Gas heater temperature control is critical in preventing overheating and protecting sensitive equipment in gas heating systems. Without proper regulation, excessive heat can damage regulators, seals, and instrumentation, leading to long-term performance issues.

How Gas Heater Temperature Control Prevents Overheating

The difference between stable operation and overheating is regulation.

CATCO systems are designed to deliver consistent, controlled heat through integrated temperature management components that protect the entire system — not just the heater.

Key components include:

Temperature Control Valve

The Temperature Control Valve helps regulate system temperature by adjusting gas flow based on operating conditions.

This prevents temperature spikes and maintains stable heat delivery, protecting downstream components from unnecessary thermal stress.

Steady Heat Controller

The Steady Heat Controller balances heated and ambient gas to maintain consistent control temperature throughout the system.

Instead of allowing heat to accumulate and “run hot,” it helps ensure the temperature remains within safe, functional limits — especially for sensitive regulators, analyzers, and instrumentation.

Pressure & Flow Stability

Low pressure regulators and supporting components ensure inlet pressure remains within design specifications, contributing to stable and predictable heat performance.

When temperature and pressure are balanced, the system operates smoothly.

Why Controlled Heat Matters

Overheating can lead to:

• Seal degradation

• Instrument drift

• Component fatigue

• Reduced operational accuracy

• Long-term reliability issues

These issues often develop gradually — making regulation even more critical.

Stable systems are engineered through control.

Engineered for Continuous Performance

CATCO heating solutions are built to provide:

• Consistent temperature regulation

• Balanced gas flow

• Protection of sensitive equipment

• Long-term operational stability

Reliable heat is essential.

Controlled heat is what protects your system.

Explore CATCO Technical Resources

We’ve expanded our setup guides and product documentation to support proper installation, configuration, and troubleshooting.

👉 View Technical Resources
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The post Your Heater Shouldn’t Just Run. It Should Protect. appeared first on Catco.

As the New Year begins, cold weather continues to test gas systems across production, transmission, and distribution. Freeze-related failures don’t happen the same way for everyone—and that’s what makes winterization so challenging.

Some systems fail from exposure. Others fail internally from pressure drops. And many fail not because of the cold itself, but because action comes too late. Understanding these different failure paths is the first step toward a more reliable winter strategy.

Failure Type 1: Environmental Cold Exposure

For some operations, failure starts with the environment.

Extended cold, wind exposure, and rapid temperature swings pull heat away from equipment faster than the system can recover. Metal components contract, seals stiffen, and unprotected parts begin to lose efficiency long before visible ice appears.

These failures are often subtle at first. Equipment may still be operating, but not at optimal conditions. Over time, reduced performance turns into instability or shutdowns.

How this failure shows up:

• Reduced flow rates

• Sluggish valve or regulator response

• Intermittent operation during cold snaps

Failure Type 2: Pressure Drop & the Joule-Thomson Effect

Other failures originate inside the system itself.

When gas passes through a regulator, the pressure drop causes a rapid temperature decrease—a phenomenon known as the Joule-Thomson effect. In cold conditions, this drop can push internal components below freezing almost instantly.

Moisture in the gas stream freezes at the point of pressure reduction, leading to internal ice formation. Even when ambient temperatures don’t seem extreme, regulators can still freeze from the inside out.

How this failure shows up:

• Frozen regulators

• Restricted or blocked gas flow

• Sudden loss of pressure control

Failure Type 3: Reactive Winterization

The most expensive failures often aren’t caused by the cold alone—they’re caused by how teams respond to it.

Reactive winterization happens when freeze protection is added after problems begin. Temporary heaters, rushed fixes, and emergency labor become the solution instead of planned protection.

By the time action is taken, downtime has already occurred and risks have increased. These failures tend to repeat because the root cause was never addressed.

How this failure shows up:

• Emergency repairs during freeze events

• Unplanned downtime

• Repeated cold-weather issues season after season

One Season, Many Failures — One Common Lesson

Cold weather doesn’t fail every system the same way, but it exposes weaknesses in every system. Whether failure comes from environmental exposure, pressure-induced freezing, or reactive planning, the outcome is the same: lost reliability when it matters most.

The New Year is the right time to evaluate where your systems are vulnerable—before the next freeze tests them again.

Because winter doesn’t care how failure starts. It only reveals it.

