Oil & Gas Spray Foam & Protective Coatings - Houston Texas
Thermal insulation. Condensation control. Corrosion protection. Secondary containment.
Engineered for refineries, pipelines, tank farms, and upstream facilities.
★★★★★
4.7 Star Rated
Houston homeowners & businesses
Licensed & Insured
State of Texas certified crews
Texas & Statewide
Industrial projects across Texas
3 Systems
Foam · Polyurea · Epoxy
Mon – Sat
After-hours & weekend scheduling
Oil & Gas — Industrial Spray Foam & Protective Coatings — Texas
Thermal Insulation and Protective Coatings
Built for Texas Oil & Gas
Phantom Foam serves refineries, tank farms, pipelines, LACT areas, compressor packages, wellsite enclosures, and midstream facilities across Texas with industrial closed cell spray foam insulation, polyurea coatings, and epoxy lining systems engineered for Gulf Coast humidity, salt air, and the harshest industrial operating conditions in the state.
The Greater Houston area and the Texas Gulf Coast sit at the center of the United States petrochemical and refining industry. The Houston Ship Channel corridor — from Pasadena through Baytown, La Porte, and Texas City — is one of the highest concentrations of refineries, petrochemical plants, and midstream infrastructure anywhere in the world. These facilities operate in an environment that is uniquely punishing on insulation systems and protective coatings: year-round high humidity above 70 percent, salt air from the Gulf of Mexico, extreme summer heat, and the chemical exposure that comes with the industrial processes themselves.
Standard residential and light commercial insulation products have no place in these environments. Phantom Foam deploys industrial-grade closed cell spray polyurethane foam, aromatic and aliphatic polyurea coatings, epoxy lining systems, and spray foam roofing systems specifically selected and installed for oil and gas facility requirements — including corrosion under insulation mitigation, secondary containment waterproofing, process piping thermal insulation, and tank and vessel thermal and vapor control. We understand hot work permits, area classification requirements, documentation packages, and the operational realities of working in live facilities.
R-6.5
Per inch — industrial
closed cell foam
closed cell foam
3
Coating systems —
polyurea, epoxy, topcoat
polyurea, epoxy, topcoat
CUI
Corrosion under insulation
mitigation specialist
mitigation specialist
Statewide
Texas industrial
project coverage
project coverage
The Dominant Failure Mode
Why Conventional Insulation Systems
Fail in Oil & Gas Environments
Corrosion under insulation is the leading cause of insulation system failure in Gulf Coast industrial facilities. Understanding why it happens is the first step to specifying a system that prevents it.
Corrosion under insulation (CUI) is one of the most costly and dangerous maintenance challenges in the Texas oil and gas industry. The problem is not the insulation material failing in isolation — it is the insulation system creating the conditions for accelerated corrosion on the metal it was meant to protect. Conventional insulation systems used in industrial applications — mineral wool jacketed systems, foam glass, calcium silicate, pre-formed pipe insulation sections — all share a common characteristic: they create an annular gap between the insulation and the metal substrate. That gap collects moisture, cannot drain properly, cannot be inspected without removing insulation, and creates an electrochemical environment that accelerates corrosion at rates far exceeding what the uninsulated metal would experience in open air.
In Houston's Gulf Coast climate, moisture enters conventional jacketed insulation systems constantly — through jacket seams, at termination edges, through mechanical damage, at support ring penetrations, and wherever the jacketing is not perfectly maintained. Once moisture enters the annular gap, it cannot leave. It cycles between wet and dry as the process equipment heats and cools, concentrating chlorides and other corrosive ions from the environment against the metal surface with every wet-dry cycle. The result is rapid pitting and under-scale corrosion that is invisible until a leak, a failure, or a scheduled inspection forces a full insulation removal.
