Point: The Marshall Fire burned through suburban neighborhoods where vegetation management had been practiced by many homeowners. The structures that burned did not burn primarily because trees were too close. They burned because their building envelopes were combustible and because ember transport under extreme wind conditions overwhelmed vegetation management alone. The lesson is not that defensible space is unnecessary. It is that structure hardening and defensible space must both be treated as serious, well-resourced requirements, and the proposed code does not reflect that balance.

Defensible space is a necessary layer of any serious WUI resilience strategy. The argument here is that it must be understood as one layer among several, properly weighted relative to the ember-transport risk profile that Lakewood actually faces, and paired with equally serious investment in structure hardening measures that the fire science consistently identifies as the strongest predictors of structure survival.

Section 3: The Compliance Problem

Permit Penetration: Why the Code's Impact Will Be Near Zero in the Near Term

A permit-triggered compliance framework has a fundamental structural limitation: it can only affect housing stock that goes through the permit system. For an existing residential neighborhood, this is a small and self-selected fraction of properties in any given year. The homes most likely to trigger permits, larger renovation projects by homeowners with resources to invest, are not the same homes most likely to be the most vulnerable. Older housing stock with combustible siding, wood shake roofs, and standard 1/4-inch mesh attic vents is least likely to generate major permitted exterior renovation work.

The following is an illustrative penetration model, not a verified estimate. The City should publish WUI-zone permit volume data, which it should have, to validate or replace these assumptions with actual figures:

• Assume the Jefferson County map applies to several thousand homes in Lakewood

• Assume approximately 1.5 to 2% of those homes generate some form of exterior renovation permit in a given year under normal market conditions

• Of those, a fraction will trigger WUI applicability under the threshold-based system

• Factor in permit avoidance driven by the anticipated compliance requirements. The code is not yet in effect, but direct client conversations already reveal a willingness to accept the risk of unpermitted work rather than face mandatory vegetation removal — particularly the loss of mature trees, semi-mature shrubs, and established landscaping that homeowners have invested years in developing. The trigger for avoidance in these conversations is not paperwork burden alone; it is the prospect of losing vegetation they value and cannot replace on any reasonable timeline

• Factor in the reroof exemption, which removes the single most common exterior trigger from the compliance system entirely

The result is that the code will meaningfully touch perhaps 0.5% of the mapped housing stock per year. Over a decade, that is 5% penetration in an optimistic scenario, and the 5% will skew toward newer homes with less vulnerable building envelopes to begin with.

The Camp Fire in Paradise, California, provides the most rigorous real-world data available on what WUI codes can achieve when applied to new construction. Research by Syphard and Keeley (USGS/Sage Insurance Holdings, 2019) analyzing thousands of California wildfire structure losses found that post-code homes built after 2008 showed meaningfully higher survival rates than pre-code homes in comparable fire exposure conditions, with structural hardening features including enclosed eaves, vent screens, and multi-pane windows identified as the strongest predictors of survival. That difference is real and meaningful. But it required a full decade of new construction under the code before post-code homes became a measurable fraction of the housing stock. In Pacific Palisades, 86% of homes were built before 2000. Even with a fully enforced code applied to all permitted work since 2008, the pre-code housing stock remained overwhelmingly dominant. That is Lakewood's situation for the foreseeable future.

A permit-triggered code applied to existing housing stock, with a reroof exemption and threshold-based triggers, will not materially change Lakewood's fire vulnerability profile within any meaningful planning horizon. Meaningful risk reduction requires a proactive program, not a passive one.

The Camp Fire data makes this concrete. Post-code homes in Paradise showed meaningfully higher survival rates than pre-code homes, a real and important finding. But in 2018, a full decade after California's 2008 WUI code took effect, post-code homes represented roughly 350 out of more than 12,450 structures in the affected area: fewer than 3% of the total stock. After ten years of continuous code application, 97% of structures were still pre-code. Now apply that same logic to Lakewood. If this code achieves 0.5% penetration per year, an optimistic figure given the reroof exemption, the threshold triggers, and the anticipated permit avoidance, then after ten years, 5% of the mapped housing stock will have had some WUI-related compliance interaction. The other 95% will be untouched. Of that 5%, many interactions will be partial renovations that improve one component without hardening the whole structure. The homes most likely to be reached are the newest and least vulnerable; the oldest and most fire-exposed will be the last to come through the permit system, if they ever do. At the survival rate improvement documented in the Camp Fire research, the annual reduction in expected structure loss across Lakewood's WUI-mapped stock from this code, in a realistic fire event, would likely be extremely small relative to total housing stock. That is not a wildfire resiliency program. It is a starting point that cannot succeed without a parallel proactive program reaching the existing housing stock directly.

The Compliance Problem: A Framework That Taxes the Very Projects That Would Help

Dale Carnegie's foundational insight was that people respond to feeling respected, to understanding the reason behind what is being asked of them, and to being given a clear path to success rather than a threat of punishment. Compliance behavior in regulatory systems follows the same logic. A program that wants people to make safer choices has to make those choices accessible, affordable, and rewarded. A program that burdens people for trying to do the right thing teaches them, efficiently and durably, not to try.

The proposed code fails this test in a way that goes beyond administrative inconvenience. The projects most likely to produce meaningful fire risk reduction in the existing Lakewood housing stock are exactly the projects the code will make harder and more expensive to complete: replacing a combustible wood deck with a noncombustible assembly, upgrading siding to ignition-resistant materials, improving windows and openings. A homeowner who wants to do any of these things will now face additional WUI review, additional compliance uncertainty, potential vegetation removal requirements that may cost more than the project itself, and no clear fast lane or reward for choosing the safest possible outcome. The rational response, and the one already being voiced in direct client conversations before the code has even taken effect, is to do the work without a permit, or not do it at all.

The code is therefore not merely shallow in its reach. It is actively counterproductive in its incentive structure. The 95% of the housing stock it will never touch through permit triggers remains unchanged. And the 5% it does reach will include a meaningful share of homeowners who would have voluntarily chosen fire-resistant materials and assemblies, but who are now being handed a compliance burden that makes the safer choice feel like a penalty. Those are the projects that would have mattered. Those are the homeowners who were already inclined to help. A well-designed program earns their participation by making the safest choices the simplest and most rewarded ones. The proposed code does the opposite, and the housing stock, and the community's actual fire resilience, will be worse for it.

A well-designed program makes the safest choices the fastest and cheapest to permit, publishes approved assemblies with clear field-verifiable standards, and reserves enforcement resources for the highest-risk behaviors, which are not deck replacements but backyard fires during red flag warnings.

Section 4: The Deck Problem — A Case Study in Taxing Responsible Behavior

Decks are among the most frequently unpermitted residential structures under normal conditions. They are also, in a WUI context, one of the most significant structure-level fire vulnerabilities. Combustible decks attached to or directly adjacent to the foundation zone act as a pathway for ember-driven fire to reach the structure, a landing platform for embers that can pile and transition to sustained ignition, and a fuel source that can sustain fire long enough to ignite adjacent cladding.

The current proposal adds a layer of WUI compliance complexity to deck permits without providing any mechanism to make the safest assemblies easier or faster to approve: the worst possible behavioral incentive, with no differentiated benefit for homeowners who choose the genuinely fire-safe option.

The Real-World Impact: A Direct Client Example

In a recent conversation, a client who wants to replace a front porch and rear deck told me they are not pulling permits because they do not want to deal with, in their words, the 'bullshit.' This conversation is not an anecdote. It is a systematic market effect, and the two specific dealbreakers coming up consistently in these conversations are not abstract regulatory concerns. They are concrete and personal. The first is landscaping: homeowners who have spent years establishing mature trees, shrubs, and plantings are unwilling to lose them as the price of pulling a permit for an unrelated project. The second is scope creep: a homeowner who budgets for a deck replacement and discovers mid-process that the permit now triggers vegetation removal, defensible space compliance, and additional review has had their project cost multiplied by requirements they did not anticipate and cannot easily absorb. When those two conditions combine, the decision to skip the permit is not impulsive. It is rational.

Informal conversations with multiple building inspectors working in unincorporated Jefferson County have produced the same conclusion from the other side of the permit counter: the inspectors themselves anticipate a substantial increase in permit dodging as a direct result of this code. These are not contractors with a financial interest in the outcome. These are the people whose professional responsibility is to enforce compliance, and they are telling us plainly that the code as written will push work out of the system rather than into it. The answer to that problem is not more enforcement. Enforcement after the fact is expensive, legally complicated, and largely ineffective against work that has already been completed and occupied. The answer is a code designed from the start to be worth complying with: one that does not punish homeowners for engaging the permit system, that does not attach landscape loss and unpredictable cost escalation to routine exterior projects, and that gives people a clear and rewarded path to the safer outcome. A code that does not get dodged is worth infinitely more than one that does.

Every contractor who hears a client decline permits because of WUI friction faces a three-way choice:

• Walk away from the job and lose the revenue

• Do the work unpermitted and accept the professional and liability exposure

• Spend uncompensated time talking the client into compliance, with no guarantee of success

None of these outcomes are good. The cumulative effect, across hundreds of projects over several years, is a gray market for exterior residential work. That is a building safety problem, a licensing problem, a zoning enforcement problem, and a fire safety problem simultaneously. The argument is sometimes made that municipalities can address this through enforcement: aerial imagery, neighbor reports, point-of-sale discovery. That is true in theory. In practice, Lakewood does not have the inspection infrastructure to proactively audit exterior renovations city-wide, and reactive enforcement of unpermitted work discovered years after completion is expensive, legally complicated, and produces poor outcomes for everyone involved. The far more efficient solution is to design a code that gives people a reason to engage the permit system rather than route around it. A fast-lane for the safest assemblies does that. A friction-heavy process that treats the safest and least safe choices identically does not.

The Material Science: What a Genuinely Noncombustible Deck Looks Like

The difference between a 'WUI-compliant' composite deck and a fully noncombustible deck assembly is significant, underappreciated, and directly relevant to why a fast-lane pathway for the genuinely fire-safe option is both justified and necessary.

Option A: Composite Decking on a Wood Frame (Typical 'WUI-Compliant' Deck)

Composite decking is a blend of wood fiber and plastic. Some composite products carry a Class A Flame Spread Index rating (0-25 on the scale) or WUI compliance certification from the manufacturer, meaning they meet a flame spread threshold under controlled test conditions. However, as noted explicitly in building industry guidance: no wood or composite decking is truly fireproof. Composite decking is an evolution of wood, not a departure from it.

Critically, a WUI-compliant composite deck surface installed over a conventional wood framing system, pressure-treated lumber joists, rim boards, and ledger, does not produce a noncombustible assembly. The frame members remain highly combustible, and the typical 'WUI-compliant' deck assembly retains most of the fire vulnerability of a conventional wood deck. Embers accumulating in the structural bay beneath the deck can ignite framing even if the deck surface itself has a favorable flame spread rating. The test that matters is ember accumulation and sustained ignition under the deck, not flame spread across the surface.

Option B: Porcelain or Manufactured Stone Decking on a Steel or Aluminum Frame

Products such as Mbrico, Tile Tech, Tanzite StoneDecks, and DekTek Tile illustrate a fundamentally different category of deck assembly. The fire science underlying this category, not the specific brands, is what matters for code design. Porcelain tile is classified as noncombustible under ASTM E136, the standard test method for noncombustibility of materials. It is manufactured by firing natural mineral materials at high temperatures, creating a dense, fully inorganic product. The fire-relevant characteristics established by material science and testing are:

• Noncombustible by composition: no organic content that can sustain combustion

• No flame spread: porcelain tile has effectively zero flame spread index

• No smoke generation or VOC emission under fire exposure

• Thermal stability: designed to withstand high temperatures without structural failure

• Ember accumulation resistance: a smooth, dense, nonporous surface provides minimal substrate for ember accumulation and transitioning to sustained ignition

When paired with a steel or aluminum frame, or a pedestal and track support system, the entire assembly from walking surface to substructure is fully noncombustible. No organic content. No flame spread. No pathways for ember accumulation to reach combustible framing members, because there are none. These assemblies should be specified to ASTM E136 noncombustibility standards and verified through manufacturer code compliance documentation, which leading suppliers provide as a standard deliverable.

This is not a minor improvement over a Class A composite deck. It is a categorically different fire performance level, and the code currently treats them identically for permitting purposes. That is a design failure.

The Fast-Lane Proposal

A well-designed fast-lane does not weaken wildfire resiliency legislation. It strengthens it. By removing the collateral costs and vegetation requirements that are currently driving homeowners away from the permit system entirely, the fast-lane converts projects that would otherwise be done unpermitted and uninspected into documented, verified, high-value hardening improvements. A code that produces ten fully noncombustible deck installations on the record is meaningfully safer than one that produces zero permitted decks and ten unpermitted wood ones. The fast-lane is the mechanism by which this legislation produces actual structure-loss reduction rather than paper compliance.

Lakewood should create a WUI fast-lane with two defining principles. First, any project that qualifies for the fast-lane should trigger no vegetation removal requirements whatsoever. A homeowner who chooses a fully noncombustible deck assembly, installs ember-resistant vents, replaces combustible siding with ignition-resistant cladding, or undertakes any other qualifying structure-hardening measure has already done the work that matters most. Attaching defensible space and vegetation management obligations to that project does not improve fire safety. It punishes the homeowner for making the right choice and, as direct client conversations and Jefferson County inspector feedback both confirm, it is one of the two primary reasons homeowners are already planning to skip permits entirely. A fast-lane that carries vegetation triggers is not a fast-lane. It is the same barrier with a different name.

The second principle follows from the first. Structure-hardening projects across all categories, not only noncombustible deck assemblies, should qualify. A homeowner replacing combustible siding with fiber cement or noncombustible cladding, installing ember-resistant vents, upgrading to a Class A roof assembly, or improving window and opening protection is reducing their structure's fire vulnerability directly and permanently. These are exactly the projects that the fire science identifies as the highest-value interventions in the existing housing stock. They should be the easiest and most rewarded projects to permit, with a defined checklist, a defined timeline, no collateral vegetation requirements, and a clear field-verifiable outcome. Qualifying criteria should include:

• Fully noncombustible deck or porch assembly: noncombustible walking surface (porcelain, ceramic, concrete, or manufactured stone tile) on a steel or aluminum frame or pedestal and track support system, with no combustible storage under the deck

• Ember-resistant vent installation: replacement of standard mesh vents with 1/8-inch mesh or ASTM E2886-listed baffle vents throughout the structure

• Ignition-resistant cladding: replacement of combustible siding with fiber cement, noncombustible panel, masonry, or other ASTM E136-compliant material

• Class A roof assembly: full replacement with a Class A-rated roofing system meeting IWUIC requirements

• Opening protection: installation of multi-pane glazing and ember-resistant window and door assemblies

Field verification across all of these categories is straightforward: the materials either meet the standard or they do not, and that is determinable at inspection without extended review or discretionary judgment. That simplicity is the point. Give homeowners and contractors a clear, fast, rewarded path to the projects that will actually reduce Lakewood's fire vulnerability. That is how compliance behavior moves in the right direction, and that is how a code earns the participation of the people it most needs to reach.

