Dallas Asbestos Removal Services: Rules and Process

Asbestos removal in Dallas is not the same job as asbestos removal in Plano or Frisco, and the reason is in the housing data. Dallas is an old city wearing a new city’s skyline. Much of the building stock inside the city limits went up before anyone regulated asbestos at all, so the odds that a renovation, a tenant finish-out or a teardown runs into asbestos-containing material are far higher here than a few miles up the tollway.

Here is what makes Dallas different, where asbestos turns up depending on when a building went up, the permit requirement that catches owners off guard, and what a removal project looks like from first call to final clearance report.

Why Dallas Is a Different Problem Than Its Suburbs

The 2024 American Community Survey, table B25034, counts housing units by the decade they were built. Compare the three cities:

  • Dallas: about 276,526 of 599,962 units built 1979 or earlier — roughly 46 percent
  • Plano: about 22,818 of 120,096 units built 1979 or earlier — roughly 19 percent
  • Frisco: about 2,362 of 86,733 units built 1979 or earlier — roughly 3 percent

Those numbers are a planning input, not a scare tactic. If you own or manage property inside Dallas, the base rate of encountering asbestos on any given project is roughly two and a half times what it is in Plano and more than fifteen times what it is in Frisco. That changes how you budget, how you schedule, and how early a survey has to enter the process. Our Dallas service area page covers how we work across the city and the surrounding counties.

Why 1980 as the dividing line: federal restrictions arrived piecemeal. EPA banned spray-applied asbestos surfacing material for fireproofing and insulating in 1973, and the Consumer Product Safety Commission banned asbestos in wall patching compounds and artificial fireplace embers in 1977. Material already manufactured stayed on shelves and in buildings for years afterward. A 1981 building is not automatically clean, and a 1975 building is not automatically contaminated. The date only tells you how hard to look.

Where Asbestos Turns Up, by Building Era

Built 1939 or Earlier: About 29,417 Dallas Units

Dallas’s oldest layer, including designated historic districts such as Swiss Avenue and Munger Place. Here the asbestos usually sits in the mechanical systems rather than the finishes: pipe insulation and boiler lagging, sometimes under a plaster-like coating. Original plaster can carry it in patching and skim coats. Expect layers, too — a century-old house has often been re-floored three or four times, and the suspect material may be two courses down under newer vinyl.

Built 1940 to 1959: About 27,031 and 62,781 Dallas Units

The postwar boom is where asbestos use widens from mechanical systems into finishes. Common suspects are 9-inch by 9-inch vinyl-asbestos floor tile and the black cutback adhesive under it, asbestos cement siding and roofing shingles, and joint compound. Transite — asbestos cement board — shows up around heaters, in utility rooms and on exteriors.

Built 1960 to 1979: About 72,136 and 85,161 Dallas Units

The single largest block of at-risk Dallas housing, and where commercial and multifamily construction concentrates. Textured ceiling coating, usually called popcorn or acoustic ceiling, is the most familiar suspect. Alongside it: sprayed fireproofing in steel-framed commercial buildings, drywall joint compound throughout, resilient sheet flooring, roofing felts and mastics, HVAC duct wrap, and electrical panel components.

Buildings from the 1980s — another 89,590 Dallas units — are not exempt, because existing inventory kept being installed. If you cannot document what a material is, treat it as suspect until a laboratory says otherwise.

The Dallas Demolition Permit Item That Surprises People

If you are demolishing anything in the City of Dallas, the Planning and Development Department’s demolition permit application checklist includes an item the applicant must check off. It reads:

“An asbestos survey has been conducted in accordance with the Texas Asbestos Health Protection Rules and the National Emission Standards for Hazardous Air Pollutants for the area being renovated and/or demolished.”

Two things about that sentence matter. It sits inside a checklist the applicant certifies, backed by a sworn owner’s affidavit — you are attesting the survey happened, not promising to get to it. And it names two separate bodies of rule, both of which have teeth.

Under the Texas Asbestos Health Protection Rules at 25 TAC 296.191, “Before any renovation or dismantling outside of or within a public building, commercial building, or facility, including preparations for partial or complete demolition, the owner must have an asbestos survey performed.” In a public building that survey must be done by an appropriately licensed person. Under 25 TAC 296.53, a licensed asbestos inspector locates and assesses suspect material, collects bulk samples and develops the survey report — and must be employed by a licensed asbestos consultant agency or management planner agency to survey a public building.

Federal NESHAP rules at 40 CFR 61.145 require the owner or operator to “thoroughly inspect the affected facility or part of the facility where the demolition or renovation operation will occur for the presence of asbestos, including Category I and Category II nonfriable ACM.” Texas DSHS notification is due at least 10 working days before work starts, and a demolition notification is required even when no asbestos is present. Work-practice standards begin at 260 linear feet of regulated asbestos-containing material on pipes, 160 square feet on other components, or 35 cubic feet where length and area cannot be measured.

The takeaway: the survey is the first box before demolition, not the last. Booking a demolition survey in Dallas early keeps the 10-working-day clock from becoming the thing that delays your project.

What a Removal Project Actually Looks Like

1. Survey and Sampling

A licensed inspector walks the scope, identifies homogeneous areas of suspect material, and collects bulk samples for analysis by an accredited laboratory. For how sampling and lab analysis work, see what an asbestos testing service actually does.