Closed cell spray foam applied directly to the metal substrate eliminates the annular gap entirely. The foam bonds to the metal surface — there is no gap, no moisture pathway, and no mechanism for the wet-dry cycling that drives CUI. Moisture cannot enter the interface between the foam and the metal because there is no interface gap — the foam and the metal are in continuous contact. The foam itself is a Class II vapor retarder that slows the transmission of water vapor from the environment to the metal surface. And the foam provides the thermal insulation performance that was the reason for insulating the asset in the first place, typically at R-6.5 per inch of installed thickness.
This is not a new approach — industrial closed cell spray foam for CUI mitigation has been documented in NACE (now AMPP) literature and specified on major Texas refinery projects for years. What Phantom Foam brings is the ability to execute this approach on a range of project scales — from single compressor enclosures and equipment shelters to piping systems, tank walls, and full facility insulation campaigns — with industrial-grade material, trained crews, and the documentation that professional stakeholders require.
Facility Types & Applications
Where Phantom Foam Works
in Texas Oil & Gas
Phantom Foam serves upstream, midstream, and downstream oil and gas facilities across Texas with spray foam insulation and protective coating systems matched to each application's specific requirements.
Refineries & Petrochemical Plants
CUI Mitigation · Process Piping · Equipment Insulation · Secondary Containment
Refinery and petrochemical facility applications include industrial closed cell spray foam on process piping, vessels, and equipment for thermal insulation and CUI mitigation, polyurea coatings for secondary containment berms and trench liners, and epoxy lining systems for sumps, containment pads, and chemical-resistant floor coatings. We work in compliance with hot work permit requirements, area classification protocols, and facility safety management systems. Documentation packages for maintenance records and insurance requirements provided on all commercial projects. Serving refinery corridor facilities from Texas City through Baytown and the Houston Ship Channel.
Tank Farms & Storage Terminals
Tank Wall Foam · Condensation Control · Thermal Stability · Roof Coating
Above-ground storage tanks in Greater Houston's coastal environment are subject to rapid exterior temperature cycling, salt air corrosion on tank shells and roofs, and interior condensation on tank walls when stored product temperature differs from ambient. Industrial closed cell spray foam applied to tank walls provides thermal insulation that reduces temperature cycling and condensation, slows heat gain to product, and reduces the vapor transmission that contributes to external tank shell corrosion in high-humidity environments. Polyurea and elastomeric topcoatings applied over foam provide UV protection and extend tank shell service life. Secondary containment berms and liner systems ensure containment area compliance with EPA and state environmental regulations.
Pipelines & Process Piping
Thermal Insulation · CUI Mitigation · Freeze Protection · Above-Grade Piping
Above-grade process piping, transfer lines, and distribution piping in Texas oil and gas facilities require thermal insulation for process temperature maintenance, freeze protection during cold weather events, and condensation control in high-humidity Gulf Coast environments. Industrial closed cell spray foam applied directly to pipe surfaces eliminates the annular gap of conventional jacketed insulation systems, bonds to pipe walls and fittings conformally, and provides R-6.5 per inch of thermal performance with Class II vapor retarder capability. Applications include gathering system above-grade lines, facility transfer piping, instrument tubing, valves, and flanges — all the components that are most susceptible to CUI under conventional insulation jacketing because they are the hardest to inspect and maintain.
LACT Units & Wellsite Equipment
Enclosure Insulation · Equipment Protection · Freeze Protection · Condensation Control
Lease automatic custody transfer (LACT) units, wellsite measurement equipment, and production facilities across Texas require insulation and enclosure protection against both extreme summer heat and the occasional hard freeze events that can freeze instrumentation, measurement equipment, and chemical injection systems. Industrial closed cell spray foam on wellsite enclosures and equipment shelters provides thermal insulation that protects sensitive equipment from temperature extremes, controls interior condensation that can damage electronic components and measurement instruments, and creates air-sealed enclosures that reduce heating and cooling loads on any active climate control systems. Statewide project coverage for upstream oil and gas operations from the Permian Basin through the Eagle Ford and Gulf Coast production areas.