Section 5: The Attic Vent Problem — The Most Overlooked High-Value Intervention

If the City of Lakewood wants to identify the single most cost-effective structural intervention for reducing fire risk to the existing housing stock, it is not vegetation management at 30 to 100 feet. It is attic vents.

Why Vents Are the Critical Vulnerability

Attic and crawl space vents serve an essential building science function: they remove moisture and heat from enclosed spaces to prevent rot, mold, and structural degradation. But they are, by design, openings in the building envelope that connect the attic interior, which typically contains combustible insulation, sheathing, framing, and stored materials, to the outside air.

The standard residential vent installed in the vast majority of Colorado's housing stock uses 1/4-inch metal mesh. Research from both NIST and the Insurance Institute for Business and Home Safety (IBHS) has established clearly that standard 1/4-inch mesh vents are effectively open doors for wildfire embers. Burning embers as small as 3 to 4 millimeters can pass through 1/4-inch mesh and deposit inside the attic cavity.

Once inside the attic, embers encounter an optimal ignition environment: combustible insulation (fiberglass batts with paper facing, loose cellulose, foam board), wood framing, cardboard boxes, and other stored material in a space that is typically dry, warm, and ventilated, exactly the conditions that sustain ignition and fire growth. A single ember that deposits in attic insulation and achieves sustained combustion can burn through the roof assembly from the inside, consuming the structure from the inside out while the exterior still appears intact.

This mechanism, ember intrusion through vents leading to interior attic ignition, is documented across virtually every major WUI fire studied by NIST and IBHS. It is the reason homes survive direct flame front exposure only to be lost to a smoldering interior fire hours later.

The Mesh Size Problem and the Trade-Off

The fix to this vulnerability is well understood and relatively inexpensive: replacing standard 1/4-inch mesh vents with ember-resistant alternatives. However, mesh size selection involves a genuine building science trade-off that the code must acknowledge:

• 1/4-inch mesh: Adequate for moisture management but provides essentially no ember protection. Wide ember passage.

• 1/8-inch mesh: Standard recommendation from wildfire mitigation professionals. Blocks most embers while maintaining adequate net free ventilation area for moisture management. Recommended by Colorado's Wildfire Partners program.

• 1/16-inch mesh: Maximum ember protection. Most ember-resistant standard mesh available. However, requires more or larger vent openings to maintain code-required net free ventilation area, and clogs more frequently with dust, pollen, and debris, potentially creating moisture management problems if not regularly maintained.

• Baffle-style and intumescent vents (Vulcan Vents, Brandguard, and similar): Purpose-designed ember-resistant vent products that use baffles, honeycomb matrices, or intumescent materials to block embers while maintaining airflow. These products are tested to ASTM E2886 and meet California Chapter 7A standards. They are the highest-performing option and carry documentation that simplifies code compliance review.

The critical design principle is that switching to finer mesh or baffle vents without increasing vent area may reduce net free area below the code minimum of 1/150 (or 1/300 with balanced intake/exhaust and a vapor barrier). A code provision requiring ember-resistant vents must also address the net free area calculation to avoid creating moisture intrusion problems in exchange for fire protection. This is a solvable problem, but it requires the code to acknowledge it explicitly.

Why This Should Be the Centerpiece of the Proactive Program

Ember-resistant vent upgrades have the following characteristics that make them ideal candidates for a proactive, incentivized program:

• High fire risk reduction per dollar: Addressing the primary ember intrusion pathway through a vent retrofit. Costs vary significantly by house size, vent count, and product selection; homeowners and contractors should obtain quotes for their specific configuration, but the intervention is generally accessible without major structural work

• Permanent improvement: Unlike vegetation management, ember-resistant vents do not require ongoing maintenance to remain effective

• Self-verifiable: Easily inspected and documented

• Compatible with existing structures: No structural modification required for most retrofit installations

• Insurance-relevant: Colorado HB25-1182, signed in June 2025 and effective August 6, 2025, requires insurers to incorporate property-specific mitigation actions including structure hardening into their wildfire risk models and provide a right to appeal. The IBHS Wildfire Prepared Home designation program, which includes ember-resistant vents as a core requirement, expanded to Colorado in April 2026 and is linked to insurability and premium considerations. Homeowners who complete documented hardening improvements now have a legal pathway to ensure those improvements are reflected in their risk score

A subsidized or incentivized ember-resistant vent retrofit program targeting the oldest and most vulnerable housing stock in the state-mapped WUI zone would produce more measurable fire risk reduction per dollar spent than any other single intervention in the current code. It is conspicuous by its absence from the program as proposed.

Section 6: Mature Trees, Urban Ecology, and the Perverse Outcomes of Blanket Removal

Green Mountain and the Front Range Urban Forest

Lakewood sits at the interface between the Denver metro area and the foothills of the Front Range, with Green Mountain Open Space providing a significant green corridor in and adjacent to the city. Jefferson County falls within the Central Flyway, one of North America's four major migratory bird corridors recognized by the U.S. Fish and Wildlife Service, extending from Canada to the Gulf of Mexico.

The urban and suburban tree canopy along this corridor provides critical habitat functions that extend well beyond aesthetics:

• Nesting and roosting habitat for raptors including Great Horned Owls, Red-tailed Hawks, Cooper's Hawks, Northern Goshawks, Bald Eagles, and Golden Eagles, all of which are documented across Jefferson County and the Front Range foothills

• Staging and stopover habitat for migratory songbirds traversing the Central Flyway, particularly during spring and fall migration

• Thermal refugia: mature tree canopy provides critical microhabitat in an increasingly warming urban environment

• Prey habitat: mature trees support the small mammal and insect populations that sustain the raptor community that residents of Lakewood regularly observe

Colorado Parks and Wildlife documents approximately 40 raptor species in Colorado. Lakewood residents routinely observe Great Horned Owls, Red-tailed Hawks, Bald Eagles, and related species in the urban tree canopy, not incidentally but as a direct function of the canopy structure that has developed in the suburban landscape. These observations are not coincidental. They reflect a functional urban wildlife ecosystem that Lakewood's tree canopy actively supports.

The Multi-Dimensional Value of Urban Tree Canopy

Peer-reviewed research published in PNAS (Proceedings of the National Academy of Sciences) established that tree canopy cover within a 10 to 30 meter radius of temperature measurement points, roughly the scale of a single residential lot, produces measurable cooling effects on ambient air temperature. The research confirms that increasing tree canopy cover within even a single suburban property yields measurable temperature reduction.

Research published in Scientific Reports on urban forests and stormwater management found that tree canopy intercepts between 15 and 40 percent of gross precipitation depending on species, with conifers intercepting 20 to 40 percent and deciduous species providing better soil infiltration rates. These interception and infiltration effects reduce stormwater runoff, decrease peak flows in drainage systems, and increase soil moisture retention, all of which have measurable infrastructure cost implications.

The EPA's Urban Heat Island research program has documented that urban tree canopy reduces ambient temperatures, improves air quality through transpiration, and reduces cooling energy demand in adjacent structures. At neighborhood scale, canopy loss increases ambient temperatures, raises cooling energy demand, and reduces stormwater system capacity. These are infrastructure costs that the City absorbs over time. They do not appear in the fire code cost-benefit analysis, but they are real and quantifiable.

The Perverse Fire Outcome of Blanket Removal

Uniform clearance requirements and restrictions on new tree planting create a powerful incentive to simply remove trees rather than manage them. The code does not offer a clear pathway for retention under an enforceable mitigation plan, and the uncertainty of variance processes pushes homeowners and contractors toward the simpler option: removal.

This creates a near-term fire risk outcome that is the opposite of what the code intends. When mature trees are removed:

• The immediate result is debris: branches, root disturbance, wood chips, and disturbed soil that creates a ground-level fuel accumulation problem

• Fast-growing brush and grass regrowth on cleared ground, particularly in Colorado's disturbed soil conditions, can produce vegetation that is more volatile than the mature canopy that was removed

• Warm-season grass in particular, the fuel type responsible for the Marshall Fire, grows rapidly on disturbed ground and reaches critical fire-carrying fuel density within a single growing season

• Without follow-through requirements for maintaining cleared areas, a wave of code-driven removals may increase near-term fire risk in the immediate aftermath of compliance

Additionally, mature trees in the Foundation Zone 0 to Zone 1 interface, when properly managed through limbing, duff removal, and maintenance of vertical clearance between ground fuels and lower canopy, provide significant shade over combustible ground fuels that would otherwise cure rapidly in drought conditions. Removing that canopy cover can increase the rate of fuel cure and fire-carrying potential in the areas immediately adjacent to structures.

What the Code Should Do Instead

Lakewood should publish clear variance and modification standards, with worked examples, that allow retaining mature trees when paired with an enforceable mitigation plan. The plan should specify:

• Duff and debris removal to bare mineral soil within the foundation zone

• Limbing to achieve specified vertical clearance between ground fuels and lower canopy, phased across multiple seasons under arborist direction rather than completed in a single compliance event

• Removal of dead wood and fire-susceptible ladder fuel growth

• Deep root watering and preventative irrigation during drought conditions to maintain tree health and reduce fuel cure rate

• Preventative insecticide treatment for trees susceptible to bark beetle or similar pest vectors, administered specifically through direct trunk injection rather than soil application or spray. Trunk injection delivers the treatment systemically within the tree while eliminating the risk of soil contamination that can impact pollinators, beneficial insects, and adjacent food crops. This method is the recommended approach for urban and suburban settings where soil and groundwater protection is a co-equal concern alongside fire risk reduction.

• Documentation and periodic inspection requirements to ensure maintenance

A critical and currently absent element of any workable tree retention framework is explicit accommodation for phased, arborist-directed compliance. Removing more than approximately 25 to 33 percent of a tree's live canopy in a single season is widely recognized in arboricultural practice as causing significant stress, increasing susceptibility to pest and disease vectors, and in some cases triggering irreversible decline. For large established conifers, which dominate the species profile in Lakewood's WUI-adjacent neighborhoods, that threshold can be even lower. Timing compounds the problem independently of volume. Pruning during active growth periods or during bark beetle flight season, which in Colorado typically runs from late spring through midsummer, increases stress and pest vulnerability at precisely the moment the tree is least able to recover. A compliance deadline that does not account for seasonal scheduling may effectively require homeowners to prune at the worst possible time of year, with the worst possible outcomes for tree health.

The practical consequence is severe: a homeowner who receives a compliance notice and attempts to meet clearance requirements in a single season, as the code currently contemplates, may kill or severely damage the very trees a variance was granted to protect. A code that destroys trees through mandated mismanagement is not achieving its stated goal. The mitigation plan framework should explicitly require that all tree-related clearance and limbing work be designed by a licensed arborist, phased across a minimum of two to three growing seasons, and scheduled in accordance with species-specific and seasonal best practices. Documentation of the phased schedule, with annual inspection milestones, should be sufficient to demonstrate ongoing compliance. Full clearance achieved over three seasons under an arborist's supervision is a better fire mitigation outcome than a single-season butchering that kills the tree and leaves a standing dead fuel in its place.

The standard should be auditable risk reduction through an enforceable maintenance plan, not a uniform landscape outcome. A healthy, limbed, maintained Ponderosa pine with cleared duff, managed vertical clearance, and documented maintenance may present substantially lower fire risk than unmanaged ladder fuels on cleared ground, and can be retained under a documented mitigation plan. It is also a habitat asset. The code should provide a clear pathway to treat it as one.

Section 7: The Enforcement Gap — Backyard Fires and Fireworks

The most operationally significant gap in Lakewood's wildfire resiliency posture is not in the building code. It is what appears to be substantially under-enforced open burning and fireworks rules. Fireworks present a fire ignition risk under any weather conditions; an errant firework in dry grass does not require a red flag warning to start a fire. That risk becomes acute during red flag conditions, but it does not begin there. I routinely observe and smell backyard fire pits and fireworks use during active red flag days in Lakewood, and the behavior is present outside of those windows as well. It is casual, widespread, and normalized. The City should publish citation data; if enforcement activity is minimal, that data will confirm what direct observation suggests: that the gap between rules on paper and enforcement on the ground is large.

Why This Matters More Than Most Building Code Provisions

A structure with noncombustible cladding, ember-resistant vents, and maintained defensible space can still be lost to an ember cast from a neighbor's fire pit during a 20 to 40 mph Chinook wind event. Hardening and defensible space reduce risk from an external fire event. They do not substitute for preventing ignition sources on the ground.

The fire science is clear: embers from burning materials can travel significant distances under wind conditions common on the Front Range. A burning log fragment, a piece of burning cardboard, or a firework that fails to fully combust and lands in dry grass represents an ignition event that no amount of structure hardening can prevent once it is airborne.

The Logical Inconsistency the City Must Address

Lakewood is proposing to impose significant new compliance obligations on homeowners undertaking permitted construction work, while simultaneously tolerating widespread and visible violation of existing open burning and fireworks rules during the highest-risk weather conditions of the year. If the City's stated goal is wildfire resiliency, its enforcement priorities should reflect actual ignition risk.

An active backyard fire pit or a fireworks discharge is a more immediate and direct fire ignition risk than the framing material used in a deck replacement, regardless of the weather. During red flag conditions the risk is acute, but a firework landing in dry grass or a backyard fire escaping during any period of low humidity and elevated wind represents a genuine ignition event. The current posture, which adds complexity to building permits while doing nothing about casual open burning and year-round fireworks use, is not a coherent resiliency program. It is paperwork.

What a Credible Enforcement Program Looks Like

• Plain-language, widely published standards for backyard fire use: what is permitted under what conditions, and what constitutes an automatic prohibition during all red flag warnings

• A simple, accessible reporting mechanism that does not require navigating a complex complaint process. A dedicated non-emergency line and online form, widely publicized

• Staffed or coordinated enforcement capacity during red flag events specifically, which are predictable and calendared in advance through National Weather Service forecasting

• Highly punitive fines for fireworks use at any time in the WUI zone, with fines escalating further during red flag conditions to reflect the acute ignition risk. Open burning fines should similarly scale with weather conditions. All fines should be published, consistently enforced, and set at a level that reflects the actual cost of a structure fire rather than a nominal nuisance penalty.

• A public awareness campaign that explains red flag conditions in plain terms and the reasoning behind restrictions, so that enforcement is experienced as rational rather than arbitrary

• Inter-jurisdictional coordination with Jefferson County and neighboring municipalities so that rules and enforcement are consistent across boundaries

None of this requires new regulatory architecture. The authority exists. What is missing is the operational commitment to use it. Lakewood should close this gap as an immediate priority, not an afterthought to building code adoption.

