INSTITUTE OF GAS TECHNOLOGY

INFLATION REDUCTION ACT (IRA) – WELL EMISSIONS AND LEAKAGE LIMITATION CHECK (WELL CHECK) THE GOAL OF WELL CHECK IS TO ACCELERATE THE MITIGATION OF METHANE EMISSIONS FROM SMALL OPERATORS (SO), DEFINED AS AN ENTITY GENERATING REVENUE OF LESS THAN $40 MILLION IN A FISCAL YEAR, WITHIN THE U.S. OIL AND G

CARBON DIOXIDE PILOT PLANT TEST FACILITY

INFLATION REDUCTION ACT (IRA) - SOUTHEASTERN METHANE EMISSIONS QUANTIFICATION (SE-MEQ) STUDY THE INSTITUTE OF GAS TECHNOLOGY WILL CONDUCT A BROAD EFFORT TO ESTABLISH A REGIONAL METHANE EMISSIONS ESTIMATE FOCUSED ON THE SOUTHEAST/GULF COAST REGION CALLED THE SOUTHEAST METHANE EMISSIONS QUANTIFICATION

WITH EXTENSIVE PARTNERS, GTI ENERGY (GTI) HAS DEVELOPED THE METHANE EMISSIONS TRAINING, REPORTING, AND INFORMATION FOR COMMUNITIES (METRIC) PROGRAM. METRIC IS DEDICATED TO ACCELERATING THE DEPLOYMENT OF OFF-THE-SHELF METHANE EMISSION MONITORING TECHNOLOGIES IN AND AROUND DISADVANTAGED COMMUNITIES (D

SUTTER COUNTY CO2 CAPTURE AND STORAGE PROJECT, NORTHERN CALIFORNIA THE PRIMARY OBJECTIVE OF THE PROJECT IS TO ASSESS THE FEASIBILITY OF THE SUBJECT STORAGE COMPLEX FEASIBILITY IN THE SACRAMENTO BASIN OF SUTTER COUNTY, CALIFORNIA.

NEW AWARD TO: GAS TECHNOLOGY INSTITUTE AWARD NUMBER: DE-FE0031946 PROJECT TITLED: ENGINEERING SCALE DESIGN AND TESTING OF TRANSFORMATIONAL MEMBRANE TECHNOLOGY FOR CO2 CAPTURE

ENGINEERING-SCALE TESTING OF CARBON CAPTURE TECHNOLOGY IN INDUSTRIAL IRON AND STEEL PRODUCTION THE PROJECT OBJECTIVE IS TO DESIGN, FABRICATE AND TEST AN ENGINEERING-SCALE TRANSFORMATIONAL ROTA-CAP CARBON DIOXIDE CAPTURE SYSTEM ON REAL FLUE GAS CONDITIONS

THE KEY GOAL OF THE PROPOSED PROJECT IS TO ADVANCE CLEAN HYDROGEN FUELING TECHNOLOGY AND ACCELERATE THE ADOPTION OF HYDROGEN AS A FUEL IN A VARIETY OF MOBILITY APPLICATIONS. THE PROPOSED TECHNOLOGY IS A SUB-COOLED LIQUID HYDROGEN (SLH2) REFUELING SYSTEM. A SUCCESSFUL DEMONSTRATION OF THE TECHNOLOGY

INFLATION REDUCTION ACT (IRA) – METHANE MITIGATION DEMONSTRATION USING LINEAR MOTOR COMPRESSOR. THE PRIMARY OBJECTIVE OF THIS PROJECT IS TO DEPLOY AND TEST A NOVEL, LOW COST, LINEAR MOTOR METHANE MITIGATION COMPRESSOR TO CAPTURE A WIDE VARIETY OF LEAKS ACROSS THE NATURAL GAS VALUE CHAIN, INCLUDING F

DEMONSTRATION OF BIOMASS AND WASTE CONTROLLED FEED SYSTEM FOR ENTRAINED FLOW GASIFICATION IN THE PRODUCTION OF NET-ZERO HYDROGEN THE PROJECT OBJECTIVE IS TO ESTABLISH A VIABLE PATHWAY TO PRODUCE NET-ZERO HYDROGEN AT A COST OF ONE DOLLAR PER KILOGRAM THROUGH BIOMASS AND WASTE GASIFICATION IN CONSISTE

OMNIVORE COMBUSTION SYSTEM

PROJECT DE-FE0032172 TITLED INVESTIGATION OF AMMONIA FOR COMBUSTION TURBINES. NEW AWARD TO INSTITUTE OF GAS TECHNOLOGY DBA. GAS TECHNOLOGY INSTITUTE.

DETAILED MEASUREMENT INFORMED METHANE EMISSION INVENTORY OF THE HAYNESVILLE SHALE BASIN. GTI ENERGY ALONG WITH CHESAPEAKE ENERGY AND PACIFIC NORTHWEST NATIONAL LABORATORY (PNNL) WILL IMPLEMENT AND EVALUATE A METHODOLOGY FOR RECONCILING BOTTOM-UP (CALCULATED) ESTIMATES OF METHANE EMISSIONS WITH TOP D