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 GAS INDUSTRY WITH PRODUCTION VOLUMES BETWEEN 15 AND 40 BARRELS OF OIL EQUIVALENT PER DAY (BOED), GATHERING LINES, AND TRANSMISSION PIPELINES. THIS WILL BE ACHIEVED THROUGH THREE KEY OBJECTIVES: 1) INSTALLATION OF EMISSIONS REDUCTION TECHNOLOGIES FOR HIGH-PRIORITY EMISSIONS SOURCES FROM UPSTREAM AND MIDSTREAM SEGMENTS, 2) UPSTREAM AND MIDSTREAM OPERATIONAL IMPROVEMENTS THROUGH EDUCATION AND TRAINING PROGRAMS FOR SOS ON MITIGATION AND MEASUREMENT BEST PRACTICES, AND 3) IMPLEMENTATION OF INDUSTRY BEST PRACTICES PROGRAMS AT SITES TO IDENTIFY AND REPAIR LEAK SOURCES.

DE-FE0028979 PROJECT TITLE: SUPERCRITICAL CARBON DIOXIDE PILOT PLANT TEST FACILITY

HYDRAULIC FRACTURING TEST SITES

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 (SE-MEQ) STUDY. SE-MEQ ESTABLISHES AN UNPRECEDENTED UNDERSTANDING OF THE METHANE EMISSIONS FROM OIL AND GAS OPERATIONS IN THE SOUTHEAST AND INVOLVES A DIVERSE GROUP OF TECHNICAL EXPERTS, ACADEMICS, INDUSTRY PARTNERS AND TECHNOLOGY PROVIDERS. SE-MEQ WILL HAVE 3 MAIN OBJECTIVES: IMPROVE EMISSION FACTORS FOR SPECIFIC CATEGORIES OF ASSETS THROUGH DETAILED MODELING AND MEASUREMENT CAMPAIGNS, COMBINE TOP-DOWN WITH BOTTOM-UP ESTIMATES AND ESTABLISH A REGIONAL METHANE EMISSIONS ESTIMATE, AND DISSEMINATE THE METHANE EMISSION INFORMATION TO A BROAD GROUP OF STAKEHOLDERS.

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

ADVANCED OXY-COMBUSTION TECHNOLOGY DEVELOPMENT AND SCALE UP FOR NEW AND EXISTING COAL-FIRED POWER PLANTS

PILOT TEST OF A NANOPOROUS, SUPER-HYDROPHOBIC MEMBRANE CONTACTOR PROCESS FOR POST-COMBUSTION CO2 CAPTURE

MIDLAND UNDERGROUND LABORATORY FOR TESTING IMPROVED PRODUCTION IN UNCONVENTIONAL RESERVOIRS PLUS ORGANIC-ROCK STORAGE EFFICIENCY OF CARBON DIOXIDE (MULTIPURPOSE CO2) THE PROJECT WILL DEVELOP AN INTEGRATED FIELD LABORATORY STUDY IN MIDLAND BASIN THAT IS SUPPORTED BY LABORATORY EXPERIMENT AND COMPUTER SIMULATION TO ADDRESS THE KNOWLEDGE GAPS, EXPLORE THE FEASIBILITY OF THE TECHNIQUES, DEVELOP OPTIMAL STRATEGIES ON INJECTION, CONFORMANCE CONTROL, AND MONITORING, WITH THE TWO-FOLD OBJECTIVES OF REDUCED CARBON FOOTPRINT INCREMENTAL OIL RECOVERY AND TESTING FEASIBILITY OF CARBON DIOXIDE (CO2) STORAGE IN DEPLETED UNCONVENTIONAL RESERVOIRS.

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 (DACS) ACROSS THE NORTH-CENTRAL APPALACHIAN REGION TO CREATE A HOLISTIC UNDERSTANDING OF OIL AND GAS SUPPLY CHAIN METHANE EMISSIONS IN THESE UNDERSTUDIED AREAS.

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.

EVALUATION OF NATURAL GAS, IMPROVED ENERGY EFFICIENCY

AWARD DE-FE0031577 TITLED ''HYDRAULIC FRACTURE TEST SITE II (HFTS2) – DELAWARE BASIN''

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.

COMPACT HYDROGEN GENERATOR

ENERGY TITLED STORAGE TANK EMISSIONS ASSESSMENT AND QUANTIFICATION.