Section 8: A Tiered Applicability Framework

The proposed code applies a single framework uniformly across all properties and situations. A more effective, equitable, and legally defensible approach calibrates requirements to the actual risk profile and regulatory context of each category of property. The framework below is organized by map zone and property type, with a clear rationale for each tier.

The administrative logic is equally clean. Lakewood adopts the state code as written for the state-mapped zone, satisfying the state mandate directly and without modification. For the expanded Jeffco and Lakewood-mapped zone, where Lakewood has discretion to exceed the state minimum, a separate locally tailored code applies. Two codes, two zones, no overlap, no state review exposure on the local provisions.

Tier 1: State-Mapped Zone — Existing and New Construction

The state code applies as written in this zone, including its permit triggers. This is the state mandate and Lakewood must enforce it to remain in compliance with the CWRC. The permit trigger is the required floor.

That floor is not a ceiling. Permit triggers will reach a small and unrepresentative fraction of the existing housing stock. Lakewood should layer a proactive program on top: subsidized ember-resistant vent retrofits, foundation zone clearance assistance, structure hardening incentives, and the other high-value interventions detailed in Section 9. The permit trigger satisfies the state. The proactive program moves the needle on actual community resilience.

Permit-triggered requirements should be simplified to component-based applicability: if you replace or materially alter an exterior component, that component must comply. No percentage thresholds, no measurement disputes. Replace a roof, the new roof must meet the standard. Replace siding, the new siding must comply. The state requirement made legible at the trade level, where compliance actually happens.

Tier 2: Jeffco-Expanded Zone — New Construction

Full current WUI standards apply to all new construction in the Jeffco-expanded zone. This is the right place for the highest requirements:

• Cost is absorbed into the project budget at the design stage, not imposed retroactively on existing owners

• Compliance is fully inspectable at the time of construction, when it is both achievable and verifiable

• Builders and developers have the resources and capacity to design to code; individual homeowners retrofitting existing structures generally do not

• New construction represents a voluntary entry into the built environment and can reasonably carry a higher compliance threshold

Tier 3: Jeffco-Expanded Zone — Existing Homes

Existing homes in the Jeffco-expanded zone fall outside the state mandate's direct reach. The locally tailored code governs here, and it should reflect both the lower degree of validated parcel-level risk in this zone and the behavioral realities that drive permit avoidance.

The primary compliance instrument in this tier is the fast-lane: any qualifying structure-hardening project, including noncombustible deck assemblies, ember-resistant vents, ignition-resistant cladding, Class A roofing, and improved opening protection, should be permitted through a streamlined process with no collateral vegetation removal requirements, a defined checklist, and a defined timeline. Structure hardening in this zone should be the easiest and most rewarded thing a homeowner can do.

The proactive program described in Section 9 applies here with full force. These are properties the permit system is least likely to reach through normal triggers, making proactive outreach, incentives, and subsidized improvements the primary vehicle for meaningful risk reduction.

Tier 4: All Zones — Proactive Program and Enforcement

Regardless of zone, tier, or property type, the highest-leverage interventions should be available to all WUI-mapped properties through a proactive program: ember-resistant vents, foundation zone clearance, firewood and storage standards, gutter management, tree health investment, and credible enforcement of open burning and fireworks rules year-round, with escalating consequences during red flag conditions. This program is detailed in Section 9. It is the layer that reaches the housing stock that no permit trigger ever will.

Why a Tiered Approach Strengthens Legal Defensibility

I am not an attorney, and therefore what follows is offered as policy observation rather than legal opinion, informed by a background in political science and regulatory analysis, with the intent of identifying administrative risks the City should want its own legal counsel to evaluate before the code is finalized.

That said, a tiered applicability framework seems likely to strengthen the legal defensibility of the program by more closely aligning regulatory requirements with demonstrable risk and by improving the consistency and clarity of administration.

First, risk alignment. My understanding is that courts generally defer to local regulation under a rational basis standard, but that deference appears to depend on a clear and articulable connection between the regulation and the conditions it is intended to address. A framework that differentiates requirements based on validated local risk conditions would seem more resilient against claims that the code is overinclusive or applied without sufficient grounding in actual site conditions. It seems reasonable to conclude that a uniform framework applied across a broad map without local calibration may carry greater exposure to arbitrary and capricious challenges and overinclusive regulatory classification claims, particularly where the record does not clearly document why the same requirements apply equally to a mountain-interface property and a dense suburban parcel.

Second, preemption clarity. My understanding is that Colorado generally permits local governments to adopt stricter building and fire codes, which means preemption is probably not a significant litigation risk here. Even so, maintaining a clean line between state-mandated requirements and locally tailored provisions seems likely to reduce ambiguity and strengthen the City's position if questions about the interaction between state and local authority arise.

Third, and what seems most immediately relevant, is the administrative record. As noted in the map section of this document, Lakewood's own public materials confirm that the proposed code aligns with Jefferson County's more stringent policy to maintain consistency across jurisdictions. It bears repeating here in the legal context: Lakewood is proposing to adopt a county-scale framework without producing a locally specific analysis supporting its application to Lakewood's suburban conditions. While parcel-level validation is not a legal requirement as I understand it, its absence would seem to reduce the strength of the evidentiary record supporting the code's broader application. That matters practically because the City's ability to defend individual permit decisions and formal appeals likely depends heavily on the quality of that record. Where the record is thin, outcomes across similar applications tend to become inconsistent, and inconsistent outcomes across similarly situated applicants would seem to carry real risk of supporting claims of arbitrary administration. A documented pattern of inconsistency is, from what I understand, precisely the kind of record that creates traction for downstream legal challenges.

A locally calibrated tiered framework, supported by clearly articulated criteria, applied consistently, and grounded in locally specific analysis, would seem to produce a stronger administrative record, reduce variability in decision-making, and meaningfully lower the risk of successful challenges at the appeals stage.

The goal in raising this is not to suggest that litigation is likely or that the City acted in bad faith. It is to flag what appears to be a foreseeable and avoidable source of administrative friction that the City's own legal counsel is better positioned than I am to evaluate, and that a more carefully designed framework could help eliminate.

Section 9: A Proactive Program — What Actually Works

The following measures are organized by penetration speed and cost. The highest-value interventions are achievable on a five-year timeline through a well-designed proactive program. Permit-triggered code adoption alone will not achieve comparable results in thirty years.

Highest-Leverage, Near-Term Interventions

• Ember-resistant vent retrofit program: Subsidized or incentivized replacement of standard 1/4-inch mesh vents with 1/8-inch mesh or ASTM E2886-listed baffle vents across the most vulnerable existing housing stock. This is the highest-value intervention per dollar for existing homes. A targeted program could be funded through a combination of state hazard mitigation grants, insurance industry partnership, and City matching funds.

• Firewood and combustible storage standards: Clear, enforceable standards for firewood storage distances from structures (minimum 30 feet), prohibition of combustible storage under decks and in the foundation zone, and prohibition of propane tanks, wood piles, and similar fuels within defined clearance distances. These standards are self-enforcing through periodic neighborhood inspection programs and do not depend on permit activity.

• Gutter management standards: Open gutters accumulate leaf debris, pine needles, and organic material that can sustain ember ignition. Standards requiring gutter guards or documented annual cleaning in the WUI zone are inexpensive to implement and meaningful in risk reduction.

• Foundation zone clearance program: Assistance and incentives for clearing the immediate foundation zone (Zone 0, within 5 feet of the structure) of combustible mulch, debris, stored materials, and vegetation. This zone has the highest direct ember-to-structure ignition risk and is entirely within homeowner control at low cost.

• Banning outdoor wood-burning fire pits in the WUI zone: Or implementing clear weather-triggered restrictions with highly punitive enforcement, as detailed in Section 7. Eliminating this ignition source in the mapped zone would produce more immediate risk reduction than any building code provision.

Medium-Term Incentive-Based Interventions

• Structure hardening incentive program: Tax credits or direct rebates for noncombustible cladding installation, ember-resistant window glazing, noncombustible roofing, and related hardening measures on existing homes in the state-mapped zone. These improvements are permanent and durable. A modest subsidy program would drive voluntary adoption far faster than permit-triggered mandates.

• Subsidized roof sprinkler systems: Ember shower suppression through rooftop sprinkler systems is documented to substantially reduce structure ignition probability during wildfire events. These systems are available as retrofit products and are substantially less expensive than full interior fire suppression. A subsidy or low-interest loan program would make this accessible to lower-income homeowners in the highest-risk areas.

• Tree health program: Subsidized deep root watering, preventative bark beetle treatment via trunk injection for susceptible conifers, and fertilization programs for stressed trees in the WUI zone. Trunk injection is specified rather than soil application or spray because it eliminates the risk of soil contamination affecting pollinators, beneficial insects, and nearby food crops, making it the appropriate method for suburban settings. Stressed and dead trees are dramatically more volatile than healthy ones. The drought stress cycle on the Front Range is converting living trees to standing dead fuel at an accelerating rate. Investment in tree health is investment in fire risk reduction.

• Water restriction offset for WUI-mapped properties: Homeowners in the highest-risk areas who are actively maintaining fire-resistant landscaping, including irrigated, healthy trees and grass, should receive a water-use offset that allows higher irrigation than the standard restriction. This aligns public safety and water management incentives correctly. A homeowner who keeps property irrigated and healthy is managing fire risk; the current water restriction framework does not account for this.

• Field-applied fire retardant treatment for existing wooden fences: This is one of the most significant and most overlooked gaps in the proposed code. The code requires noncombustible fencing within 8 feet of structures for new permitted work, but provides no pathway whatsoever for treating existing wooden fences in place. The code's definition of fire-retardant-treated wood refers to pressure-impregnated products manufactured to ASTM E84 standards, a factory process. Field-applied coatings are not addressed at all. The practical result is a binary the code did not intend: do nothing because no permit is triggered, or replace the fence entirely when a permit is pulled. The obvious and far more accessible middle ground — field-applied fire retardant coatings applied to existing wooden fences — is simply absent from the framework. This matters because fences are frequently the structural link between an ember ignition in the yard and fire reaching the structure. A fence running from a gate to the foundation wall is a fuel pathway. Treating it in place is faster, cheaper, and achievable without a permit or contractor involvement. Field-applied coatings do have limitations: they require periodic reapplication, typically every one to three years depending on product and weather exposure, and they do not achieve the performance durability of pressure-treated wood. Those limitations are real and should be disclosed to homeowners. But as a proactive, low-cost, high-penetration intervention for the existing housing stock, a subsidized field-applied coating program would reach more fences in two years than the code's permit-triggered replacement requirement will reach in twenty. Lakewood should explicitly create a pathway for field-applied treatment of existing fences as a recognized compliance-equivalent option, and should pair it with a subsidized or discounted product program that makes adoption easy and inexpensive for homeowners who want to do the right thing without pulling a permit or replacing functional fencing.

• Voluntary vegetation removal and revegetation with tax incentives: For homeowners who voluntarily remove high-risk vegetation and replace it with fire-resistant landscaping, property tax credits or direct rebates that make the economics of voluntary compliance attractive.

The Point-of-Sale Trigger: A Proven Third-Party Model

California's Assembly Bill 38 (AB 38), with key provisions effective January 1, 2020 for final inspection reports, July 1, 2021 for defensible-space compliance documentation requirements, and July 1, 2025 for low-cost retrofit disclosure requirements, established the most comprehensive point-of-sale wildfire disclosure framework in the United States. It provides a directly applicable model for Colorado.

California's AB 38 requires sellers of homes in high or very high fire hazard severity zones to provide buyers with documentation of compliance with defensible space requirements and a disclosure of fire-hardening features and vulnerabilities. The disclosure covers roofing materials, vent types, eave and soffit construction, window glazing, deck materials, and nearby vegetation. Beginning July 1, 2025, sellers must also disclose which of a standardized list of low-cost hardening retrofits have been completed.

Critically, the California framework allows defensible-space compliance documentation to be provided through inspections from state, local, or other government agencies or qualified nonprofits, and some local jurisdictions have developed inspection systems that include delegated or non-municipal documentation pathways. The flexibility in documentation source is what makes the system workable without overwhelming municipal inspection capacity.

For Lakewood, a point-of-sale WUI disclosure and inspection requirement administered through certified third-party specialists would:

• Reach approximately 3 to 5% of the housing stock per year through normal real estate transactions, far exceeding the penetration rate of permit-triggered compliance

• Create a market incentive for pre-sale hardening, as sellers who can document compliance or completed hardening measures face less friction at close

• Generate a systematic record of housing stock vulnerability that the City currently lacks entirely

• Distribute the cost of inspection and documentation to the transaction rather than to the permit process

• Allow for negotiated compliance timelines, with buyers assuming responsibility for specified improvements within one year of purchase, as California's AB 38 allows

The political concern about point-of-sale requirements is that they feel punitive to sellers. The California model addresses this directly: the requirement is disclosure and documentation, not mandatory remediation. A seller who cannot document compliance does not lose the sale; instead, the buyer and seller negotiate a compliance plan. That is a workable, market-integrated framework that does not block transactions while still creating accountability.

Lakewood should adopt a version of this framework calibrated to the state-mapped zone, administered through a certified third-party specialist program with published credential requirements and audited outcomes.

Section 10: Process Reform and the Education Infrastructure

Rules that people do not understand cannot produce compliance. Before any enforcement phase of the WUI code begins, Lakewood should invest in the educational and process infrastructure that makes compliance achievable for ordinary homeowners and small contractors.

Process Consolidation

The current proposal creates multiple potential entry points, unclear reviewer authority, and no standardized checklist. When different reviewers apply different interpretations to similar projects, the City accumulates a record of inconsistent treatment of similarly situated applicants. That is a fairness problem and a potential basis for legal challenge. One application, one checklist, one reviewer-of-record, with defined and published timelines, is not an administrative nicety. It is a risk management requirement for the City itself.

The Certified Third-Party Specialist Pathway

The 'alternative materials and methods' language in the current code is not a program. It is a discretionary authorization that produces inconsistent outcomes by design: when there is no standardized pathway, results depend on individual reviewer judgment, the applicant's familiarity with the process, and their capacity to sustain extended review cycles. That is a systemic design problem, not a criticism of any individual. The practical effect is a two-tier system: applicants with the resources and sophistication to navigate an undefined process get flexibility, while everyone else faces a binary choice between strict literal compliance and permit avoidance.

Lakewood should establish a formal certified third-party wildfire mitigation specialist program with published credential requirements, published performance criteria, City review and audit protocols, and defined timelines. This creates a feedback mechanism: a program with documented criteria and audit trails can learn and improve. A program built on discretion accumulates opaque decisions with no systematic record of outcomes.