The post Winterization Failures in Gas Systems: How Cold, Pressure Drops, and Reactive Planning Cause Downtime appeared first on Catco.

The shift ended like any other.
The wind cut across the yard, frost gathering on every surface.
“Nothing we haven’t seen before,” one tech said, locking up and heading out.

By sunrise, the yard was silent.
No hum, no movement — just the hollow stillness of a regulator sealed in ice.

Crews arrived to find the line frozen stiff, pressure gone, and time slipping away.
It didn’t take long to see what happened: trapped moisture, rapid cooling, and a cold front that didn’t wait for morning.

Someone finally said the words no one wants to hear:

“We’ll deal with it tomorrow.”

But tomorrow had already cost them.

⚙️ The Lesson Beneath the Ice

Freeze-ups don’t appear out of nowhere — they build up quietly.
A few degrees, a bit of moisture, one overlooked detail.
And suddenly, everything stops.

It could’ve been prevented with one thing: preparedness.
A quick temperature check. A protective heater.
Even a single heated enclosure could’ve kept that line alive.

It’s not just about what failed — it’s about what was ignored.
Because in this industry, doing nothing is the fastest way to freeze everything.

🟦 CATCO helps operators stay one step ahead — preventing freeze-ups before they ever begin.
No tricks. Just resilience.

🔗 Explore More

• CATCO Heated Enclosure Packages

• CATCO Catalytic Heaters

The post Field Frights: Episode 1 — The Regulator That Froze Overnight appeared first on Catco.

The oil and gas industry runs like a finely tuned machine. Every valve, regulator, and control point plays a role in keeping energy flowing—across states, across borders, and across industries.

At CATCO, we focus on the parts that keep that machine from freezing up—literally. Our mission is to make sure that when temperatures drop, production doesn’t.

We’re attending PBIOS 2025 in Odessa, Texas to highlight how CATCO’s solutions strengthen the performance and reliability of this global energy system, helping operators prevent downtime and maintain flow year-round.

The Hidden Gear in the System

CATCO isn’t just another heater manufacturer. We’re the small but critical gear that keeps the oil and gas machine turning smoothly.

Our heated enclosures, instrument gas heaters, and accessories protect the sensitive equipment that drives production and distribution—components like regulators, valves, and measurement assemblies.

When these elements freeze, operations slow. When they stay protected, the system thrives. That’s the difference CATCO makes.

Why PBIOS Matters

The Permian Basin International Oil Show connects the people who make the global energy industry run. For CATCO, it’s an opportunity to demonstrate how our heating systems fit into the bigger picture of reliability and resilience—two of the most important words in modern energy.

Our goal is to show that freeze prevention isn’t just maintenance—it’s protection for production. When energy flows uninterrupted, the entire network benefits—from operators in West Texas to distribution teams overseas.

A Global Role in Energy Resilience

Our work extends far beyond Texas. CATCO products are trusted across the U.S. and internationally—from North Dakota to Norway, from Alberta to the Gulf Coast.

Each design targets the Joule-Thomson effect, a major cause of freezing in natural gas applications. By addressing it directly, our systems ensure stability even when temperatures plunge to -40°F or soar in humid coastal heat.

No matter the environment, our focus remains the same: protect the system, preserve the flow, and strengthen the industry.

Building the Future of Reliability

Energy resilience is a shared goal across every corner of the industry. CATCO’s part in that mission is ensuring the smallest components—the regulators, valves, and measurement points—stay operational when conditions turn extreme.

As the energy landscape evolves, reliability and efficiency will continue to define success. CATCO is here to make sure both remain possible through proven, field-tested heating solutions and a commitment to keeping the energy machine running strong.

Key Takeaway:
CATCO is the part of the oil and gas machine that keeps everything moving—quietly, reliably, and efficiently. Our presence at PBIOS 2025 is about showing how freeze protection and energy resilience keep the entire system turning.

The post How CATCO Fits Into the Oil & Gas Machine — and Why We’re Heading to PBIOS 2025 appeared first on Catco.

That’s why Catco designs catalytic heaters and enclosures for the full range of vulnerable equipment. From regulators and control valves to electronics and meters, our solutions deliver focused, flameless heat that keeps systems online. We’ve seen firsthand how downtime impacts both production and T&D, and how the right protection restores flow quickly and reliably.