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 WILL SHOWCASE A PATHWAY TO OVERCOMING THE EXISTING BARRIERS TO WIDER ADOPTION OF HYDROGEN-FUELED MEDIUM- AND HEAVY-DUTY VEHICLES, AND ADVANCE BUILDING A CLEAN AND EQUITABLE ENERGY ECONOMY WHILE ADDRESSING THE CLIMATE CRISIS. THE OBJECTIVES OF THIS PROJECT ARE: • DESIGN (BUDGET PERIOD OR BP1), BUILD (BP2), COMMISSION (BP2), AND TEST (BP2) A MOBILE FUELER LEVERAGING THE SUBMERGED PUMP TECHNOLOGY AND TEAM EXPERTISE • DEMONSTRATE (BP3) THE FUELER PERFORMANCE AND FEASIBILITY IN AVAILABLE REAL-WORLD APPLICATIONS • DEVELOP (BP1) AND EXECUTE (BP1, BP2, BP3) COMMUNITY BENEFITS PLAN • DISSEMINATE THE PROJECT FINDINGS THROUGH INDUSTRY OUTREACH (BP2, BP3)

DRY SOLIDS PUMP COAL FEED TECHNOLOGY PROGRAM

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 FROM RECIPROCATING COMPRESSORS AND PNEUMATIC CONTROLLERS THAT ARE AMONG THE LARGEST METHANE EMITTERS. USING A LOW COST, RELIABLE METHANE MITIGATION COMPRESSOR, THESE LEAKS CAN BE CAPTURED FROM THE VENTILATION SYSTEMS AT LEGACY AND NEWLY INSTALLED TRANSMISSION, STORAGE, GATHERING, AND PROCESSING FACILITIES, AND COMPRESSED BACK INTO THE PIPELINE. BECAUSE OF THE UNIQUE FLEXIBILITY OF THIS TECHNOLOGY, THE COMPRESSOR CAN ALSO BE USED TO RECOVER EMISSIONS FROM PLANNED EVENTS SUCH AS BLOWDOWNS THAT ARE REQUIRED TO PERFORM REGULAR MAINTENANCE. THESE PLANNED EVENTS ARE FREQUENTLY THE SINGLE LARGEST SOURCE OF EMISSIONS AT A SITE AND CAN BE AVOIDED IF THE GAS TRAPPED IN THE EQUIPMENT IS COMPRESSED DOWNSTREAM RATHER THAN VENTED INTO THE ATMOSPHERE. THIS PROJECT WILL VALIDATE THE EFFECTIVENESS OF THE TECHNOLOGY IN A VARIETY OF RELEVANT ENVIRONMENTS, AS WELL AS IDENTIFY AND QUANTIFY THE WIDE-RANGING APPLICATIONS FOR ITS USE.

ADVANCED GASIFIER AND WATER GAS SHIFT TECHNOLOGIES FOR LOW COST COAL CONVERSION TO HIGH HYDROGEN SYNGAS

TAS::89 0213::TAS NEW BREAKOUT AWARD FROM FOA DE-FOA0000131 TO THE GAS INSTITUTE OF TECHNOLOGY FOR PROJECT TITLED, "HYBRID MEMBRANE ABSORPTION PROC

TAS::89 0331::TAS RECOVERY RECOVERY ACT: BIOMASS TO GASOLINE AND DIESEL USING INTEGRATED HYDROPYROLYSIS AND HYDROCONVERSION

DE-EE0007996 NEW AWARD WITH THE INSTITUTE OF GAS TECHNOLOGY DOING BUSINESS AS GAS TECHNOLOGY INSTITUTE, ENTITLED ''UNITED STATES FUELS ACROSS AMERICA'S HIGHWAYS - MICHIGAN TO MONTANA (M2M).''

TAS::89 0321::TAS LONG TERM PROCESSING IN THE PRODUCTION OF GASOLINE AND DIESEL FROM BIOMASS USING INTEGRATED HYDROPYROLYSIS PLUS HYDROCONVERSION

HIGH EFFICIENCY BUILDING ENERGY TECHNOLOGIES FOR ILLINOIS NATIONAL GUARD FACILITIES

NOVEL ELECTRIC REFORMER FOR DROP IN FUELS FROM BIOGAS OR WASTE CO2

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 CONSISTENCY WITH THE DEPARTMENT OF ENERGY'S HYDROGEN ENERGY EARTHSHOT INITIATIVE BY DEVELOPING AND CONDUCTING A PILOT DEMONSTRATION OF A NOVEL FEEDFORWARD GASIFIER FEED CONTROL SYSTEM TO MAXIMIZE THE EFFECTIVE SYNGAS YIELD AND ULTIMATELY THE CLEAN HYDROGEN YEILD FROM THE CONVERSION OF MIXED BIOMASS AND WASTE FEEDSTOCKS.

HYBRID SOLAR SYSTEM

R-GAS™ ADVANCED GASIFICATION PRE-PILOT DEMONSTRATION FOR BIOFUELS (BIOR-GAS)

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

DE-FE0031630 TITLED ''ROTA-CAP: AN INTENSIFIED CARBON CAPTURE SYSTEM USING ROTATING PACKED BEDS.''