Training and Technical Resources

No enforcement phase should begin without the following resources publicly available:

• Published approved assembly details for common applications: roofing, siding, decks, vents, foundation zone treatment

• Worked example compliance paths for the most common existing home types in the mapped zone

• A published, accessible variance and modification process with written decisions and defined timelines

• Free workshops for contractors, architects, and homeowners conducted before the compliance date

• An online resource library updated as the program matures

If the City is adding compliance obligations, it should also build the infrastructure that makes compliance achievable. An industry that does not understand the rules cannot follow them. Training is substantially cheaper than enforcement, produces better outcomes, and does something enforcement never can: it builds relationships between the City, contractors, architects, and homeowners that strengthen the community's capacity to respond to fire risk long after any single code cycle has passed.

Section 11: What Success Looks Like

A successful wildfire resiliency program for Lakewood should be measurable. The City should define and publish success metrics before the program launches, and commit to a formal review at 18 months with publicly reported results. Proposed metrics:

• Permit volume in the WUI zone: Has permitting volume increased or decreased after code adoption? A decrease is evidence of avoidance and should trigger program revision.

• Ember-resistant vent installations: How many homes in the mapped zone have documented ember-resistant vents? This is the highest-value structural intervention and should be tracked directly.

• Open burning violations: How many citations were issued during red flag events? What was the outcome? Zero enforcement activity is a program failure that must be documented.

• Point-of-sale disclosures: How many real estate transactions in the WUI zone generated a compliance disclosure? What was the distribution of hardening features documented?

• Variance requests and outcomes: Are variance requests increasing? What is the average processing time? Consistent outcomes are the measure of process quality.

• Contractor and homeowner feedback: Structured surveys at 6 and 18 months on process experience, cost impacts, and perceived clarity of requirements.

A program that passes rules and never measures whether those rules are producing the intended outcomes is not a resiliency program. It is a posture. Lakewood should commit to the former.

Closing: A Program Worth Building

Lakewood has an opportunity to do this well. The decision to pause before a final vote and take additional public input seriously reflects exactly the kind of deliberate process that produces better policy outcomes. That time should be used to build something genuinely worth building.

The case made in this document is not against wildfire safety requirements. It is for a specific alternative: a program calibrated to what the fire science actually shows about Lakewood's suburban ember-transport risk, designed around what behavioral research shows about how compliance actually works, and structured to reach the broadest possible share of the housing stock rather than waiting passively for permit triggers that arrive slowly, unevenly, and not at all for the most vulnerable properties.

Lakewood can build a program that looks like this:

• New construction in the Jefferson County-mapped zone built to full current WUI standards, where compliance is achievable at the design stage and costs are absorbed into project budgets rather than imposed retroactively on existing homeowners.

• Existing homes in the state-mapped zone served by a proactive, incentive-based program — subsidized ember-resistant vent retrofits, foundation zone clearance assistance, structure hardening tax credits, tree health investment, and water restriction offsets for homeowners actively managing fire risk — that reaches the housing stock where permits never will.

• A fast-lane permit pathway for all qualifying structure-hardening projects, including noncombustible deck assemblies, ember-resistant vent installations, ignition-resistant cladding, Class A roof replacements, and improved opening protection, with no collateral vegetation removal requirements attached, field-verifiable standards, and a defined review timeline. Choosing the safest option should be the fastest and most rewarded path through the permit process.

• A certified third-party specialist program with published credentials, published performance criteria, and audited outcomes that makes alternative compliance predictable and equally accessible for every applicant, regardless of their familiarity with the process or capacity to navigate extended discretionary review.

• Clear, worked variance standards for mature tree retention paired with enforceable mitigation plans, preserving the ecological assets and wildlife habitat that define the character of Lakewood's neighborhoods while achieving auditable risk reduction.

• Credible, punitive, publicized enforcement of fireworks rules year-round in the WUI zone, and open burning rules during all elevated-risk conditions, with the highest penalties reserved for red flag events. Fireworks represent an ignition risk under any conditions; the enforcement framework should reflect that.

• A point-of-sale disclosure and inspection program modeled on California's AB 38, administered through certified third-party specialists, that reaches 3 to 5 percent of the housing stock annually through normal real estate transactions and creates a systematic record of vulnerability that the City currently lacks entirely.

• A consolidated permit process with one application, one checklist, one reviewer-of-record, and defined timelines — paired with free workshops, published approved assemblies, and worked compliance examples before enforcement begins.

• Published success metrics and a formal 18-month program review with public reporting, so the City can learn what is working, correct what is not, and demonstrate to residents that outcomes, not just rules, are what the program is accountable for.

A program structured this way would be something Lakewood could be proud of: evidence-based, practically designed, equitably applied, and genuinely effective at the task it sets out to accomplish. It would reach more homes, produce more durable improvements, and generate higher real-world compliance than the current proposal within any meaningful planning horizon.

The difference between a serious wildfire resiliency program and a regulatory posture is whether the rules produce the outcomes they describe. Lakewood has the opportunity right now, before a final vote, to choose the former. This document is offered in the hope that it helps.

I am available to discuss any element of this analysis in detail, to participate in a stakeholder working group, or to present directly to staff or council. I have a professional and personal stake in this community, and I want this program to work.

Matthew Haraminac

Founder  |  Employing Broker  |  Licensed General Contractor

ICC & HUD 203k Certified  ·  InterNACHI CPI

Peak Property Services

Peak Real Estate Advisors

Sources and Citations

Wildfire Science and Structure Ignition

National Institute of Standards and Technology (NIST). Structure Hardening for Embers. NIST WUI Fire Group. nist.gov/el/fire-research-division-73300/wildland-urban-interface-fire-73305/hazard-mitigation-methodology-21

National Institute of Standards and Technology (NIST). How Fire Spreads in the WUI. nist.gov/el/fire-research-division-73300/wildland-urban-interface-fire-73305/hazard-mitigation-methodology-6

National Institute of Standards and Technology (NIST). Reducing Impact of Wildland-Urban Interface Fires. nist.gov/el/fire-research-division-73300/reducing-impact-wildland-urban-interface-fires

USFA/FEMA. Protecting Structures from Wildfire Embers and Fire Exposures. usfa.fema.gov

Syphard, A.D. and Keeley, J.E. (2019). Survey of California WUI fires: impact of mitigation actions. Findings summarized in NCBI Bookshelf NBK588642.

Marshall Fire

Guy Carpenter. Post Event Summary: Marshall Fire. guycarp.com/insights/2022/01/post-event-marshall-fire.html

UNDRR. US Wildfire 2021: Forensic Analysis. undrr.org/resource/us-wildfire-2021-forensic-analysis. September 2024.

Juliano, T.W. et al. (2023). Toward a Better Understanding of Wildfire Behavior in the WUI: A Case Study of the 2021 Marshall Fire. Geophysical Research Letters, 50, e2022GL101557.

National Weather Service Boulder. Marshall Fire and High Wind on December 30, 2021. weather.gov/bou/MarshallFire20211230

Jensen Hughes. The Marshall Fire. jensenhughes.com/insights/the-marshall-fire

NCBI/National Academies. Defining and Contextualizing WUI Fires. ncbi.nlm.nih.gov/books/NBK588638/

Camp Fire and Code Effectiveness

Syphard, A.D. and Keeley, J.E. (2019). Factors Associated with Structure Loss in the 2013-2018 California Wildfires. Fire 2(3):49. doi.org/10.3390/fire2030049. (USGS/Sage Insurance Holdings; primary source on structural hardening predictors of WUI structure survival.)

IBHS. Post-Event Investigation: California Wildfires of 2017 and 2018. ibhs.org. (Cites Syphard/Keeley; confirms structural hardness factors as primary survival predictors.)

AfroLA News. How Should Los Angeles Rebuild? The Answer May Exist in Our Building Codes. March 2025.

Attic Vents

US Made Supply. Ember-Resistant Vent Guide: Brandguard, Vulcan and Retrofit Options. usmadesupply.com. March 2026. (Citing NIST and IBHS research on 1/4-inch mesh failure and ember entry.)

Wildfire Partners (Boulder County). Screening Vents. wildfirepartners.org/screening-vents

Fire Safe San Mateo. Vents. firesafesanmateo.org/preparedness/home-hardening/vents

Vulcan Vents. Wildfire Architecture: Fire-Resistant Vent Integration Guide. vulcanvents.com. December 2025.

Deck Materials and Noncombustibility Standards

ASTM E136. Standard Test Method for Behavior of Materials in a Vertical Tube Furnace at 750 Degrees C. The governing standard for noncombustibility classification. Porcelain tile meets this standard by material composition.

International Residential Code (IRC) and International Wildland-Urban Interface Code (IWUIC). Definitions of noncombustible materials and ignition-resistant construction. ICC.

Mbrico Tile Decks. Mbrico Tile Decks vs Composite Decking. mbricotiledecks.com. February 2026.

Mbrico Tile Decks. Fire Resistance Benefits of Mbrico Porcelain Tile Decking. mbricotiledecks.com. February 2026.

Tile Tech Pavers. How to Effectively Use Porcelain Paving Tiles to Create Fire-Resistant Roof Decks. tiletechpavers.com. February 2023.

Tanzite StoneDecks. tanzite.com

Weyerhaeuser/TimberTech. Composite Decking Considerations for Fire-Prone Areas. weyerhaeuser.com. September 2023.

Urban Tree Canopy, Heat Islands, and Stormwater

Meineke, E.K., et al. (2019). Scale-dependent interactions between tree canopy cover and impervious surfaces reduce daytime urban heat during summer. Proceedings of the National Academy of Sciences (PNAS). doi.org/10.1073/pnas.1817561116

Jiang, Y., et al. (2023). A comparative analysis of urban forests for storm-water management. Scientific Reports. nature.com/articles/s41598-023-28629-6

Street trees provide an opportunity to mitigate urban heat. Scientific Reports. February 2024. nature.com/articles/s41598-024-51921-y

USDA Climate Hubs. Northwest Urban Forests and Climate Change. climatehubs.usda.gov

US EPA. Reduce Heat Islands. epa.gov/green-infrastructure/reduce-heat-islands

Colorado Wildlife and Migratory Corridors

U.S. Fish and Wildlife Service. Central Flyway. fws.gov/birds/management/flyways/central.php. One of four USFWS-designated North American migratory bird corridors; encompasses Colorado including Jefferson County.

Rocky Flats National Wildlife Refuge (adjacent Jefferson County). Home to 239 migratory and resident wildlife species. Friends of the Front Range Wildlife Refuges. ffrwr.org

Jefferson County Open Space. Rocky Mountain Greenway. jeffco.us/3639/Rocky-Mountain-Greenway (Regional wildlife corridor connecting Front Range National Wildlife Refuges.)

Colorado Parks and Wildlife. Wildlife Migration and Movement. cpw.state.co.us/wildlife-migration-and-movement

Bird Watching HQ. 27 Birds of Prey Found in Colorado. birdwatchinghq.com

Colorado Virtual Library. Uncommon Raptors of Colorado. coloradovirtuallibrary.org

Insurance and Mitigation Programs

Colorado HB25-1182. Risk Model Use in Property Insurance Policies. Signed June 2025, effective August 6, 2025. Requires insurers to disclose wildfire risk scores, incorporate property-specific mitigation actions into risk models, and provide a right to appeal. leg.colorado.gov/bills/hb25-1182

IBHS Wildfire Prepared Home Designation Program. Announced April 14, 2026. wildfireprepared.org. IBHS press release: ibhs.org. Third-party verified designation program offering Wildfire Prepared Home and Wildfire Prepared Home Plus levels; Colorado homeowners can apply at wildfireprepared.org.

Colorado Division of Insurance. Wildfire Resiliency Building Codes and Insurance. doi.colorado.gov/wildfire-resiliency-building-codes-and-insurance

Point-of-Sale Frameworks

Wildfire Today. New California Law Requires Seller of Home to Disclose Vulnerability to Wildfires. wildfiretoday.com (summary of AB 38 provisions)

Sonoma Valley Fire District. Real Estate Disclosure (AB 38). sonomavalleyfire.org/real-estate-disclosure-ab-38

Golden State Home Hardening. New Wildfire Disclosure Rules in California. goldenstatehomehardening.com. September 2025.

Schorr Law. California Wildfire Disclosure Requirements for Home Sellers. schorr-law.com. January 2026.

Green Mountain Open Space

gravmag.com. Colorado Jefferson County Open Spaces: Green Mountain Park. gravmag.com/jeffco.html (Green Mountain Park maintained by City of Lakewood; access off West Alameda Parkway; elevation 6,856 feet.)

Lakewood Wildfire Resiliency Code

What it is, what it does, and what could work better

A summary for Lakewood residents  |  Matt Haraminac, Lakewood

Lakewood is preparing to adopt a Wildfire Resiliency Code that will apply new building and landscaping standards to properties in designated wildfire risk areas. After questions were raised at the April 27th council meeting, the final vote was pushed to May 11th. That window is short, and if you own property in the mapped zone, this affects you.

I am a licensed contractor and former wildfire mitigation inspector who has spent time working through this code. I support the safety goal. I have significant concerns about how this particular code is designed, and I have submitted a detailed alternative framework to all eleven council members. This is a plain-language summary of what the code does, why I think it will underperform, and what a better version looks like.

What the code actually does

The code is permit-triggered. It does not impose immediate obligations on every home in the mapped zone. It applies when you undertake certain exterior projects and pull a permit. The main triggers are a new addition of 500 square feet or more, replacement of more than 25% of your exterior siding, and deck replacement or new deck construction. When one of these is triggered, you may be required to use fire-resistant materials, clear vegetation within five feet of the structure, prune trees in a wider buffer zone, and replace combustible fencing near the structure.

Roof replacement deserves its own clarification because it is commonly misunderstood. Replacing your roof does not trigger the defensible space or vegetation requirements. The City Engineer confirmed this explicitly at the April 27th meeting. The material requirement technically applies when more than 25% of a roof is replaced, but Lakewood already requires Class A roofing city-wide independent of the WUI code. In practice, replacing a wood shake roof with concrete tile or Class A shingles satisfies both requirements simultaneously. No site work, no vegetation removal, no additional obligation.

The code also contains a retroactivity provision, which has generated concern among residents. In practice this applies primarily to unpermitted conditions or situations the building official determines present a distinct hazard, such as severely overgrown vegetation against a structure or large amounts of stored combustible material. Proactive inspections of compliant properties are not planned.

Why this approach will underperform

A permit-triggered code can only reach homes that go through the permit system. In any given year, a small fraction of homes in the mapped zone will generate an exterior renovation permit, and those will skew toward newer, larger, and less vulnerable properties. The oldest housing stock, wood siding, aging roofs, standard mesh attic vents, represents the highest fire vulnerability and is the least likely to generate a permit trigger. After a decade of enforcement, the code will have meaningfully touched a small and unrepresentative slice of the housing stock. The homes that needed attention most will largely be untouched.