The Winter Challenge: Freeze-Ups in the Field

The Joule-Thomson effect—where gas rapidly cools as it expands—creates ice inside regulators, valves, and other pressure-sensitive components. Combine that with freezing moisture in fuel lines or exposed instruments, and entire systems can grind to a halt.

• Production Sites: Wells lose efficiency, cutting into daily output.

• T&D Systems: Distribution stations fail to maintain pressure, interrupting delivery to downstream customers.

In winter, this isn’t just inconvenient—it’s a major threat to reliability, safety, and revenue.

The Cost of Downtime

When critical equipment freezes, the ripple effect is immediate:

• Lost Production – Every frozen regulator or valve means revenue left in the ground.

• Emergency Repairs – Crews dispatched in storm conditions drive up costs.

• Customer Interruptions – Homes, power plants, and industrial clients depend on steady gas supply.

• Safety Hazards – Pressure swings and unplanned shutdowns put people and equipment at risk.

For operators across both production and distribution, the price of inaction during winter is simply too high.

How Catco Restores Flow

Catco heaters and enclosures are engineered to fight freeze-ups and keep equipment running:

• Catalytic Heaters – Flameless infrared heat for safe use in hazardous areas.

• Instrument Gas Heaters (IGHs) – Deliver steady BTU/hr output right where it’s needed.

• Custom Enclosures – Built to protect regulators, valves, pilots, or full skids in unique setups.

• Accessories – Thermostats, steady heat controllers, and weather covers for added performance.

From the Permian Basin to the Midwest, Catco solutions protect against the worst winter conditions so operators can keep gas moving without interruption.

Conclusion: Be Ready Before the Freeze

Winter freeze-ups don’t just stall equipment—they can cripple entire operations. With Catco’s proven heaters, enclosures, and accessories, you can protect your regulators, valves, pilots, and electronics from freezing and avoid costly downtime.

👉 Don’t wait for the next cold front. Explore Catco’s winter-ready solutions today and keep your systems flowing all season long.

The post Prevent Oil & Gas Equipment Freeze-Ups | Catco Winter Solutions appeared first on Catco.

What Is a BTU?

A BTU, or British Thermal Unit, is a unit of energy that measures the heat required to raise the temperature of one pound of water by one degree Fahrenheit. In heaters, BTU/hr refers to the rate at which heat is produced per hour.

For example:

• An 8×8 catalytic heater generates 2,667 BTU/hr.
• A 6×24 catalytic heater delivers 6,000 BTU/hr.
• Pipeline Pack models range from 3,000 to 24,000 BTU/hr, depending on the number and size of heaters installed.

Multiple units can also be installed in series for applications requiring higher BTU output.

How Catco Catalytic Heaters Work

Catco heaters use a flameless catalytic reaction. When fuel (natural gas or propane) and oxygen pass over a heated catalyst, they react to produce infrared heat—without a flame.

This process makes Catco heaters safe to use in hazardous environments while still delivering reliable, consistent heat.

Key Features:

• Flameless Operation – No open flame, reducing explosion risk.
• Durability – Stainless steel enclosures provide protection in tough conditions.
• Easy Installation – Secure directly onto pipes or inside enclosures with U-bolts and hand tools.
• Controlled Heat – Add a thermostat or steady heat controller to regulate output and prevent overheating.

Applications in the Field

Catco heaters are used across a wide range of energy and industrial applications, including:

• Pipeline Packs
• Instrument Gas Heaters
• Gas Conditioning Systems
• Space Heating for small enclosures and work areas

By understanding BTU/hr ratings and how catalytic heaters function, you can confidently choose the right Catco solution for your system’s needs.

👉 Whether you need targeted heat for a regulator or large-scale heating for a pipeline pack, Catco heaters are designed to deliver safe, efficient, and reliable performance.

The post Why BTU/hr Matters in Catalytic Heater Performance appeared first on Catco.

1. Fuel Filters – Keep Your Gas Clean

A fuel filter is one of the simplest yet most effective instrument gas heater accessories. By removing dirt and debris from your gas lines, fuel filters:

• Prevent unexpected clogs

• Deliver cleaner, more efficient fuel

• Reduce downtime caused by contaminated gas

Clean fuel means your instrument gas heater runs more smoothly and lasts longer, giving you consistent results when you need them most.