Compressor Packages & Mechanical Buildings
Building Shell Insulation · Condensation Elimination · Ventilation-Compatible
Natural gas compressor packages and their enclosures are among the most thermally stressed structures in the oil and gas industry. Reciprocating and centrifugal compressors generate significant heat, and the metal buildings and enclosures housing them cycle between ambient exterior and elevated interior temperatures continuously. Closed cell spray foam on the metal building shell reduces the thermal load on ventilation and cooling systems, eliminates the interior condensation that damages electrical panels and instrument packages, and protects steel framing from the corrosive effects of moisture cycling in coastal environments. We work in compliance with area classification requirements and ventilation specifications — compressor enclosures require specific ventilation rates that must be maintained after insulation application, and Phantom Foam confirms these requirements before any compressor enclosure project begins.
Midstream Facilities & Metering Stations
Pipeline Measurement · Custody Transfer · Instrument Protection · Enclosures
Midstream natural gas gathering, processing, and transmission facilities across Texas include metering stations, pig launchers and receivers, valve and regulator stations, and transfer measurement equipment that requires insulation and protective coating applications. Closed cell spray foam and polyurea coatings are specified for metering station enclosures, above-grade piping insulation at custody transfer points, and instrument shelter insulation across gathering system infrastructure. Phantom Foam provides documentation packages for midstream operators that include product data sheets, SDS documents, application records, and thickness measurements suitable for operations and maintenance records, facility insurance files, and regulatory inspection requirements.
Secondary Containment — Polyurea & Epoxy Systems
Berm Liners · Trench Coatings · Sump Linings · EPA Compliance
Secondary containment at oil and gas facilities — storage tank berms, chemical storage containment pads, loading rack containment areas, produced water containment, and stormwater management systems — requires coating systems that provide seamless waterproofing, chemical resistance to the specific products being contained, and long-term adhesion to concrete and steel substrates in Texas's thermal cycling environment. Phantom Foam installs aromatic polyurea for containment applications requiring fast return-to-service, chemical-resistant epoxy floor and wall coatings for sump and pit applications, and hybrid polyurea-epoxy systems for applications requiring both chemical resistance and flexibility. All containment coating systems are installed per the applicable API, EPA, and Texas Commission on Environmental Quality (TCEQ) requirements for secondary containment integrity.
Industrial Metal Buildings & Operational Facilities
Operations Buildings · Control Rooms · Maintenance Shops · Warehouses
Industrial metal buildings at oil and gas facilities — control rooms, maintenance shops, parts warehouses, change houses, and equipment storage — require the same closed cell spray foam system as any other metal building in Greater Houston's coastal climate, with additional consideration for the industrial operating environment. Sensitive instrument and control equipment in control rooms requires a stable, humidity-controlled environment that uninsulated metal buildings cannot provide. Maintenance shops and parts storage benefit from condensation elimination that prevents rust on tools, spare parts, and stored equipment. Phantom Foam insulates industrial facility support buildings with full commercial documentation and works around facility operational schedules to minimize disruption to live operations.
Products & Systems
Three Systems. Every
Industrial Application Covered.
Phantom Foam deploys three product systems for oil and gas applications, each selected for specific performance requirements. The right system depends on the substrate, the exposure, the chemical environment, and the performance requirement — not a generic spec sheet.
Industrial Closed Cell Spray Foam — 2.0 lb Density
Thermal Insulation · CUI Mitigation · Vapor Retarder · Structural
Industrial-grade 2.0 lb density closed cell spray polyurethane foam is the primary thermal insulation and CUI mitigation product for Phantom Foam's oil and gas work. At 2.0 lbs per cubic foot cured density, the foam delivers R-6.5 per inch — the highest R-value per inch of any commercially available insulation product. It achieves Class II vapor retarder classification at 2 inches of applied thickness per ASHRAE 90.1, significantly slowing the transmission of water vapor from the environment to the metal substrate. The foam bonds directly to tank walls, vessel exteriors, process piping, structural steel, and concrete without mechanical attachment — eliminating the annular gap of conventional jacketed insulation systems and the CUI mechanism that gap creates. Application thickness is calibrated to project thermal performance requirements — from 1 inch of basic condensation and freeze protection at R-6.5 to 3 or 4 inches for maximum thermal insulation at R-19.5 to R-26 on high-temperature or cryogenic-adjacent applications. The foam is typically finished with a UV-protective coating topcoat to protect the foam from solar degradation on exposed outdoor applications.