The roof exemption makes this concrete. Roofing is the single most fire-protective improvement available to an existing home, and it is also the most common exterior project in Colorado, driven by our hail climate. Every roof replacement is a natural interaction between the City and a property in the mapped zone. Under this code, that moment passes without any WUI review at all. No vent check, no foundation zone assessment, no guidance on what else could be done while the crew is already on site. The code concentrates its compliance burden on siding and decks while the highest-leverage intervention walks through the door unnoticed.

There is also a behavioral problem. Adding collateral vegetation removal, fence replacement, and material cost premiums to a siding job or deck replacement gives homeowners a strong incentive to either skip the permit or abandon the project entirely. That is not speculation. It is already happening in conversations with homeowners in the mapped zone who have seen what this code will cost them. Unpermitted work is uninspected work. A code designed to improve safety can create conditions that make homes less safe in a different dimension.

The housing affordability connection is direct. Siding replacement is one of the primary ways homeowners maintain aging housing stock. When a maintenance project that was already a significant investment starts attracting collateral costs for vegetation removal, fence replacement, and upgraded materials, many homeowners simply cannot absorb it. The result is deferred maintenance, declining housing quality, and properties that become harder to insure, harder to finance, and harder to sell. Those costs do not stay with the individual permit holder. They spread through the neighborhood.

What a better version looks like

The full alternative framework has been submitted to council. The short version is that the code should be tiered by context rather than applied uniformly, and it should pair the permit-triggered baseline with a proactive program that reaches the housing stock where permits never will.

For the state-mapped zone, the state code applies as written. For the expanded Jefferson County zone, full standards should apply to new construction, where compliance is achievable at the design stage. For existing homes in the expanded zone, any qualifying structure hardening project, including noncombustible deck assemblies, ignition-resistant siding, ember-resistant vents, or roofing upgrades, should proceed through a simplified permit pathway with no collateral vegetation removal requirements. Make the safest choices the easiest ones to permit.

On top of that, a proactive program should reach the existing housing stock directly. The highest-value intervention is ember-resistant vent retrofits, replacing standard mesh vents with ember-resistant alternatives, which is the most cost-effective hardening measure available to existing homes. Foundation zone clearance within five feet of the structure. Fire-retardant treatment for existing wooden fences as a recognized compliance pathway rather than a replacement mandate. And serious, punitive enforcement of open burning and fireworks rules, which is the most immediate ignition risk in Lakewood and currently receives essentially no enforcement attention. That gap matters more than the framing material in a deck replacement.

A point-of-sale disclosure and inspection program would also reach the housing stock far more effectively than permit triggers. Every home sale is a natural compliance moment. A third-party inspection requirement tied to real estate transactions would generate a systematic record of housing stock vulnerability and create market incentives for pre-sale hardening without adding friction to renovation permits.

What you can do before May 11th

Public comment is open through the May 11th council meeting at LakewoodSpeaks.org. You can also attend the meeting in person at Lakewood City Hall, 480 South Allison Parkway, and sign up to speak during public comment.

If you are in Ward 4, the meeting on May 9th at Green Mountain Recreation Center at 12:30 p.m. will include a staff presentation on the code. That is a good opportunity to ask questions directly before the final vote.

A full analysis and alternative framework has been submitted to Lakewood City Council and is available to read here.

Matt Haraminac

Lakewood, Colorado

“It’s All the Painter’s Fault”

What actually went wrong when this cedar siding was painted?

When paint fails prematurely, the first reaction is almost always the same:
“The painter did a bad job.”

That assumption is understandable. Paint is visible. Failure is visible. The person who applied it becomes the obvious culprit.

But in many cases, especially on older homes with cedar siding, the real problem has very little to do with workmanship. It has far more to do with building science, and with a wall system that was never meant to behave the way paint demands it behave.

In this case, the painter didn’t commit malpractice. He followed advice that is widely accepted in the industry. The real issue is that the advice itself was incomplete.

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Cedar is not just “another surface”

Cedar isn’t drywall. It isn’t fiber cement. It isn’t PVC trim. It’s a hygroscopic material, meaning it naturally absorbs and releases moisture depending on conditions.

In simpler terms, cedar gets wet sometimes, and that’s normal.

Most older cedar homes were built in an era when walls were relatively simple. They did not rely on tight air barriers, vapor retarders, or elaborate drainage layers. Instead, they relied on materials that could safely tolerate moisture and dry when conditions allowed.

Cedar was intentionally chosen because it could do exactly that.

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What changes when you paint older, previously unpainted cedar

Paint forms a film.
A film slows drying.

That isn’t inherently bad, but it becomes a problem when only one side of a system is changed.

It’s important to distinguish paint from penetrating stains and oils. Paint forms a continuous surface layer that restricts drying. Traditional exterior stains and oils soak into the wood and leave it vapor open, meaning moisture can still move in and out of the material.

On older homes, cedar siding is almost never sealed on all sides. The back of the boards, the cut ends, and the edges are typically raw wood. Moisture can still enter the siding from behind or through those unsealed areas, but once a film-forming finish like paint is applied to the exterior face, it cannot leave as easily.

Think of it like placing a sponge on a wet dish and covering only the top of the sponge with plastic wrap.

Water can still be absorbed from below. That absorption is called hygric loading, and by itself it’s not a problem. All porous building materials take on moisture at times.

What matters is what happens next.

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Hygric loading vs. hygric redistribution

Cedar is unusually tolerant of moisture because of how it evolved. As a living tree, cedar developed natural chemical compounds, often called extractives, that protect it from fungi and insects in consistently damp forest environments. These compounds are what give cedar its characteristic smell and its natural resistance to decay.

Just as important, cedar’s cellular structure allows it to absorb moisture, spread it out, and then release it again as conditions change. In nature, that ability helped the tree survive repeated wetting and drying cycles without breaking down quickly.

In building science, that movement of moisture within a material is called hygric redistribution.

If we go back to the sponge analogy, a sponge without plastic wrap doesn’t just absorb water. It also acts as a wick, pulling moisture away from the wet surface and promoting evaporation. In other words, it helps itself dry.

Cedar finished with penetrating stains or oils behaves the same way. It can take on moisture, redistribute it, and then release it.

When cedar is painted, hygric loading still occurs, but redistribution and drying are restricted. Moisture enters more easily than it exits. The wood stays wet longer, not because it got wetter, but because it can’t dry as efficiently.

The issue isn’t moisture itself.
It’s the loss of the material’s ability to dry.

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Why paint failure is an early warning, not the root problem

When paint peels or flakes on cedar, it’s tempting to blame cedar’s natural oils, wood movement, or the wrong primer.

Those factors matter, but they are secondary.

Paint usually fails because the wood underneath is spending too much time wet.

As moisture cycles increase, the surface fibers of the cedar weaken. Adhesion drops. The paint film releases. In some cases, the wood itself begins to degrade faster than it would have if left vapor open.

Paint isn’t failing despite moisture.
It’s failing because it changed how moisture behaves in the wall.

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Why “just use a stronger primer” doesn’t solve the problem

This is where paint manufacturers and paint reps often enter the conversation.

The advice is familiar:
“Sure, you can paint that. You just need the right prep and a high-bond primer.”

That advice isn’t dishonest, but it is product-focused, not system-focused.

Primers improve adhesion. They do not change how moisture moves through a wall.

If the wall assembly is still accumulating moisture, stronger adhesion simply delays visible failure. It doesn’t make the siding drier. It doesn’t restore the original behavior of the material.

This same logic is often used to justify painting brick or masonry. The coating may stick, but sticking is not the same as long-term compatibility.

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A note on workmanship

In this case, the overall workmanship was solid. Surface preparation was reasonable. Application was consistent.

There was one detail worth noting: the underside of trim and window sills was caulked. While well-intended, this further reduced drying potential at locations already prone to moisture accumulation.

That wasn’t sloppy work. It was a lack of building-science context.

And that distinction matters.

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When painting cedar does make sense

Painting cedar can perform acceptably when the entire wall system is designed for it.

This typically applies to newer construction, where cedar is often selected for appearance rather than moisture tolerance. These homes are more likely to include factory-primed cedar, boards sealed on all sides, and modern rainscreen assemblies.

A rainscreen is a small air gap between the siding and the wall behind it. That gap allows water to drain and air to circulate so materials can dry.

These conditions are uncommon in older cedar homes, because cedar was originally chosen specifically to manage moisture without those additional layers.

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The more durable alternatives for older cedar homes

For older homes with previously unpainted cedar, finishes that work with the material consistently outperform those that fight it.

Penetrating stains and oils allow cedar to remain vapor open while providing UV protection and color control. They weather gradually instead of failing abruptly.

When cedar has already been painted and is failing, the only true reset is to remove the paint and return the siding to a breathable finish. That approach costs more upfront, but it restores the behavior that made cedar durable in the first place.

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The real takeaway

This wasn’t a story about bad workmanship. It was a story about good work applied to the wrong system.

Paint failures like this are often architectural and hygrothermal problems, not painting problems.

Understanding how materials manage moisture over time leads to better decisions, fewer failures, and longer-lasting homes.

The failure wasn’t caused by poor workmanship. It was caused by a system that was never meant to be painted.

Situations like this are often less about execution and more about clarity at the outset. Before any work begins, a brief consultative review can help identify which approaches are compatible with an existing building assembly, establish a technically appropriate scope of work, and give a homeowner the language needed to solicit bids that align with long-term performance rather than short-term appearance. While I am a general contractor, I also work in a consulting and inspection capacity, and those roles don’t need to overlap. In many cases, the most effective contribution is simply helping define the right problem before well-executed work is applied to the wrong system.

Good stewardship isn’t about doing more work, but about making choices that respect how a building was meant to function over time.

Why I Don’t Pit Subs Against Each Other

A client recently told me I should get multiple subcontractor quotes and pit them against each other to flush out the lowest price.

I understand the instinct.

But I’m not doing it.

Not because I’m sentimental.
Not because I’m being “precious” about it.
Not because I’m trying to be nice.
Not because I can’t negotiate.

Because I’m underwriting the work.
Because I’m accountable for the outcome.
Because I’m optimizing for lowest risk, not lowest bid.
Because I’m here to steward the project, not just price it.

Once I hire a subcontractor, I’m not “getting a price.”
I’m buying execution.

I warranty it. I schedule around it. I coordinate everything it touches. And if it fails later, that cost doesn’t land on a spreadsheet. It lands on the project, the homeowner, and my reputation.

So when someone says, “Let’s squeeze subs until we get the lowest number,” what I hear is:

“Let’s trade relationship capital for a discount and pretend risk doesn’t exist.”

That’s not value engineering. That’s gambling with the part of the job you won’t see until it’s too late.

Because when subs feel shopped or pitted, a few predictable things happen:

• the best ones walk or disengage
• communication gets defensive
• scope gets thinner in ways you don’t notice
• problems get “handled” instead of solved
• you lose priority, flexibility, and extra care

And that’s how “saving a few hundred bucks” becomes rework, delays, and callbacks.

The best subcontractors don’t compete to be the cheapest.
They compete to be the most trusted.

I’ve even had times where a sub gave me a price, I carried it transparently, and after they nailed the install I handed them a little extra out of my margin and told them they did a great job.

That isn’t charity.
That’s incentive alignment.

It buys pride, responsiveness, and craftsmanship when things get complicated… which is exactly when you find out what the “cheap” number was really worth.

Price matters. Of course it does.

But in construction, the smarter question is:

Are we choosing subs based on lowest bid, or lowest risk?

If you’re hiring a contractor, ask this:

Do you shop your subs like commodities… or do you build relationships that protect the outcome?

Your project will reflect that decision every time.

What’s Behind the Wall Matters: Choosing Shower Valve Systems That Last

When planning a bathroom renovation, it is natural to focus on what is visible: finishes, handle shapes, and overall aesthetic. Those choices matter. But behind the wall, the valve system itself often has a much bigger impact on cost, flexibility, environmental impact, and long-term satisfaction than most people realize.

One of the most common questions I am asked is whether shower trim can simply be swapped on an existing valve. The answer depends heavily on the manufacturer and the system that was originally installed.

Trim compatibility is a system decision, not a trim decision

Some manufacturers intentionally design their shower valves as long-term platforms. Others treat the valve and trim as tightly paired components with limited interchangeability.

For example, Delta builds its shower systems around a universal rough-in valve. That valve is designed to accept a wide range of trims and uses a small, standardized set of cartridges. This allows trims to be changed years later without opening walls and allows most service work to be completed quickly using readily available parts.

By contrast, Kohler does not take a universal approach across its product line. Kohler uses multiple valve families and a wide range of cartridges, with trim compatibility typically limited to specific valve models. Even within newer pressure-balancing systems, compatibility often requires careful model verification and sometimes replacement of the valve body itself.

This difference in system philosophy becomes especially important during remodels, mid-project changes, and long-term ownership.

Reliability, installation difficulty, and total cost

In practice, the contrast between Delta and Kohler is not subtle.

Delta’s universal valve platform is intentionally engineered for reliability, ease of installation, and long-term serviceability. The valves are forgiving of rough-in depth, tile thickness, and framing variation, which reduces labor time and lowers the risk of installation errors. When service is required, the small number of standardized cartridges makes diagnosis straightforward and parts easy to source.

Kohler’s systems, by comparison, rely on a fragmented mix of valve families and cartridges that fail more frequently in real-world use and are often harder to diagnose and repair. Installation typically requires tighter tolerances and more exact planning, which increases labor time and raises the likelihood of costly issues. When failures occur, identifying and sourcing the correct cartridge can take longer, leaving fixtures out of service for extended periods.

Compounding this, Kohler fixtures typically carry a higher upfront cost without delivering proportional durability or performance. The result is often a higher price for the fixture, higher installation cost, and higher long-term maintenance cost. From a construction and lifecycle perspective, Kohler introduces more expense and risk than necessary, while Delta delivers a more durable, adaptable, and economical system over time.

Long-term serviceability matters more than most people expect

Fixtures rarely fail catastrophically. More often, they require routine service such as cartridge replacement or balancing adjustments.

Systems built around a small number of standardized components are easier to service efficiently. When parts are widely stocked and familiar to plumbers, repairs can often be completed in a single visit.

Highly segmented systems increase the likelihood of misidentification, special-order parts, return trips, and prolonged downtime. These inefficiencies are frustrating for homeowners and add cost over the life of the fixture.

Environmental impact and stewardship

The environmental implications of fixture system design are often overlooked.

Each additional service visit, special-order shipment, or return trip carries a carbon cost. Systems that rely on many proprietary parts tend to increase those impacts unnecessarily. More significantly, limited trim and cartridge compatibility can force invasive work that would otherwise be avoidable.

Opening finished tile walls to replace a valve body is one of the most resource-intensive outcomes in residential construction. It generates demolition waste, consumes new materials, and often requires additional waterproofing and finish work. Avoiding that outcome whenever possible is both economically and environmentally responsible.