2. Thermostat or Steady Heat Controller – Maintain the Right Temperature

Both devices help keep your gas temperature within the optimal range:

• Steady Heat Controller – Perfect for hands-off operation, it automatically regulates temperature output.

• Thermostat – Allows manual temperature control with a probe to monitor system heat.

These instrument gas heater accessories prevent overheating or underheating, protecting your equipment and ensuring consistent performance in all conditions.

3. Regulator – Control Your Fuel Flow

A regulator ensures your heater receives the correct amount of fuel for steady, safe operation. It prevents over-fueling, which can cause damage, and under-fueling, which can reduce heat output. Quality regulators improve both safety and heater lifespan, making them one of the most important instrument gas heater accessories to install.

Why Instrument Gas Heater Accessories Matter

When selecting instrument gas heater accessories, choose components that are rated for your system and environment. Quality accessories ensure compatibility, reduce wear, and help avoid costly downtime.

For more tips and product insights, check out our Catco YouTube channel or visit our Heater Accessories page to explore all available options.

By adding the right accessories—fuel filters, thermostats or steady heat controllers, and regulators—you’ll ensure peak performance, maximum reliability, and a longer heater life in the field.

The post Top 3 Instrument Gas Heater Accessories for Better Performance appeared first on Catco.

Freezing in gas systems can happen any time—not just in winter. The common cause? The Joule-Thomson Effect.

When gas expands from high to low pressure, temperatures can drop dramatically, resulting in frozen valves, blocked pipelines, and costly shutdowns.

Catco heater enclosures and catalytic heaters are the proven solution to prevent these failures before they happen.

What Is the Joule-Thomson Effect?

The Joule-Thomson Effect occurs when gas passes through an orifice, regulator, or valve from high pressure to low pressure. This rapid expansion causes an immediate temperature drop.

Key facts:

• Gas temperature drops by about 7°F for every 100 psi of pressure loss.

• It happens regardless of outside weather conditions.

• It causes frost, ice, and even total blockage of vital gas flow components.

Learn more about the Joule-Thomson Effect.

How the Joule-Thomson Effect Impacts Equipment

Without protection, freezing can:

• Seize valves and regulators

• Freeze liquids out of gas, clogging lines

• Cause brittle pipes and welds

• Lead to over-pressurization or under-pressurization

• Create no-flow conditions and full system shutdowns

The result? Expensive downtime, safety risks, and repair costs.

How Catco Battles the Freeze

Catco tackles gas regulator freeze-offs with a field-proven two-part system:

1. Enclosures
   Our enclosures block wind, rain, and cold air, creating a microclimate that protects critical components from extreme temperature swings.

2. Catalytic Heaters
   Our flameless catalytic heaters provide consistent, safe heat to prevent frost and ice buildup on regulators and valves.

Combined, this system keeps gas flowing reliably—even under the harshest conditions.

👉 Explore our catalytic heaters.
👉 Learn more about custom heater enclosures.

The Catco Solution: Your Answer to Freezing

At Catco, we understand the freeze risks.
Our engineered solutions provide:

• Protection from wind and environmental exposure

• Even, steady heat output to prevent ice buildup

• Proven performance across North American oil and gas fields

👉 Contact us today to get your freeze prevention system started.

Why Choose Catco?

• Specifically designed for natural gas valves, regulators, and pipelines

• Trusted across the energy industry for reliability and performance

• Simple to install and maintain

• Proven to reduce freeze-related downtime and failures

Conclusion

The Joule-Thomson Effect poses a serious risk for gas system reliability.
With Catco enclosures and catalytic heaters, you can prevent gas freezing and keep your operation running smoothly—anywhere, anytime.

The post Joule-Thomson Effect: Gas Regulator Freeze Prevention | Catco appeared first on Catco.

Texas is known for its unpredictable weather patterns, with significant fluctuations in temperature throughout the year. These climate shifts can have substantial implications for both natural gas facilities and the population of Texas as a whole. Extreme hot and cold swings pose challenges for maintaining the reliability and stability of natural gas infrastructure and can potentially impact the availability of electricity for Texans.

Recognizing the need to address these issues and prevent future energy crises, the Railroad Commission of Texas (RRC) introduced new regulations aimed at the natural gas industry, specifically designed to safeguard the flow of gas to power generators, ensuring that Texans have access to electricity, especially during times of natural disasters or severe weather conditions. These regulations were officially put in place in December 2022. 