Polyurea Protective Coatings — Aromatic & Aliphatic
Secondary Containment · Waterproofing · Chemical Resistance · Fast Cure
Polyurea is a two-component spray-applied elastomeric coating that cures in seconds to minutes — not hours or days like epoxy — allowing rapid return-to-service on operating facilities where downtime is expensive. Phantom Foam installs both aromatic polyurea (the workhorse product for secondary containment liners, berm coatings, and waterproofing applications where UV resistance is not required) and aliphatic polyurea (for topcoat applications on foam, tank shells, and surfaces where UV stability and color retention are required for long-term service). Polyurea systems provide seamless waterproofing with elongation properties up to 600 percent — meaning the coating can accommodate substrate movement, thermal cycling, and minor cracking without losing membrane integrity. Chemical resistance varies by formulation and must be matched to the specific chemicals being contained — Phantom Foam selects and specifies polyurea formulations based on the actual chemical exposure profile of each project. Typical applications include secondary containment berm and trench liners, tank bottom and shell exterior waterproofing, foam roof topcoats, steel and concrete waterproofing membranes, and produced water containment pond liners.
Epoxy Floor & Wall Coating Systems
Sumps · Chemical Pits · Control Room Floors · Secondary Containment Pads
Epoxy coating systems are specified for applications requiring maximum chemical resistance, hard surface performance, and adhesion to concrete or steel substrates that will be subject to direct chemical immersion or regular chemical splash exposure. In oil and gas facility applications, epoxy is the correct product for sump and pit lining where chemical immersion resistance is required, secondary containment floor coatings on concrete pads where chemical splash and spill containment is the primary requirement, control room and instrument room floors where a durable, cleanable, static-dissipative or conductive floor system is required, and chemical storage area floors and walls where concentrated chemical exposure is possible. Phantom Foam installs 100-percent solids epoxy systems — not water-based or solvent-based diluted products — at appropriate film thickness for the specific application, with primer, base coat, and topcoat systems selected to match the chemical exposure profile, substrate condition, and service environment of each project.
Industry Context
CUI on the Gulf Coast —
Why It Matters More Here
Corrosion under insulation is an industry-wide problem, but the Gulf Coast environment accelerates every factor that drives it. Here is what facility operators in the Houston Ship Channel corridor are dealing with.
The Texas Gulf Coast is one of the most challenging environments for industrial insulation system performance anywhere in North America. Three factors combine to make CUI an especially acute problem in this corridor. First, ambient humidity — Greater Houston's year-round average humidity above 70 percent means insulation systems are continuously absorbing moisture from the environment. There is no dry season that allows jacketed systems to dry out and reset. Second, chloride load — salt air from the Gulf of Mexico carries chloride ions that infiltrate conventional insulation jacket seams, concentrate in the annular gap against the metal, and drive chloride stress corrosion cracking in addition to standard oxidation corrosion. Third, thermal cycling — the combination of hot ambient temperatures, cool process temperatures in some lines, and the significant day-night temperature swings common in Texas coastal environments means insulated piping and equipment cycles through wet and dry conditions repeatedly, concentrating corrosive ions with each cycle.
NACE (now AMPP) estimates that CUI accounts for 40 to 60 percent of all piping maintenance costs in Gulf Coast processing facilities. Industry surveys consistently identify CUI as one of the top three maintenance cost drivers for aging process facilities. The failure mode is insidious — the corrosion is hidden under insulation that appears intact from the outside, and by the time a leak or a failure reveals the problem, the damage has been progressing for years. Emergency repairs on operating facilities are expensive, disruptive, and in the worst cases, a safety event.