A durable brass valve body designed to accept new trims indefinitely changes that equation. When the core infrastructure remains in place, a shower can be refreshed aesthetically and functionally without demolition. Handles, finishes, and trim styles can evolve over decades while the valve itself continues to perform as intended.

Assuming the shower is well constructed and not failing, this approach dramatically reduces material waste, extends the useful life of the installation, and keeps functional components out of the landfill.

Design goals and system design do not have to be in conflict

It is easy to understand why certain brands are appealing from a design standpoint. Many offer refined finishes, cohesive collections, and strong visual identity.

That said, aesthetic appeal and system design are separate considerations. A fixture can look excellent and still introduce unnecessary complexity behind the wall.

In many cases, similar aesthetics can be achieved using systems that are more reliable, more serviceable, and more environmentally responsible over time. When those options exist, they tend to better serve the long-term interests of the homeowner.

The takeaway

When selecting plumbing fixtures, it is worth thinking beyond trim and considering how the system performs over its entire lifespan. Flexibility, serviceability, durability, and environmental impact all matter.

A universal valve platform is not just a convenience for installers. It is a form of future-proofing for the client.

Good design should look good on day one and continue to work well for decades.

The Composite Decking Scam: The Fallacy of 'Maintenance-Free' & Why it Means More Waste, More Cost, and More Regret

Composite materials are everywhere, sold as the perfect blend of beauty and durability without the hassle. But as a contractor who actually builds and maintains these systems, I can say with confidence: the reality rarely lives up to the marketing. From premature failure to landfill waste, composite products often overpromise and underdeliver.

Let’s dig into what composite materials really offer, and why homeowners should consider better, longer-lasting alternatives.

Composite Materials: Overhyped and Underperforming

Most composite decking and trim products are made from a blend of plastic and wood fiber, bonded with adhesives and stabilizers. The sales pitch? “No rot, no maintenance, 25+ year lifespan.” But that promise tends to fall apart, sometimes literally, within a decade. UV exposure, moisture cycling, and normal wear and tear can cause fading, cracking, swelling, and degradation well before the warranty expires (assuming the warranty even covers what fails).

When composite materials go bad, you're not refinishing or repairing, you’re hauling it to the dump.

“Maintenance-Free” Is a Marketing Term

Yes, composites don’t need staining. But they still get dirty. They still grow mildew. They still scratch. And they can’t be fixed the way real wood can. If a board gets damaged, your only option is to replace it, and try to match the faded color in the process.

Eco-Friendly? Only at a Glance

A lot of folks are drawn to composites because of their “green” image. They contain recycled plastic, sure. But they cannot be recycled again and are effectively landfill-bound. Real wood, especially FSC-certified, is renewable, biodegradable, and far easier to sustainably manage over the full life of a structure.

Better Decking Alternatives

If you’re serious about building something that lasts, and can be maintained over time, there are better options than composite. Let’s take a look:

Tile Decking

Tile systems, especially over waterproof membranes, are a fantastic option for rooftop decks, walk-out patios, or any space where water control is critical. They resist fading, are easy to clean, and offer a refined look that doesn’t scream "plastic." Porcelain tile is exceptionally durable and doesn’t absorb moisture like stone or concrete. Yes, the install is more technical—but done right, it outperforms any composite.

Paver Decking

Similar to tile, structural pavers on pedestal systems are a premium, modular decking solution. They allow for drainage, access to systems beneath, and minimal ongoing maintenance. Concrete and stone pavers resist UV damage and wear far better than any composite. While more expensive upfront, they last longer and look better doing it.

Locust Wood Decking

Black locust is one of the best-kept secrets in sustainable decking. Naturally rot-resistant and incredibly hard, it rivals ipe without the environmental concerns. It’s domestic, renewable, and tough as nails. With periodic maintenance, a black locust deck can last decades, and it can be refinished, repaired, and repurposed, unlike composite.

Real Wood Windows & Doors Still Hold Their Own

It’s not just decking. The push toward synthetic or fully vinyl products in windows and doors also deserves scrutiny.

Aluminum-Clad Wood Windows/Doors

Aluminum-clad wood products offer the best of both worlds: the durability and weather resistance of exterior aluminum, with the warmth, beauty, and insulative value of real wood on the interior. They perform better in extreme climates, can be repaired or refinished, and bring a level of quality that plastic simply can't replicate.

Compare that to hollow vinyl or composite windows that warp, yellow, or fail under pressure—especially on large spans like sliding doors or picture windows. There’s a reason premium builders still spec aluminum-clad wood.

Why Real Wood Still Matters

Wood is timeless. It can be repaired, refinished, reshaped, and maintained in a way no synthetic can. It weathers honestly, tells a story, and offers unmatched warmth and character. With proper design and maintenance, real wood outlasts many of the products that claim to "replace" it.

Whether it’s siding, decking, fascia, or windows—natural materials age with dignity, not with disintegration.

Final Thoughts

Composite materials may seem like an easy win. But easy doesn’t always mean better. In my experience, composite systems are the fast fashion of the construction world, great for selling a quick flip, not so great for building something meant to last.

If you want long-term performance, aesthetics that endure, and materials that respect both your budget and the planet, you’re better off investing in real, durable materials, whether that’s wood, tile, stone, fiber cement, or well-built aluminum-clad systems.

Your home deserves more than a product built to be thrown away.

Most Homes Weren’t Built to Last—Here’s How We Fix That

By Matthew Haraminac | General Contractor & Consultant

Walk into a typical tract home built in the last 20 years and you’ll likely see what buyers are taught to value: open layouts, bright finishes, and plenty of curb appeal. On paper, it checks all the boxes. But live in it for a while, and the cracks start to show—sometimes literally.

Floors creak. Trim separates. HVAC systems struggle. Doors fall out of square. That feeling of “something’s just off”? You’re not imagining it.

These homes weren’t built with longevity in mind. They were built to meet the minimum code and sell quickly. And once the punch list is signed and the one-year warranty expires, you’re left holding the bag.

How Did We Get Here?

For most of American history, homes were built by craftspeople with the intention that they’d last generations. But over the past few decades, residential construction has tried to mimic an assembly line—only without the quality control that makes assembly lines work. Developers buy land, subdivide it, and subcontract everything with minimal oversight, little continuity between trades, and razor-thin margins.

When you build for volume, not quality, you make compromises:

• Windows installed with improper flashing and poor air sealing—sometimes no flashing at all

• Weather barriers installed incorrectly, or not at all

• Sheathing fastened into air instead of studs

• Trusses modified in the field without engineering

• Insulation haphazardly installed—or completely missing

• No air sealing

• Roofing and flashing that won’t survive a season and often aren’t even code compliant

I’ve flagged all of this during pre-drywall and phase inspections. I’ve watched buyers ask for basic corrections—only to be told by the builder: “Pound sand.”

The system doesn’t reward durability. It rewards speed and short-term profit.

Why Cosmetic Renovations Don’t Work

Many clients come to me after already trying to “fix” their homes with cosmetic updates: new floors, fresh paint, kitchen upgrades. But the real issues weren’t cosmetic.

Their HVAC was undersized from day one. The framing was out of square. The insulation was worthless. The subfloor flexed because it was never glued or screwed properly. These are the things that make a home feel solid—or not.

Cosmetic upgrades over bad bones are like slapping new siding on a rotting shed. It might look better, but it won’t live better.

What Fixing It Actually Looks Like

Unfortunately, when the bones are bad, you need more than a cosmetic remodel. The problem is, many homeowners don’t realize just how bad those bones are.

That’s why I always recommend a pre-remodel consultation so you can understand the real issues before you commit to a budget.

And let’s be honest: a lot has changed in the last 20 years. If your home is old enough to drink, it’s probably time to consider:

• Tearing back to the structure when needed

• Correcting poor framing, flashing, and sequencing

• Air sealing and insulating to modern performance standards

• Replacing builder-grade systems with properly sized, high-efficiency equipment

• Reworking layouts so they actually suit how you live

• Using real materials designed to last—not just look good in photos

When you fix what the builder skipped, you don’t just gain comfort—you gain durability, efficiency, and peace of mind.

For Homeowners Already Living With Regret

If you’ve recently bought a home and are starting to realize the quality just isn’t there—don’t beat yourself up. You’re not alone. Unfortunately, this is quickly becoming the rule, not the exception.

Here’s what you can do:

• Get a real evaluation. Hire someone who understands building science and knows how to look beneath the surface—someone who uses tools like infrared thermography and moisture meters, and isn’t afraid to poke around. In Colorado, builders are released from liability fast. If you suspect something’s wrong, inspect it immediately. I’ve personally performed invasive inspections on brand-new homes where every single shower was leaking due to improper installation. But because the homeowners waited, the builder walked away with zero responsibility.

• Fix what matters first. Prioritize performance, durability, and the integrity of your building envelope over finishes and design trends. A beautiful home still fails if it doesn’t function.

• Think long-term. Invest in solutions that will last for decades—not just raise your short-term appraisal or resale value.

• Get an annual maintenance inspection—and follow through. Even poor workmanship lasts longer with preventative care. Don’t wait for failures to force your hand.

Stewardship Over Speculation

A well-built home doesn't just look good—it works, performs, and holds up over time. And for homeowners who value peace of mind, the process starts with clarity and confidence, not guesswork.

Whether you're preparing to remodel, building from the ground up, or simply want to ensure your home is functioning as it should, there are smart steps you can take to protect your investment. Annual maintenance inspections can help you catch issues early. Infrared scans and invasive diagnostics can reveal hidden concerns before they become costly problems. And if you're buying new construction, having a trusted advisor through each phase can make all the difference.

Behind every reliable home is a team that looks deeper, plans better, and puts quality first. If you're ready to go beyond surface-level fixes, there’s a better way to build—and maintain—the home you hoped for.

Tired of builder-grade living? Want a home that actually performs the way it should?
Consulting, inspections, remodeling, and homebuilding support are available for homeowners who want things done with care, foresight, and lasting value.

Let’s make your home one that lasts.

Colorado’s New Energy Code: Why Smart, Sustainable Homes Are the Future

Beginning in 2025, Colorado is rolling out the Low Energy and Carbon Code (LECC)—a forward-thinking set of requirements designed to reduce emissions and improve energy efficiency in new construction. While some builders see added regulation, thoughtful homeowners and builders recognize this shift for what it is: a move toward homes that are healthier, more comfortable, and more responsible.

What’s Changing?

• Smarter, Cleaner Systems: The LECC encourages the adoption of electric heat pumps and high-efficiency mechanical systems in place of traditional gas appliances. These systems are safer, quieter, and better for indoor air quality.

• Performance-Based Energy Credits: Builders must meet a point-based efficiency threshold, which can be achieved through enhanced insulation, air-sealing, low-global-warming-potential refrigerants, mechanical ventilation, and verified energy modeling.

• Tiered Expectations Based on Home Size: Larger homes must meet higher efficiency standards. For discerning clients, these requirements reflect what you're already asking for—comfort, performance, and peace of mind.

Why It’s Good for You—and the Planet

If you value longevity, stewardship, and high-quality living, these changes don’t require a shift in mindset. They simply bring code closer to what leading builders and informed homeowners already do.

Lower Energy Bills Without Sacrifice
High-efficiency systems and better building envelopes translate into tangible savings—with no tradeoff in comfort or beauty.

Cleaner, Healthier Indoor Air
All-electric systems and improved ventilation reduce indoor pollutants and allergens. That means better living for your family, not just a better rating on paper.

Consistent Comfort Year-Round
When homes are built with attention to air sealing, insulation, and HVAC design, temperature swings and drafts become a thing of the past.

Future-Proofing Your Investment
High-performance homes are increasingly marketable, and future regulations are likely to reward those who build above today’s minimum standards.

For Builders Who Care, Nothing Really Changes

Those of us who prioritize quality have been building this way all along. If anything, the LECC brings the industry closer to best practices we’ve already adopted:

• Tight, well-insulated envelopes

• Proper ventilation planning

• Smart mechanical choices tailored to the home

• Respect for the environment and the people who live in the homes we build

This isn’t about checking boxes—it’s about doing the right thing from the start.

Final Thoughts

Colorado’s new energy code is more than a policy update. It’s a shift toward smarter building, designed for people who see their home as a reflection of their values—comfort, health, and environmental stewardship.

If that’s you, and you’re planning a build or remodel, let’s talk about how we can do it right—from the foundation up.

Skylight Shafts: The Hidden Weak Spot in Your Building Envelope

Skylights are a great way to bring daylight deep into a home’s interior, but they also introduce a complex thermal and moisture dynamic that’s often misunderstood—or completely overlooked. A well-insulated skylight shaft performs like an exterior wall. A poorly insulated one acts more like a chimney for heat loss and condensation.

So if you're planning to add a skylight—or wondering why your existing one is sweating in winter—read on.

A Quick Anatomy of the Problem

Most skylights are installed in framed openings that connect the ceiling plane to the roof deck through a vertical shaft. This shaft cuts straight through the thermal boundary of the home, extending into what is typically an unconditioned attic. That means every square inch of that shaft is now part of the building envelope—and needs to be insulated and air-sealed accordingly.

Here’s the problem: many skylight shafts are framed and drywalled like interior walls, with little regard for thermal bridging or air leakage. If warm, humid interior air makes its way into the shaft, it will contact the cooler surfaces near the attic and condense. This often looks like a roof leak—but it’s not. It’s building physics in action.

Thermal Bridging and the Stack Effect

The shaft creates an opportunity for thermal bridging, where framing members conduct heat from the conditioned interior to the unconditioned attic. This not only lowers energy efficiency but also contributes to cold surface temperatures inside the shaft.

Add the stack effect into the mix—where warm air rises and is drawn up through any holes in the building envelope—and you’ve got a recipe for continuous moisture cycling inside the skylight cavity.

Three Ways to Insulate (Correctly)

1. Spray Foam (Best All-Around Performer)
Closed-cell spray polyurethane foam (ccSPF) is ideal because it insulates, air-seals, and adds structural rigidity in a single step. It has a high R-value per inch and virtually eliminates convective looping inside the cavity. Open-cell foam can also work in milder climates but may require a vapor retarder on the interior side.

2. Rigid Foam with Taped Seams
A DIY-friendly method involves cutting rigid foam panels (polyiso or XPS) to fit snugly between framing members, then taping all seams and sealing edges with canned foam. This approach minimizes air infiltration and offers good thermal resistance if installed meticulously.

3. Fiberglass or Mineral Wool—Only If Fully Encapsulated
Batt insulation can work, but only if it’s fully enclosed on all six sides with an air barrier (like drywall or rigid foam). Leaving insulation exposed to the attic air is a guarantee of reduced performance—often by 50% or more—due to air movement and convective loss.