What is a “winterization regulation”? 

Winterization regulations focus on ensuring the reliability and resilience of power generation, transmission and distribution systems during winter months and include specific measures to protect equipment and infrastructure from freezing, prevent ice buildup and maintain the stability of energy supply. 

Typically, winterization regulations require companies and facilities to take various actions, such as insulating pipes and equipment, implementing heating systems or anti-freeze measures, developing contingency plans to address potential weather-related disruptions and conducting regular maintenance and inspections.

Why are there new regulations?

In February 2021, Winter Storm Uri brought extremely cold weather to Texas, with some areas experiencing highly unusual subzero temperatures. The extreme cold temperatures and freezing conditions caused a surge in demand for natural gas for heating purposes. At the same time, the freezing temperatures caused issues with wellheads, pipelines and processing facilities, hampering the extraction and distribution of natural gas. 

With limited supply, many gas-fired power plants faced difficulties operating at full capacity or had to shut down altogether. This reduction in power generation capacity contributed to the widespread power outages experienced across the state during the winter storm, leaving millions of people without electricity for days or even weeks. 

Not only did the loss of power create issues with transportation, housing, water and food, the storm tragically resulted in multiple fatalities and injuries. To better protect Texas from experiencing events like this, 16 Texas Administrative Code (TAC) §3.66, relating to Weather Emergency Preparedness Standards, requires critical gas facilities to weatherize their operations and participate in regular government-led inspections.

What do the new regulations entail?

16 TAC §3.66 requires gas supply chain facilities designated as critical under 16 TAC §3.65 and included on the electric supply chain map to file a Weather Emergency Readiness Attestation and undergo annual inspections. 

16 TAC §3.65 defines critical gas supply chain facilities as “gas wells producing gas in excess of 250 Mcf/day; gas processing plants; natural gas pipelines and pipeline facilities including associated compressor stations and control centers; local distribution company pipelines and pipeline facilities including associated compressor stations and control centers; underground natural gas storage facilities; natural gas liquids transportation and storage facilities; and saltwater disposal facilities including saltwater disposal pipelines.”

Each year, these critical facilities must also submit Weather Emergency Readiness Attestation to the RRC by December 1 every year. This document must be prepared by an authorized representative of the operator or someone working under the authorized representative’s supervision and show that the facility has undergone appropriate weather emergency preparedness measures, including:

1. 1. correcting critical component failures that occurred during previous weather emergencies; 
   2. installing equipment to mitigate weather-related operational risks; and 
   3. internal inspection, self-assessment and implementation of processes to identify, test and protect critical components.

Have weatherization efforts helped the state of Texas since being implemented?

Since these regulations are still fairly new, their overall effectiveness is still unknown. Ramanan Krishnamoorti, vice president of energy and innovation at the University of Houston, told ABC News, “The tests to the grid these past two winter seasons have not acted as ‘true stress tests.’ The current freeze is ‘much less intense’ in terms of temperature and temperament, compared to the back-to-back winter storms of 2021 that caused a statewide energy catastrophe.” 

According to this article in Texas Monthly, the state still has trouble delivering the natural gas needed during the coldest winter months. Some power plants had difficulty obtaining enough natural gas to burn and had to rely on backup fuel oil (which is slowly being phased out because of its high carbon levels). 

While some consider the natural gas issue still not properly addressed by these legislative measures, the hope is that these efforts are more of an ongoing assessment to determine what is and isn’t working when delivering electricity to Texas citizens, especially in times of extreme need.

How can Catco help natural gas facilities with their winterization efforts?

Catco’s catalytic heaters generate heat without a flame, making them ideal for use in many hazardous environments, including helping Texas’s critical natural gas facilities comply with the previously noted state winterization regulations, specifically in mitigating weather-related operational risks. 

Catco’s full line of heaters and automation systems apply catalytic heating technology to all phases of the natural gas extraction and delivery process to help companies prevent downtime. For example:

• • Catco’s heated enclosure packages mount directly to valves to eliminate ice buildup when ambient temperatures are low or when there is a pressure drop across a regulator.
  • Catco’s instrument gas heaters preheat gas before it reaches the pilot in pilot-operated regulators. They can also be used to heat a stream of gas for measurement or instrumentation.
  • Catoc’s space heaters are perfect for situations that require heat but are not suitable for traditional heating because of the presence of explosive gases or lack of electricity. Wall or floor-mounted catalytic heaters can maintain a comfortable environment for personnel or prevent equipment from reaching critical temperatures.