The shift to spray-applied closed cell foam for CUI mitigation on new construction and major maintenance projects at Gulf Coast facilities is documented in AMPP literature and has been specified on projects at major refinery and petrochemical facilities in the Houston Ship Channel corridor. The approach is not universally applicable — there are temperature ranges, chemical exposures, and inspection access requirements that must be evaluated before specifying spray foam for any given industrial application. Phantom Foam evaluates each application before specifying a product, and will not apply foam in applications where it is not the correct technical solution. For the broad range of ambient-temperature and low-to-moderate temperature industrial applications on the Gulf Coast, properly applied industrial closed cell spray foam is the most effective CUI mitigation approach available.
Industrial Execution
What Phantom Foam Brings
to an Industrial Job Site
Oil and gas facilities have different requirements than residential and commercial projects. Here is how Phantom Foam approaches industrial work.
01
Site Assessment & Specification
We assess the application environment, substrate condition, operating temperature range, chemical exposure, and applicable area classification before recommending any product. Industrial applications require correct product selection based on actual operating conditions — not a generic spec. We document existing surface condition, confirm surface preparation requirements, and produce a written specification before any work begins. No general liability on industrial projects without an on-site assessment first.
02
Hot Work & Permit Compliance
Spray polyurethane foam and coating application requires ignition source control and hot work permit compliance in classified areas. Phantom Foam crews understand and work within facility hot work permit systems, area classification protocols, and safety management requirements. We coordinate with facility safety personnel before mobilization, maintain proper equipment grounding, and follow all facility-specific requirements for working in or adjacent to classified areas. Documentation of compliance is part of our standard industrial project workflow.
03
Surface Prep & Application
Industrial foam and coating performance depends entirely on surface preparation. Rust, mill scale, oil, grease, and surface moisture must be addressed before application. We perform or coordinate surface preparation to the degree required by the product system being applied — from simple solvent wipe for clean steel to blast cleaning for maximum adhesion on corroded or contaminated surfaces. Foam and coating are applied by trained crews using professional proportioning equipment calibrated to the correct chemical temperature and mix ratio for the specific product and ambient conditions.
04
Documentation & Close-Out
Every industrial project receives a close-out documentation package including product data sheets, SDS documents, application records with ambient conditions during application, film thickness or depth measurements, and project photographs. Documentation is formatted for facility maintenance records, insurance files, and regulatory inspection requirements. For TCEQ-regulated secondary containment applications, we provide documentation of coating thickness and coverage suitable for compliance reporting. The job is not complete until the documentation is delivered.
Texas Service Coverage
Oil & Gas Project Coverage
Across Texas
Phantom Foam serves oil and gas facilities statewide in Texas, with the highest concentration of industrial work in the Gulf Coast refinery and petrochemical corridor and the major upstream and midstream production areas.
Houston Ship Channel Corridor
Pasadena · Baytown · La Porte · Texas City · Deer Park
The highest concentration of refinery, petrochemical, and midstream infrastructure in the United States. Applications include process piping CUI mitigation, secondary containment coatings, tank farm insulation, and industrial facility building insulation throughout the Ship Channel corridor from the Port of Houston to Galveston Bay. This is Phantom Foam's home industrial market.
The highest concentration of refinery, petrochemical, and midstream infrastructure in the United States. Applications include process piping CUI mitigation, secondary containment coatings, tank farm insulation, and industrial facility building insulation throughout the Ship Channel corridor from the Port of Houston to Galveston Bay. This is Phantom Foam's home industrial market.
Beaumont / Port Arthur Triangle
Beaumont · Port Arthur · Orange · Nederland
The Beaumont-Port Arthur refinery and petrochemical complex is the second-largest refining cluster in the United States. Process piping insulation, CUI mitigation, secondary containment, and industrial building insulation applications throughout Southeast Texas. Same Gulf Coast humidity and salt air environment as the Houston Ship Channel corridor — same CUI risk profile, same product specification requirements.