Don’t Forget: The Air Barrier Is Just as Important as the Insulation

Insulation without a continuous air barrier is like wearing a down jacket full of holes. A successful skylight shaft needs to be detailed like any other part of the building envelope:

• No gaps around framing

• No unsealed penetrations

• Vapor control on the warm-in-winter side (typically the ceiling side)

• Airtight transitions to the ceiling and roof planes

Bonus Consideration: Ventilated Attics vs. Conditioned Roofs

In vented attics, the temperature delta between the skylight shaft and the attic air can be extreme—especially in cold climates. That’s why insulation and air sealing are non-negotiable. But in homes with conditioned roof assemblies (like those using spray foam on the underside of the roof deck), the shaft is surrounded by semi-conditioned space, reducing risk. Still, it should be detailed correctly, especially for dew point control.

In Summary

Insulating a skylight shaft isn’t optional—it’s critical. Treated properly, a skylight can be a durable, high-performance architectural feature. Treated casually, it becomes a thermal liability and moisture trap.

If you're seeing water stains, peeling paint, or just want to improve comfort and efficiency, it’s worth revisiting how your skylight shaft was built. And if you're installing a new one, make sure it’s detailed like the exterior wall that it is.

At Peak Property Services, we bring building science and craftsmanship together to deliver results that perform—not just look good. If you have questions about your skylight, we’re happy to take a look.

Colorado’s New Energy Code: Why Smart, Sustainable Homes Are the Future

Beginning in 2025, Colorado is rolling out the Low Energy and Carbon Code (LECC)—a forward-thinking set of requirements designed to reduce emissions and improve energy efficiency in new construction. While some builders see added regulation, thoughtful homeowners and builders recognize this shift for what it is: a move toward homes that are healthier, more comfortable, and more responsible.

What’s Changing?

• Smarter, Cleaner Systems: The LECC encourages the adoption of electric heat pumps and high-efficiency mechanical systems in place of traditional gas appliances. These systems are safer, quieter, and better for indoor air quality.

• Performance-Based Energy Credits: Builders must meet a point-based efficiency threshold, which can be achieved through enhanced insulation, air-sealing, low-global-warming-potential refrigerants, mechanical ventilation, and verified energy modeling.

• Tiered Expectations Based on Home Size: Larger homes must meet higher efficiency standards. For discerning clients, these requirements reflect what you're already asking for—comfort, performance, and peace of mind.

Why It’s Good for You—and the Planet

If you value longevity, stewardship, and high-quality living, these changes don’t require a shift in mindset. They simply bring code closer to what leading builders and informed homeowners already do.

Lower Energy Bills Without Sacrifice
High-efficiency systems and better building envelopes translate into tangible savings—with no tradeoff in comfort or beauty.

Cleaner, Healthier Indoor Air
All-electric systems and improved ventilation reduce indoor pollutants and allergens. That means better living for your family, not just a better rating on paper.

Consistent Comfort Year-Round
When homes are built with attention to air sealing, insulation, and HVAC design, temperature swings and drafts become a thing of the past.

Future-Proofing Your Investment
High-performance homes are increasingly marketable, and future regulations are likely to reward those who build above today’s minimum standards.

For Builders Who Care, Nothing Really Changes

Those of us who prioritize quality have been building this way all along. If anything, the LECC brings the industry closer to best practices we’ve already adopted:

• Tight, well-insulated envelopes

• Proper ventilation planning

• Smart mechanical choices tailored to the home

• Respect for the environment and the people who live in the homes we build

This isn’t about checking boxes—it’s about doing the right thing from the start.

Final Thoughts

Colorado’s new energy code is more than a policy update. It’s a shift toward smarter building, designed for people who see their home as a reflection of their values—comfort, health, and environmental stewardship.

If that’s you, and you’re planning a build or remodel, let’s talk about how we can do it right—from the foundation up.

Designing a Bathroom That Works: Why Clearances Matter More Than You Think

When planning a bathroom remodel, clients often focus on finishes—tile patterns, fixture styles, lighting—but one of the most critical aspects of good bathroom design is something less visible: the clearances.

Clearances govern how comfortably you can move, stand, sit, and store items in your bathroom. They directly impact how enjoyable, safe, and functional your bathroom is—not just on day one, but for years to come.

Code Minimums: The Legal Floor

Let’s start with what’s required. The International Residential Code (IRC)—the standard adopted by most municipalities, including those in Colorado—provides the legal minimums:

• Toilet (water closet) side clearance:
  Minimum 15" from centerline to any side wall or obstruction.
  ([IRC 2021, R307.1])

• Toilet front clearance:
  Minimum 21" in front of the fixture.
  ([IRC 2021, R307.1])

• Shower size:
  Minimum 30" x 30" interior dimensions.
  Additionally, any shower compartment must be at least 900 square inches and allow a minimum 22" door opening.
  ([IRC 2021, R307.2])

• Lavatory front clearance:
  The IRC itself doesn’t give a specific lavatory clearance, but most codes mirror the 21" front clearance rule used for toilets as a baseline for safe egress and use.

NKBA Guidelines: The Comfortable Standard

The National Kitchen & Bath Association (NKBA) provides recommended clearances based on ergonomic research and best practices. These go beyond safety to focus on comfort, usability, and long-term enjoyment:

• Toilet (or bidet) side clearance:
  Minimum 18" from centerline to side walls or adjacent fixtures.

• Toilet front clearance:
  Minimum 30" clear space in front.

• Double lavatories:
  36" minimum center-to-center spacing (vs. code-legal 30") to prevent elbow collisions.

• Single lavatory front clearance:
  Minimum 30" clear space.

• Shower size:
  NKBA recommends at least 36" x 36" for comfort, especially for aging-in-place design.

• Pathways & access zones:
  Minimum 36" walkway in front of fixtures like vanities, tubs, and toilets—especially in master baths or shared spaces.

These are not required by law, but when clients experience the difference, they never want to go back.

Why This Matters

Working within tight spaces doesn’t mean you have to sacrifice comfort—but it does require thoughtful planning. This is where working with a contractor or designer who understands both code and NKBA principles becomes critical.

We’ve walked into plenty of newly renovated bathrooms that look great but feel tight and awkward—poor door swings, knees bumping walls, cramped vanities you have to twist to use. These issues don’t stem from bad taste—they come from layout choices made without thinking through the clearances.

And once tile is down and plumbing is roughed in? Fixing these problems means starting over.

Work With Someone Who Plans Beyond the Pretty

When I take on a bathroom remodel—whether it’s a refresh or a full reconfiguration—I don’t just think about today. I think about how you’ll use the space a year from now, five years from now, and how future buyers will experience it too. That means prioritizing clearances, flow, access, and livability—before we start sourcing finishes.

If you’re planning a bathroom remodel and want it done right, I’m always happy to have a conversation—whether you already have a designer or are looking for a design-build approach. Let's create a space that not only looks incredible, but feels right.

The Art of Cabinet Installation: Why Details Matter

Installing cabinets isn’t just about attaching boxes to a wall—it’s a craft that requires precision, planning, and an understanding of materials that can make or break the finished product. Whether you're remodeling a kitchen or upgrading a bathroom vanity, the difference between a DIY job and a professional-grade installation often comes down to the details. Let’s take a closer look at what makes for a quality cabinet installation.

It Starts with the Cabinet Carcass

Before trim or hardware ever enters the picture, the integrity of your cabinet installation depends on the quality of the cabinet carcass—the box itself. Cheap “furniture board” (a generic term often used for particleboard) might save a few dollars upfront, but it doesn't hold up over time. It’s prone to sagging under weight, vulnerable to moisture, and doesn’t hold screws well, which can lead to loose hinges and drawer slides over time.

Plywood carcasses, by contrast, are more dimensionally stable, better at holding fasteners, and significantly more durable—especially in kitchens or bathrooms where humidity and use are high. A cabinet’s structural integrity depends on the box staying square and solid, which is why professional installers almost always prefer plywood.

Avoiding Racked Cabinets

A racked cabinet is one that has gone out of square—think parallelogram instead of rectangle. This can happen when materials are flimsy or when cabinets are forced into place without proper shimming or fastening. Racked cabinets cause doors and drawers to misalign, which not only looks bad but affects functionality. Proper installation involves checking for plumb, level, and square at every step—and making adjustments as needed before anything is permanently fastened.

Trim, Moulding, and the Finishing Touches

Cabinet installation isn’t complete without attention to trim and moulding. These finishing pieces aren’t just decorative—they help conceal gaps, adjust for out-of-square walls, and elevate the overall appearance of the cabinetry.

• Crown moulding helps cabinets blend into ceilings and adds elegance.

• Light rail moulding hides undercabinet lighting and wiring.

• Toe kicks provide a clean transition to the floor while hiding cabinet bases.

• End panels (especially oversized ones) allow for scribing, which is the process of shaping the panel to fit an uneven wall perfectly.

Planning for the right moulding and trim up front helps ensure that everything fits seamlessly and avoids last-minute gaps or exposed plywood edges. Oversized end panels in particular are crucial when dealing with wavy or imperfect walls—common in older homes.

Details Like Fastcaps Make a Difference

Even the smallest detail matters in a high-quality install. When screws are visible inside face-frame or frameless cabinets, they can be concealed using Fastcaps—color-matched adhesive caps that give a clean, finished look. They’re inexpensive, but they signal a level of professionalism and care that homeowners notice.

Installation Efficiency Starts with Planning

Efficiency doesn’t mean rushing—it means working smart. A well-planned cabinet install includes:

• A full review of the layout

• Confirming all trim, panels, and fillers are on site

• Checking wall conditions and adjusting as needed

• Knowing which moulding pieces will go where—and why

Having the right parts on hand, from filler strips to scribe panels, means fewer delays and better results. It also reduces the need for field modifications, which can introduce imperfections or take valuable time away from the job.

Final Thoughts

Cabinet installation is a blend of structural know-how and finish carpentry skill. Good materials, careful planning, and thoughtful detailing are what separate the ordinary from the exceptional. If you're investing in new cabinets, make sure your installer understands not just how to hang a box—but how to finish the job with craftsmanship and care. Because in the end, it’s the little things that make the biggest difference.

The Hidden Risks of Mudjacking Near Foundation Walls: What You Need to Know

In the quest for a level and visually appealing concrete surface, mudjacking has become a popular technique. However, as with any construction method, it's crucial to be aware of potential risks, especially when employing mudjacking in close proximity to a foundation wall. While this method is effective for lifting and leveling, it comes with its share of drawbacks that can have significant consequences.

Grout Migration and Foundation Drains:

One of the primary concerns when using mudjacking near a foundation wall is the potential migration of grout, which can pose a serious threat to foundation drains. Foundation drains play a pivotal role in directing water away from the foundation, preventing issues like water accumulation and structural damage. If grout obstructs these drains, it could lead to water-related problems, compromising the stability of the foundation.

Another worry is the migration of the grout mixture beyond the targeted area. If not properly contained, the grout can spread, leading to uneven results and potential issues in surrounding areas. For instance, when dealing with a patio under a cover, there's a genuine concern about the mudjacking affecting the structure if the grout migrates near the supports.

Increased Pressure on Surrounding Structures:

The process of injecting material beneath a concrete slab during mudjacking can exert additional pressure on surrounding structures. This heightened pressure may result in unintended consequences such as cracking or damage to adjacent concrete elements. The risk intensifies when the grout finds a void between the soil and the foundation wall and pushes against it.

Cosmetic Concerns and Structural Damage:

While mudjacking effectively addresses uneven surfaces, it may not necessarily improve the cosmetic appearance of the concrete and, in some cases, can make it worse. Stains, discoloration, and surface irregularities may persist even after the process. Moreover, in situations where the flatwork is adjacent to a structure, mudjacking may create issues, causing the slab to catch on the structure and resulting in unintended damage.

In conclusion, while mudjacking is a valuable technique for leveling concrete surfaces, its use near foundation walls requires careful consideration. Awareness of potential risks such as grout migration, increased pressure on surrounding structures, and cosmetic concerns is essential for making informed decisions. Before opting for mudjacking, it's crucial to assess the specific context of the project and consult with professionals to minimize the potential negative impacts on both the foundation and the overall aesthetics of the concrete surface.

Prefabricated Vs. Site Built Cabinets

When it comes to home renovations or new construction, cabinets are an essential component that can make or break the look and functionality of your space. There are two options when it comes to cabinets: site-built or prefabricated. Both options have their advantages and disadvantages, and understanding these can help you make an informed decision.

Site-Built Cabinets

Site-built cabinets are custom-made by carpenters or contractors on the job site. These cabinets are built to exact specifications and dimensions, ensuring a perfect fit for your space. Site-built cabinets offer a high level of customization, allowing you to choose the type of wood, finish, hardware, and any additional features you desire. They also provide the flexibility of customization, making it easier to adapt to challenges that may arise during the design process.

However, site-built cabinets can be more expensive than prefabricated cabinets due to the time and labor required to build them on-site. They may also take longer to install, which can extend your project’s timeline.

Prefabricated Cabinets

Prefabricated cabinets, also known as stock cabinets, are mass-produced in factories and shipped to the job site. They come in standard sizes, styles, and finishes, making it easier to find the right fit for your space. Prefabricated cabinets are generally less expensive than site-built cabinets due to the economies of scale associated with mass production. They are also quicker to install, which can help speed up your renovation or construction project.

One of the main disadvantages of prefabricated cabinets is their limited customization options. While there are a variety of finishes and hardware options available, they may not match the exact look, style, or dimensions you have in mind. Because prefabricated cabinets may not fit perfectly into your space modifications to your kitchen or bathroom layout may be necessary to accommodate them.

Overall, the decision between site-built and prefabricated cabinets depends on your budget, timeline, and desired level of customization. Site-built cabinets offer a high level of customization but are more expensive and take longer to install. Prefabricated cabinets are less expensive and quicker to install but offer limited customization options. Ultimately, the choice is yours and depends on what best fits your needs and preferences.

Whether you choose site-built or prefabricated cabinets, it is important to work with a reputable contractor to ensure you get high-quality cabinets that meet your needs and preferences. A well-designed and functional cabinet system can enhance the overall look and value of your home. If you are considering a kitchen or bath remodel give us a call today to learn more about your options.

Wet Basement? Your Solution is to Remediate From Outside the Home.

Moisture in basements is a common issue that can cause significant damage to a home's foundation, walls, and structural integrity. If not addressed promptly, it can lead to costly repairs, including mold growth and foundation cracks. Homeowners often consider applying basement waterproofing paints to the inside of the walls to fix this issue. However, this solution can exacerbate the problem rather than resolve it.

Waterproofing coatings are designed to prevent water from penetrating the basement wall. However, when these paints are applied to the inside of the wall, they can trap moisture inside. Moisture in basement walls comes from excessive soil moisture. 

Concrete that is exposed to excessive moisture for prolonged periods, will experience degradation, including cracking, spalling, and other forms of damage. This can cause the foundation to become unstable, and it can even eventually lead to the collapse of the structure.