2. Scope, Written Quote and Notification

Once results are back, the positive materials, their quantities and their condition define the abatement scope. You get the scope and the cost in writing before any work begins. Where the project crosses the notification thresholds, the DSHS notification goes in at least 10 working days ahead.

3. Containment and Setup

The work area is isolated with sealed polyethylene barriers and put under negative air pressure using HEPA-filtered units, so air flows into the containment rather than out of it. Decontamination units go in at the entry, HVAC serving the area is shut down and sealed, and technicians work in disposable suits with respiratory protection.

4. Removal

Material is wetted to suppress fibers, removed, and double-bagged in labeled disposal bags while still inside containment. Bags leave through the decontamination unit and go to a landfill permitted to accept asbestos waste, tracked on a waste shipment record you keep.

5. Clearance Air Testing

After removal and a visual inspection, containment stays up until air sampling confirms fiber counts meet clearance criteria. This is the step that tells you the space is genuinely safe to reoccupy rather than merely clean-looking. Our asbestos air quality testing covers clearance and occupied-space monitoring.

6. Documentation

You should finish with a package you can hand to a lender, insurer, buyer or inspector: survey and lab results, the notification, waste manifests and clearance results. Keep it — it is the proof the work was done correctly, and the answer to the question a future buyer’s diligence team will ask.

What Moves the Price

Cost is driven by quantity of material, whether it is friable or nonfriable, how accessible it is, how much containment the layout demands, disposal volume, and whether the building has to stay occupied around the work. Published market ranges across DFW vary widely for exactly those reasons, so treat any number you see online as a rough market indicator rather than a quote for your building. The only figure worth planning against is an itemized written quote for your actual scope.

Working With Superior Environmental Services in Dallas

We are licensed, insured and staffed by certified technicians, we work with accredited laboratories, and we are available 24/7/365 with on-site response within 24 hours. Our office is at 535 Talbert Dr Suite 111 in Plano, and we serve Dallas, Tarrant, Collin and Denton counties.

For occupied offices, retail, industrial and multifamily property, our commercial asbestos services are built around keeping a building running while the work happens. For residential and single-scope removal, start with asbestos abatement.

Call (469) 283-5227 to talk through your building and your timeline. You will have the scope and cost in writing before any work begins.

Can you permanently get rid of mold in a house?

Mold is one of the most dreaded things that homeowners face. Not only does it look unsightly, but it can also cause health problems for both you and your family. On top of this, it can completely damage the flooring, walls, and ceiling of your home. 

But can you permanently get rid of mold in a house? Let’s break it down.

Can you permanently get rid of mold in a house?

Unfortunately, the simple answer is no. While you can remove mold and take steps to prevent mold from coming back in the future, there is no concrete way to permanently remove it from your home forever. In other words, there is no miracle product. That being said, there are certain actions you can take and products you can leverage to inhibit its growth.

One effective way to permanently get rid of mold is to use a mold inhibitor. This is a product that is applied to surfaces prone to mold growth, such as walls, ceilings, and floors. 

The inhibitor works by creating a barrier that prevents mold spores from attaching to and multiplying on surfaces. If applied correctly, the inhibitor can provide long-term protection against mold growth. 

However, it is important to note that inhibitors only work on clean surfaces, so a thorough cleaning should be done before applying the product.

Another way to permanently eliminate mold is to improve ventilation in the affected area. 

Good ventilation can help reduce the humidity levels in your home, making it difficult for mold to grow. Opening windows, installing vents, and using dehumidifiers are some effective ways to improve ventilation. 

However, improving ventilation may not work in severe cases where there is extensive mold growth, and professional help may be needed.

It is important to note that even with the best efforts to permanently get rid of mold, it may return if the conditions that caused it are not addressed. For this reason, it is vital to take action as soon as you detect mold growth and fix any sources of moisture.

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How to prevent mold from growing in a home

1. Find potential sources of mold. 

Mold grows in areas where there is moisture and little ventilation. Therefore, the first step in getting rid of the mold is to find any potential sources of moisture. Often, mold is caused by a leak in the roof, plumbing, or a blocked drainage system. Once you have found the source, it is crucial to fix it immediately, or else the problem will persist.

2. Clean-up the mold.

Once the source of the mold is fixed, it’s important to clean-up the mold quickly. There are many products available in the market that can effectively kill mold, including white vinegar. However, it’s important to note that not all products may work for your specific type of mold, so it’s wise to consult a professional for their recommendations.

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3. Improve ventilation.

It’s important to remember that mold thrives in moist and stagnant air. Therefore, improving the ventilation in your home can play a significant role in preventing the mold from returning. This can include opening windows and doors, installing fans in moisture-rich areas such as bathrooms and kitchens, and keeping an air purifier running throughout the day.

4. Monitor humidity levels.

Monitoring the humidity levels in your home is also a critical step in preventing mold growth. You can purchase a humidity meter to measure the humidity levels in your home. The ideal humidity level should be between 30-60%. If the levels are too high, you can purchase a dehumidifier to reduce the moisture levels in your home.

5. Regular maintenance.

Lastly, regular maintenance is essential to prevent mold from returning. This includes cleaning and maintaining the gutters, fixing any leaks in the roofing or plumbing, and regularly checking for signs of moisture or water damage. Regular maintenance may seem tedious, but it is much easier than dealing with a full-blown mold infestation down the line.

Additional Mold Resources