The Beaumont-Port Arthur refinery and petrochemical complex is the second-largest refining cluster in the United States. Process piping insulation, CUI mitigation, secondary containment, and industrial building insulation applications throughout Southeast Texas. Same Gulf Coast humidity and salt air environment as the Houston Ship Channel corridor — same CUI risk profile, same product specification requirements.
Eagle Ford Shale — South Texas
Karnes City · Cuero · Cotulla · Laredo · Victoria
Eagle Ford upstream production facilities — wellsite enclosures, LACT units, gathering system compression, and production facility buildings — in the South Texas producing area. Applications include wellsite equipment shelter insulation for freeze protection, LACT unit enclosure foam, and gathering system facility building insulation. Mobilization from Greater Houston for Eagle Ford projects.
Eagle Ford upstream production facilities — wellsite enclosures, LACT units, gathering system compression, and production facility buildings — in the South Texas producing area. Applications include wellsite equipment shelter insulation for freeze protection, LACT unit enclosure foam, and gathering system facility building insulation. Mobilization from Greater Houston for Eagle Ford projects.
Permian Basin — West Texas
Midland · Odessa · Pecos · Andrews · Wink
The Permian Basin presents a different challenge than the Gulf Coast — extreme heat, extreme cold, and low humidity rather than high. Wellsite enclosure insulation for both freeze protection and heat management, LACT unit foam, and secondary containment coatings for produced water and chemical storage across the Permian producing area. Phantom Foam mobilizes statewide for large-scope Permian projects.
The Permian Basin presents a different challenge than the Gulf Coast — extreme heat, extreme cold, and low humidity rather than high. Wellsite enclosure insulation for both freeze protection and heat management, LACT unit foam, and secondary containment coatings for produced water and chemical storage across the Permian producing area. Phantom Foam mobilizes statewide for large-scope Permian projects.
Corpus Christi & South Texas Coast
Corpus Christi · Portland · Gregory · Ingleside
Corpus Christi has grown significantly as a Gulf Coast export and refining hub. Port of Corpus Christi facilities, the Ingleside energy complex, and South Texas coastal petrochemical and LNG infrastructure all present the same Gulf Coast CUI, secondary containment, and industrial building insulation requirements as the Houston Ship Channel corridor.
Corpus Christi has grown significantly as a Gulf Coast export and refining hub. Port of Corpus Christi facilities, the Ingleside energy complex, and South Texas coastal petrochemical and LNG infrastructure all present the same Gulf Coast CUI, secondary containment, and industrial building insulation requirements as the Houston Ship Channel corridor.
Greater Houston — Industrial West
Katy · Brookshire · Richmond · Waller · Hempstead
The west Houston industrial corridor along I-10 and US-290 includes midstream pipeline compressor stations, natural gas processing facilities, and industrial support facilities serving the broader Houston energy market. Compressor enclosure insulation, piping thermal insulation, and facility building foam are the most common applications in this corridor.
The west Houston industrial corridor along I-10 and US-290 includes midstream pipeline compressor stations, natural gas processing facilities, and industrial support facilities serving the broader Houston energy market. Compressor enclosure insulation, piping thermal insulation, and facility building foam are the most common applications in this corridor.
Frequently Asked Questions
Oil & Gas Spray Foam
& Coatings FAQ
What is corrosion under insulation and why does spray foam prevent it?
Corrosion under insulation (CUI) occurs when moisture enters the gap between a conventional insulation system and the metal substrate it covers. The moisture cannot drain or dry out, cycles between wet and dry as equipment heats and cools, concentrates corrosive ions from the environment, and accelerates corrosion at rates far exceeding what uninsulated metal would experience in open air. Closed cell spray foam prevents CUI by eliminating the annular gap entirely — the foam bonds directly to the metal surface, leaving no pathway for moisture to enter and no gap for it to accumulate. NACE/AMPP literature documents closed cell spray foam as an effective CUI mitigation approach for ambient-temperature and moderate-temperature industrial applications.
What temperature ranges is industrial spray foam rated for?