Additionally, excess moisture in the wall can cause foundation wall cracks to form during freeze-thaw cycles. When water freezes, it expands, putting pressure on the wall. If there is excess moisture in the wall, this pressure can cause cracks to form, leading to further damage and moisture penetration.

Instead of relying on basement waterproofing paints, traditional waterproofing methods are preferred because they are substantially more effective at preventing damage to the wall while also keeping the basement dryer when compared to coatings applied to the interior of the basement. 

Excavating the exterior of the home and applying waterproofing coatings or peel-and-stick membranes are some of the most popular methods. Additionally, re-grading the yard and adding drainage provisions can help de-water the area around the home. However, re-grading is often a much larger project than most homeowners realize. Oftentimes re-grading isn’t as simple as just adding soil. Furthermore, adding soil around a house, especially if the soil contacts brick or siding, can be a bad idea as you should maintain proper clearance between the soil and the siding or brick. 

False water tables are the primary cause of wet basements, deteriorating foundation walls, and cracked floors. Settling soil around foundations topped with permeable landscaping material such as rocks or mulch can contribute to a false water table. It is “false” because it is temporary. It typically lasts for less than a few weeks, and it is the result of a moisture event. A false water table occurs when the backfilled area around your foundation walls becomes saturated and allows the water level to rise causing water to penetrate the basement walls. 

To prevent saturated soils and false water tables, downspout extensions are an important building component. They should be extended at least six feet away from the home to prevent water from pooling around the foundation. Additionally, adding dry wells, French drains, curtain drains, and sub-surface downspout extension drains can assist in moving moisture far enough away from the structure to prevent foundation moisture issues. When adding drainage always include provisions to daylight drain terminations. Daylighting the drain terminations makes sure the drain can function properly when it is operating at or near capacity and assists in ease of maintenance.  

In conclusion, basement moisture is a serious problem that requires careful consideration and planning to resolve. While basement waterproofing paints may seem like a simple solution, they can actually make the problem worse by trapping moisture in the wall. Traditional waterproofing methods such as excavating the exterior of the home, regrading the yard, and adding drainage are often more effective. Homeowners should know about false water tables and the importance of downspout extensions and additional drainage solutions to prevent basement moisture issues. If you are having moisture issues give us a call today to discuss what options are best suited to your property.

Why Linoleum Might Be Perfect For Your Next Floor

Linoleum is a flooring material that has been around for over 150 years. It was invented in the mid-1800s and quickly became popular as a durable and sustainable alternative to traditional flooring materials. Despite the rise of other types of flooring, linoleum remains a popular option for homeowners who value durability, sustainability, and style.

It is important to note that sheet vinyl is often referred to as "linoleum," but it is not the same material. Sheet vinyl is made from synthetic materials like PVC and plasticizers, which make it less environmentally friendly and less durable than true linoleum.

The history of linoleum dates back to 1855 when it was first patented by English inventor Frederick Walton. He was inspired by the natural resin that formed on the surface of linseed oil when left to dry. This resin, known as linoleum, could be mixed with other materials to create a flexible, durable, and water-resistant flooring material. The word "linoleum" is derived from the Latin words "linum" (flax) and "oleum" (oil), which reflects its natural ingredients.

Linoleum was first used in industrial settings, but its popularity quickly spread to residential homes. It became a popular choice for kitchen and bathroom flooring due to its water-resistant properties. In the early 20th century, linoleum gained popularity as a decorative flooring material, and designers began using it to create intricate patterns and designs.

One of the benefits of linoleum flooring is its durability. It is a highly resilient material that can withstand heavy foot traffic and daily wear and tear. Unlike other flooring materials that show signs of wear and tear over time, linoleum maintains its appearance and integrity for decades.

Another benefit of linoleum is its sustainability. It is made from natural, renewable materials like linseed oil, cork dust, and wood flour. This makes it an environmentally friendly choice for homeowners who want to reduce their carbon footprint. Additionally, linoleum is biodegradable and can be recycled at the end of its life.

Linoleum flooring also offers a wide range of design options. Its natural ingredients give it a unique texture and subtle variations in color that add character and charm to any room. It can be customized to fit any style or design aesthetic, from modern and minimalist to vintage and eclectic.

When choosing linoleum flooring, it is important to properly care for it to ensure its longevity. Regular sweeping or vacuuming is important to remove dirt and debris that can scratch the surface. Spills should be cleaned up promptly to prevent staining, and harsh chemicals should be avoided when cleaning the surface.

Linoleum is a flooring material with a rich history and numerous benefits. Its durability, sustainability, and design options make it a popular choice for homeowners who value style and longevity in their flooring choices. However, it is important to distinguish true linoleum from sheet vinyl, which is often marketed under the same name. With proper care, linoleum flooring can last for decades and add value and beauty to any home.

Don't Forget to Focus on Your Dog's Needs While Remodeling

Remodeling your home can be an exciting time. While you're eager to make changes to your living space, it's important to consider how the process will affect the other members of your household, including your furry friends. Dogs can be especially sensitive to changes in their environment, so it's essential to take steps to care for them during a remodel. Here are some tips to ensure your dog's comfort and safety throughout the renovation process.

Establish a safe space: As much as possible, keep your dog's daily routine intact during the remodel. Designate a safe and quiet space for your dog to retreat to when things get loud and chaotic. Consider setting up a temporary crate or playpen in a quieter room away from the construction area. Make sure to keep plenty of food, water, and toys in the designated space to keep your dog occupied and comfortable.

Keep your dog away from the construction area: Dogs can easily become injured or distressed in a construction zone. Keep your dog away from the area as much as possible. This may involve keeping your dog in a different part of the house or even temporarily boarding your dog if the work is particularly disruptive.

Maintain your dog's exercise routine: Even with all the hustle and bustle of a remodel, it's important to maintain your dog's exercise routine. Regular walks and playtime are crucial for your dog's physical and mental health. Plus, exercise can help your dog burn off any stress or anxiety caused by the remodel. Try to stick to your dog's regular exercise routine as much as possible, even if it means finding alternative walking routes or parks to visit.

Keep your dog's feeding schedule consistent: Changes in routine can be stressful for dogs, so try to keep your dog's feeding schedule consistent throughout the remodel. This can help your dog maintain a sense of normalcy and routine. Additionally, be mindful of where you're feeding your dog during the remodel. Keep food and water bowls away from the construction area to avoid dust and debris getting in the food.

Consider using calming aids: If your dog is particularly anxious during the remodel, consider using calming aids like pheromone sprays or supplements. These can help ease your dog's stress and anxiety, making the remodeling process less traumatic for your furry friend.

Remodeling your home can be a hectic and stressful time for both you and your dog. By taking steps to care for your dog's comfort and safety, you can help minimize the impact of the remodel on your furry friend. Stick to your dog's regular routine as much as possible, establish a safe space for your dog to retreat to, and consider using calming aids to ease your dog's anxiety. With a little extra care and attention, you and your dog can get through the remodel together.

Important Considerations When Choosing Flooring

When it comes to choosing flooring for your home or business, there are many options available on the market. One decision that you will need to make is whether to go with flooring that has a wear layer or through-body color. While wear-layer flooring may seem like the obvious choice, there are actually several pitfalls that come with it. In this blog post, we will explore these pitfalls and the benefits of flooring with through-body color.

First, let's define what we mean by wear layer and through-body color. Wear-layer flooring is made up of layers, with a thin top layer that is designed to withstand wear and tear. LVT and LVP are examples of wear layer flooring. Through-body color flooring, on the other hand, is made up of a single layer, with the color running throughout the entire thickness of the material. Wood, Cork, VCT, and real linoleum, such as Forbo, are examples of through-body color flooring.

One of the biggest pitfalls of wear-layer flooring is that the top layer can wear away over time, leaving the underlying layer exposed. This can result in a patchy and unsightly appearance and may require the entire flooring to be replaced. With low-quality flooring, this can happen within only a few years.

Another pitfall of wear layer flooring is that it may not be able to withstand heavy foot traffic, pets and kids. If the wear layer is too thin or of poor quality, it may wear away quickly, leaving the underlying layer exposed.

Finally, wear-layer flooring can be harmful to the environment. The production process for wear layer flooring typically involves the use of chemicals and adhesives, which can release harmful pollutants into the environment. Additionally, wear layer flooring is typically not recyclable, meaning it will end up in landfills once it has reached the end of its life. Given that most wear layer flooring won’t last longer than a decade in use, but will take centuries to decompose, the product will spend more time in a landfill than as flooring.

In contrast, flooring with through-body color offers several benefits. First and foremost, through-body color flooring is much more durable than wear-layer flooring. Because the color runs throughout the entire thickness of the material, it is much less likely to wear away over time. This means that through-body color flooring can withstand heavy foot traffic and will not require frequent replacement.

In addition to being more durable, through-body color flooring is also more environmentally friendly. Because it does not require a wear layer, the production process is typically less harmful to the environment. Additionally, through-body color flooring is more likely to be recyclable, reducing the amount of waste that ends up in landfills.

Finally, through-body color flooring offers a more consistent appearance. Because the color runs throughout the entire thickness of the material, there is no risk of the top layer wearing away and leaving a patchy appearance. This can be particularly important in high-traffic settings where enduring appearance is key.

While wear-layer flooring may seem like a good choice, it has several pitfalls that make it less than ideal. Flooring with through-body color offers several benefits, including greater durability, environmental friendliness, and a more consistent appearance. If you are in the market for new flooring, it is definitely worth considering the benefits of through-body color flooring.

Is Your Trim Toxic?

Medium Density Fiberboard (MDF) is a widely used material in the construction and furniture industries. It is very common as a trim material for interiors. It is made by combining wood fibers, resin, and wax under high pressure and temperature to create a dense, smooth panel. However, while MDF is affordable and easy to work with, there are several reasons why it is unhealthy and bad for the environment.

Firstly, MDF contains formaldehyde, a toxic chemical that is classified as a known human carcinogen by the International Agency for Research on Cancer (IARC). Formaldehyde is used as a binder in the production of MDF and is released into the air as a gas, posing a serious health risk to those who are exposed to it. Prolonged exposure to formaldehyde can cause respiratory problems, skin irritation, and even cancer. The level of formaldehyde emissions from MDF varies, with some products exceeding safe levels set by regulatory agencies, such as the US Environmental Protection Agency (EPA).

Secondly, the production of MDF is not environmentally friendly. MDF is made from wood fibers and binders. The production process of MDF involves the use of large amounts of energy and the emission of greenhouse gases, contributing to climate change.

Thirdly, the disposal of MDF also poses environmental challenges. Since MDF contains formaldehyde, it cannot be safely burned as fuel, and disposing of it in landfills can result in the leaching of toxic chemicals into the soil and groundwater. Moreover, MDF is not biodegradable, which means it will remain in landfills indefinitely.

Lastly, the use of MDF in home interiors can lead to poor indoor air quality. Formaldehyde emissions from MDF panels amd trim can contaminate indoor air, leading to health problems for those who are exposed to it. The use of MDF is particularly concerning for vulnerable populations, such as children and the elderly, who spend a significant amount of time indoors.

To conclude, MDF is unhealthy and bad for the environment due to the presence of formaldehyde, its production process, disposal challenges, and its impact on indoor air quality. To reduce the negative impact of MDF, it is important to prioritize the use of alternative materials, such as solid wood, and bamboo. These options are more sustainable and healthier for both people and the environment.

The High Cost of Fast Fashion Remodels

In recent years, there has been a growing trend towards the production of cheap and disposable products that are designed to last only a short time. This trend is not only unsustainable, but it also has significant environmental costs. Low-quality craftsmanship is one of the key factors that contribute to this trend and its impact on the environment is often overlooked.

Low-quality craftsmanship is a practice that involves using substandard materials and shortcuts to create products that are not built to last. It is often seen in “fast fashion remodels” where the use of inferior materials and poor workmanship are favored to churn out trendy designs on the cheap.

The environmental costs of low-quality craftsmanship are significant. When spaces are designed to be disposable, they create a cycle of waste that is harmful to the environment. The production of these products requires the extraction of raw materials, the use of energy, and the creation of pollution. When these products are thrown away, they end up in landfills, where they can take decades or even centuries to decompose. This process can release harmful pollutants into the environment, including microplastics, forever chemicals, methane, and greenhouse gases that contribute to climate change.

One of the ways to combat the unsustainable nature of low-quality construction is to favor designs that are focused more on timeless design and less focused on trends. Additionally, hiring design professionals to ensure well-planned details ensures that spaces won’t suffer from functional obsolescence. Budgeting for high-quality materials and craftsmanship ensures spaces that are built to last.

A good example of a material that is often recommended for its durability and sustainability is copper. Copper is a natural resource that is readily available and can be recycled indefinitely. It is also known for its reliability, safety, and other benefits. Copper plumbing pipes, for example, are known to last for decades, if not centuries, and are less prone to leaks and other issues. Copper is also resistant to corrosion and is not affected by UV light, making it an ideal material for outdoor use. Copper is also recyclable, which means that it can be reused again and again, reducing the need to extract more raw materials from the earth.

In contrast, PEX, an inferior plastic pipe that has gained popularity in the last score, is known to leach neurotoxins and carcinogens, is highly susceptible to UV damage, and, because it is not easily recyclable, is destined for the landfill once it is no longer able to be in service.

Another good comparison is that of composite decking to wood. Composite decking, such as Trex, has become increasingly popular in recent years due to its perceived durability, low maintenance requirements, and long lifespan. However, it is important to note that composite decking is not an environmentally friendly choice.

The production of composite decking requires a significant amount of energy, resources, and chemicals that contribute to air and water pollution. Additionally, composite decking cannot be recycled and it does not biodegrade, which means it ends up in landfills where it will stay indefinitely. It is not uncommon for new homeowners inheriting a previous homeowner’s decking choice to replace composite decking because it is not a color of their liking. This type of consumer behavior is more prevalent with composite than wood because the color of composite decking cannot be easily changed. Wood, on the other hand, can be sanded and stained.

Wood decking is a more environmentally conscious choice. Wood is a renewable resource and if sourced from responsibly managed forests, it can be harvested in a sustainable manner. Furthermore, wood decking can be easily recycled or repurposed, reducing the amount of waste that ends up in landfills.

Wood decking is also a more aesthetically pleasing option. Its natural beauty and warmth add character and charm to any outdoor space. Moreover, wood decking is a safer choice, as it is less likely to become slippery when wet compared to composite decking, which can be dangerous and lead to accidents.

While composite decking may seem like an attractive option due to its low maintenance and durability, it is important to consider the environmental impact of its production and disposal. Wood decking, on the other hand, is a more sustainable and visually appealing option that is also safer and can be recycled or repurposed.

In summary, low-quality craftsmanship is a practice that is both unsustainable and environmentally costly. To combat this trend, it is important to promote high-quality craftsmanship and the use of long-lasting sustainable materials like copper. By doing so, we can reduce our impact on the environment and create products that are designed to last.