Gas Conversion & Processing

Extracting the Most Value from Natural Resources

Global demand for power, hydrogen, liquid fuel and chemical production is growing as access to low-cost resources provides new market opportunities. Renewable raw materials can be converted into valuable energy products in minutes instead of millennia.

GTI Energy is working on a portfolio of technologies and processes for transforming natural gas, coal, coke, and biomass into clean power, fuels, and chemicals.

GTI Energy provides technical and economic process expertise and solutions for comprehensive fuels processing. We are developing new technologies to lower the cost of upgrading subquality gas to pipeline and LNG specifications and to provide better approaches to meeting environmental regulations of gas processing facilities.

Our technology platforms for midstream cleanup remove contaminants before the gas is brought to market with advantages in capital cost, operations and maintenance cost, and footprint. GTI Energy researchers have extensive background in gas processing and clean-up technologies to produce gaseous and liquid biofuels suitable for a wide range of applications: pipeline quality gas, liquid transportation fuels, renewable chemicals, and hydrogen.

GTI Energy Tech Talk

Webinar: The Role of Carbon Capture and Utilization in Decarbonization

Carbon capture and utilization is a promising option to lower environmental footprint and play a prominent role in decarbonization strategies, and the CO2 that is captured can be put to good use. Come learn about next-generation energy-efficient processes that offer significant economic advantages in this 30-minute webinar.

Key Initiatives

Delivering high-impact, value-added research and technical services

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Addressing Gas Quality Concerns with New Testing Approaches and Monitoring Equipment

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Cool GTL: A Pathway to Sustainable Fuels

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Cool LPG – Providing a Drop-in Renewable Fuel for Heating, Cooking, and Transportation

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Direct Electron Beam Synthesis (DEBS) Process—Enables Utilization of CO2 to Generate Valuable Products

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Using Captured CO2 to Produce Renewable Fuels and Chemicals

Hydrogen Generation with Pre-combustion Carbon Capture test equipment in a lab

Cost-Competitive Hydrogen Generation with Pre-Combustion Carbon Capture

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Dry Reforming of Methane to Produce Syngas and Reduce CO2 Emissions

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Producing a Drop-In Gasoline Product or Flexible On-site Power with a Partial Oxidation Gas Turbine (POGT)

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Capturing Carbon with Carbo-Lock™ Hollow Fiber Contactor Technology

Success Stories

Commercialized Products

Technologies for gasification and gas processing allow alternative and renewable energy resources to supplement traditional natural gas resources. Representative technology developments that have had major market impact include the following:

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