Standard 2.0 lb density closed cell spray polyurethane foam is rated for continuous service temperatures from approximately -60°F to +200°F (-51°C to +93°C), with some formulations rated to higher temperatures. For applications above 200°F surface temperature, spray foam is not the correct product — high-temperature mineral wool or calcium silicate systems are specified for those applications. For ambient-temperature, low-temperature, and moderate-temperature applications — which represent the majority of above-grade piping, vessel, tank, and building insulation in Gulf Coast oil and gas facilities — industrial closed cell spray foam performs well within its rated temperature range. Phantom Foam confirms service temperature requirements before specifying foam for any industrial piping or process equipment application.
Can spray foam be applied in classified areas?
Spray polyurethane foam application involves flammable chemical components and requires rigorous ignition source control. Application in or adjacent to classified areas requires hot work permit compliance, area gas testing, equipment bonding and grounding, and coordination with facility safety personnel. Phantom Foam understands and works within facility hot work permit systems. We do not unilaterally apply foam in classified areas — we coordinate with facility safety management, confirm the area is clear and safe for hot work, and maintain all required ignition source controls throughout the application. Documentation of hot work permit compliance is part of our standard industrial project close-out package.
What is the difference between aromatic and aliphatic polyurea?
Both are spray-applied elastomeric polyurea coatings, but they have different UV stability and different best-use applications. Aromatic polyurea is the standard product for secondary containment liners, berm coatings, trench liners, and below-grade waterproofing applications where UV exposure is not a concern. It is lower cost than aliphatic and has excellent chemical resistance and elongation properties. Aliphatic polyurea maintains color and gloss stability under UV exposure — it does not amber or chalk when exposed to direct sunlight. It is specified as a topcoat on spray foam roofing systems, as a finish coat on tank shells and exterior surfaces where appearance and long-term UV stability are required, and for above-grade applications where the coating will be visible and needs to maintain its appearance over time.
Do you provide documentation for industrial and commercial projects?
Yes — documentation is a standard deliverable on all industrial and commercial Phantom Foam projects. Close-out packages include product data sheets, SDS documents, application records with ambient conditions, thickness measurements, and project photographs. For TCEQ-regulated secondary containment applications, we provide documentation of coating thickness and coverage suitable for compliance reporting. For GCs, facility managers, and insurance-required documentation, our close-out packages are formatted for use in facility maintenance records and regulatory files. Documentation is delivered before the project is considered complete — it is not an optional add-on.
How does spray foam compare to conventional jacketed insulation for pipelines?
Conventional pre-formed pipe insulation with metal or plastic jacketing creates an annular gap between the insulation and the pipe surface — which is the primary CUI mechanism. Spray foam applied to pipe surfaces conforms to every fitting, valve, and support interface, eliminating the gap and the moisture pathway. Spray foam also eliminates the seam and joint maintenance requirements of jacketed systems — there are no jacket seams to seal, no end caps to maintain, and no termination edges that open over time. The tradeoff is that spray foam requires a UV topcoat on outdoor exposed applications and has a service temperature ceiling that conventional mineral wool does not. For the majority of above-grade ambient-temperature piping at Gulf Coast facilities, spray foam outperforms jacketed systems in CUI mitigation performance and long-term maintenance cost.
Do you work in the Permian Basin and other Texas upstream markets?
Yes. Phantom Foam mobilizes statewide for oil and gas projects — we are not limited to the Greater Houston area for industrial work. We regularly serve the Eagle Ford production area in South Texas and mobilize to the Permian Basin for larger-scope projects. Wellsite enclosure insulation, LACT unit foam, compressor station building insulation, and secondary containment coatings are all applicable in upstream Texas markets regardless of geography. Contact us with your project location and scope and we will confirm coverage and mobilization logistics.
Industrial Quote · No Obligation
Ready to Stop CUI and
Protect Your Assets?
Phantom Foam serves refineries, tank farms, pipelines, compressor stations, LACT units, and industrial facilities across Texas with industrial closed cell spray foam, polyurea coatings, and epoxy lining systems. Written specification, documentation package, and professional installation. Contact us to discuss your project.
(832) 956-1075