OEM Certified. Engineered for Impact.
GTUIT is a U.S.-based Original Equipment Manufacturer (OEM) and ISO 9001 certified leader in modular gas processing systems. Our technology captures and monetizes stranded gas, helping reduce emissions and enhance operational efficiency across the oil and gas industry.
Built on cutting-edge engineering and environmental stewardship, every GTUIT system is designed to meet the highest standards of sustainability and performance. From treating associated gas at the wellhead to supporting company targets, our solutions are field-proven and results-driven.
We collaborate closely with clients to deliver tailored systems that adapt to evolving industry demands—minimizing environmental impact, reducing costs, and maximizing the value of their resources.
Modularity & Mobility
GTUIT's technology is built on modular and mobile platforms, allowing for easy deployment and scalability. Our systems are designed to be transported and installed quickly, making them ideal for remote and challenging environments. This flexibility ensures that our clients can adapt to changing operational needs without significant downtime. Modular design allows for customization and expansion, enabling clients to add or remove capacity as needed. This adaptability is crucial in the dynamic oil and gas industry, where operational conditions can change rapidly. By offering modular and mobile solutions, GTUIT helps clients optimize their operations and reduce costs.
Robust & Reliable
GTUIT's solutions are designed to be robust and operate in all environmental conditions, including extreme temperatures, high precipitation, desert environments, and areas with significant ingress challenges; with thorough field testing and years of operation in temperatures ranging from -40F to +110F. GTUIT now has well over one million hours of operations processing wellhead gas, experiencing a wide variety of conditions from West Texas to North Dakota and globally from the sub-tropical humidity of South America to the blistering dry deserts of the Middle East. Our systems are built to withstand the harshest conditions and ensure reliable performance regardless of the environment.
Flow Control
GTUIT's proprietary gas flow control system is designed to manage the ebbs and flows of associated gas effectively. This system utilizes a combination of vessels and control valves to regulate the inlet flow, ensuring smooth and consistent gas processing. Pressure vessels act as buffers to absorb fluctuations in gas flow, capturing and storing excess gas during peak flow periods and releasing it gradually during low flow periods. Control valves, equipped with advanced sensors and automated controls that adjust the flow rate based on real-time data, precisely regulate the flow of gas. By continuously monitoring the gas flow and making autonomous adjustments, these systems ensure efficient operation and maintain optimal performance.
Compression
Compression is the process of increasing the pressure of a gas stream, forcing its molecules closer together and elevating its hydrocarbon dew point. This pressure boost is critical in gas conditioning, as by raising the gas dew point, heavier hydrocarbons become primed to condense once the gas is cooled. GTUIT’s system precisely controls pressure to ensure the dew point shift is optimized for maximum NGL recovery, while efficient heat rejection minimizes power draw. Selection of compression technology is critical for system operations and uptime. GTUIT's integrated compression is designed to handle a wide range of gas compositions and load profiles, guaranteeing continuous operation and optimal pressure control.
Refrigeration
Refrigeration plays a crucial role in gas processing. As the temperature falls, heavier hydrocarbons, propane, butanes, and beyond, reach their dew point and condense into liquid form. These droplets collect in separators , efficiently separating NGLs from the vapor phase and delivering conditioned gas downstream. GTUIT’s patented chiller technology ensures chilling capacity is available when it’s needed. This means when raw gas composition begins to fluctuate, and ambient conditions change, treatment temperature can be maintained and treated gas quality will always be reliable.
Hydrate Control
Gas hydrates are crystalline structures that form when water and gas combine under high pressure and low temperature conditions, potentially causing blockages and operational disruptions. GTUIT utilizes inhibitors or separation systems and precise temperature regulation to ensure smooth and uninterrupted gas flow, ensuring that hydrates do not form, even in challenging conditions. GTUIT's hydrate control systems prevent blockages and equipment malfunctions, not only in our system, but also in downstream equipment and infrastructure, leading to improved operational efficiency and reduced maintenance costs.
Automated Control
GTUIT's automated control systems, including Programmable Automation Controllers (PAC), ensure precise and efficient operation of our gas processing units. These advanced systems integrate real-time data to optimize performance, reduce downtime, and enhance safety. The PAC systems are designed to handle complex control tasks, providing reliable and accurate operation in diverse conditions. GTUIT's automated control technology incorporates advanced sensors and monitoring systems that provide continuous feedback on equipment status and performance. This allows for proactive maintenance and rapid response to any issues that may arise. Our PAC systems are designed to be user-friendly, with intuitive interfaces that make it easy for operators to manage and control the GTUIT systems.
Remote Monitoring
Our remote monitoring capabilities allow for continuous oversight of gas processing operations from anywhere in the world. Using advanced sensors and AI-driven systems, GTUIT provides real-time data on equipment status and performance. This ensures proactive maintenance, reduces operational costs, and enhances overall efficiency. The remote monitoring systems are designed to be robust and reliable, providing accurate and timely information on the condition of GTUIT equipment. GTUIT's technology incorporates advanced analytics and machine learning algorithms that enable predictive maintenance and early detection of potential issues. This helps clients avoid costly downtime and ensures that their operations run smoothly. Our remote monitoring solutions are designed to be user-friendly, with intuitive interfaces that make it easy for operators to access and interpret data. By offering remote monitoring capabilities, GTUIT helps clients optimize their operations and achieve greater efficiency and reliability.
Mobility, Modularity, Reliability, Safety, Sustainability & Profitability
Mobility
Mobile units can be quickly relocated as needed. Systems are designed for fast setup and takedown and can remain operational for extended periods.
Modularity
Scalable systems with flexible capacity. Modules can be configured to meet a wide range of gas volumes and are available in trailer-mounted or custom-built formats.
Reliability
Built to perform in extreme environments. Featuring advanced automation and remote monitoring with a track record of high operational uptime.
Safety
Designed, manufactured, and tested using ISO 9001 QMS standards. Class 1 Division 2 electrical standards, fail-closed isolation and auto shutdown. Proven, long-term record of safety.
Sustainability
Minimize flaring, incineration, and other wasteful practices. Replace heavy fuels such as diesel and HFO with clean burning natural gas. Achieve and surpass corporate and legislative targets. Significantly reduce site CO2 and VOC emissions.
Profitability
Monetize product which is otherwise wasted. Replace diesel and other fuel costs for huge savings. Direct returns on turn-key operations and rapid ROI on equipment.
Whether you need help with emissions reduction, flare gas recovery, or mobile fuel supply — GTUIT has the experience and technology to support your goals.