They not only provide an additional source of heat to supplement a facility’s existing heating system, but during times of extreme weather, they can reduce the typical strain put on those heating systems and decrease the risk of equipment failure. 

Where ABC News reports some facilities have “installed hundreds of millions of dollars worth of updates to better winterize their facilities,” catalytic heaters are a fast and cost-effective solution when comparing the massive capital expenditure and amount of time that total equipment and pipeline upgrades can require.

If you’re operating a critical natural gas facility and are not using catalytic heaters, call one of our Catco representatives today to find out how we can help you comply with recent Texas regulations and more efficiently operate your business.

The post Texas’ Winterization Legislation appeared first on Catco.

In the oil and gas industry, the costs associated with a frozen pipeline grow exponentially every minute the disruption continues. Finding an optimal solution for you and your business is imperative and can mean the difference between minimal downtime and catastrophic damages. 

What is a Freeze Prevention Plan?

Freeze prevention or freeze protection is a plan, system or infrastructure set-up to prevent the loss of operations at a facility due to a freezing event, often caused by fluctuations in temperature or pressure.

A strong freeze prevention plan has three components

• A method or system for insulating
• A method or system for heating
• An emergency SOP/checklist

While a business might have the right people on-site to inspect and audit their freeze prevention system, it may not have the right people with the right skills on-site to fix, assess a failure or develop a solution when things go wrong. In this case, you need a freeze prevention partner in the plan. 

A freeze prevention partner will help you implement a solution designed to create energy resilience and minimize disruption. They are both a resource, an industry expert and a proactive consultant in your back pocket, ensuring you have the right solution for your unique needs.

Top Things to Consider

Finding the right partner is a combination of expertise, equipment and service. Expertise and equipment will dictate how the partnership begins, and the service provided will impact if the partnership continues or how it ends.

If you’re on the journey to source the right product or solution, here’s a short list of things to consider:

1. Speed of Service

Out of the gate, it is critical to understand the vendor’s actual lead time and the values driving their customer service. We are all forced into unexpected situations where we need a solution fast, and every minute counts. Consider how the potential vendor responds to you and assess how long it will take to go from inquiry to solution on-site.

• What is the response time of the team to a product inquiry?
• What type of response should you expect from the customer service team? Are they quickly equipped to help design a solution, or are you being diverted to an online catalog? 
• What is the availability of the customer service team to support a crisis? 
• Do they understand the true cost of downtime to your business?

2. Unique Solutions

Consider all the factors that make your operation unique and make sure your potential vendor has the expertise and desire to address them. Preventing freezing, maintaining energy resilience and/or protecting operational workflows are all unique challenges that differ by industry and company.

• What are the conditions of your ambient environment? If you have electrical or explosive gas concerns, speak with a partner that can walk you through a non-incendiary solution.
• Can you afford some heat loss, or do you require a directed heating solution? 
• Who on your staff is skilled and available for maintenance? If none, speak with a partner that can guide you with maintenance solutions.
• What are your budget constraints, ongoing and in an emergency?

The complexity of these factors may not fit perfectly with products that are in stock and ready to ship. In that situation, you want to look for a vendor specializing in custom solutions.

3. Partnership, not Fulfillment

There is a vast difference between a supplier that fulfills orders and a partner that creates solutions. Choose a partner that will first ask if it’s the right solution before selling you a product. Most importantly, choose a partner that you can speak to quickly. When the stakes are high, the most important thing isn’t knowing there’s a website where you can search a company’s inventory. The most important thing is knowing that when I call, someone will answer and help me solve my problem.

As you sit through sales decks and elevator pitches, ask yourself, “who is going to be the best partner for my team on our worst day?”

The world will continue to engineer innovative new products to solve the freezing issues of today. As the options continue to grow in complexity and sophistication, having the right partner to guide you in future planning and crisis management is a critical and strategic decision.

About Catco

Catco helps companies in the oil and gas industry build energy resilience by ensuring their natural gas production, processing, transportation and distribution continue in any condition. Learn how our products can support your business by scheduling your discovery call today.

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