REFINERY UPGRADING OF HYDROPYROLYSIS OIL FROM BIOMASS

REACTOR ENGINE

REGENERATIVE HIGH EFFICIENCY LOW-CARBON FUEL FLEXIBLE SYSTEM

PHASE 3 - EVALUATION OF NATURAL GAS, HIGH EFFICIENCY BUILDING ENERGY

NOVEL INDUCTIVELY HEATED REACTOR FOR HIGH TEMPERATURE ENDOTHERMIC REACTIONS AND OTHER INDUSTRIAL APPLICATIONS

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 DOWN/MEASURED ESTIMATES OF METHANE EMISSIONS IN THE HAYNESVILLE SHALE BASIN (HAYNESVILLE). THE EFFORT INCLUDES SCALING THE ESTIMATE UP TO CREATE AN INVENTORY OF TOTAL EMISSIONS IN THE HAYNESVILLE. THE PROJECT WILL ACT AS A NOVEL, LARGE-SCALE, AND INDEPENDENT FIELD VALIDATION OF THE EXTENSIVE, MULTI-MILLION-DOLLAR GTI VERITAS INITIATIVE (VERITAS) MEASUREMENT AND RECONCILIATION PROTOCOLS.

COOL GTL FOR THE PRODUCTION OF JET FUEL FROM BIOGAS

BENCH-SCALE DEVELOPMENT OF A TRANSFORMATIONAL GRAPHENE OXIDE-BASED MEMBRANE PROCESS FOR POST-COMBUSTION CO2 CAPTURE

OMNIVORE COMBUSTION SYSTEM

GAS TECHNOLOGY INSTITUTE PROJECT: FIELD DEMONSTRATION OF A NEAR-ZERO, TIER 5 COMPLIANT, NATURAL GAS HYBRID LINE-HAUL LOCOMOTIVE.

TAS::89 0331::TAS RECOVERY ITP

"PRE-COMBUSTION CARBON CAPTURE BY A NANOPOROUS, SUPERHYDROPHOBIC MEMBRANE CONTACTOR PROCESS."

FREE-PISTON EXPANDER FOR HYDROGEN COOLING

GAS TECHNOLOGY INSTITUTE: NEW REFUEL AWARD. CONTROL NUMBER:1562-1503 TITLE: ''A NOVEL CATALYTIC MEMBRANE REACTOR FOR DME SYNTHESIS FROM RENEWABLE RESOURCES'' THE GAS TECHNOLOGY INSTITUTE WILL DEVELOP A PROCESS FOR PRODUCING DIMETHYL ETHER (DME) FROM RENEWABLE ELECTRICITY, AIR, AND WATER. THIS PROCESS USES A NOVEL CATALYTIC MEMBRANE REACTOR CONTAINING A BIFUNCTIONAL CATALYST TO PRODUCE DME, A RENEWABLE TRANSPORTATION FUEL. DME IS EASILY TRANSPORTED AS A LIQUID AT MODERATE PRESSURES, IS A CLEAN-BURNING FUEL, AND CAN BE USED AS A DROP-IN FUEL IN VEHICLES OR DIRECTLY IN DME FUEL CELLS. ----------

GAS TECHNOLOGY INSTITUTE (GTI) DECONTAMINATION OF NON-RECYCLABLE MSW AND PREPROCESSING FOR CONVERSION TO DIESEL

TAS::89 0331::TAS RECOVERY ITP

ENGINEERING NEW CATALYSTS FOR IN-PROCESS ELIMINATION OF TARS

TAS::89 0213::TAS DE-FE0005349 NEW AWARD ENTITLED "R&D TO PREPARE AND CHARACTERIZE ROBUST COAL/BIOMASS MIXTURES FOR DIRECT CO-FEEDING INTO GASIFICAT

ENERGY EFFICIENT GO-PEEK HYBRID MEMBRANE PROCESS FOR POST-COMBUSTION CARBON DIOXIDE CAPTURE

FLUE GAS WATER VAPOR LATENT HEAT RECOVERY FOR PRESSURIZED OXY-COMBUSTION

DE-EE0008799: SMART COMPRESSED NATURAL GAS STATION DEPLOYMENT: NEW AWARD

THIS PROJECT WILL DELIVER A VALIDATED HIGH-FLOW CHILLER DESIGN READY FOR MANUFACTURE AND INSTALLATION IN A HEAVY-DUTY HYDROGEN FUELING STATION. THIS DESIGN WILL TARGET THE MOST COST-EFFECTIVE PRE-COOLING METHOD POSSIBLE WITH CONVENTIONAL EQUIPMENT. BUDGET PERIOD 1 TARGETS COMPLETING A PRELIMINARY CHILLER DESIGN CAPABLE OF ACHIEVING THE NECESSARY PRE-COOLING TO ENSURE A HEAVY DUTY VEHICLE IS FILLED, PER THE APPLICABLE PROTOCOLS AND STANDARDS, WITHIN THE DOE TARGET OF 6 MINUTES OR 10 KG/MIN AVERAGE FUELING RATE. BUDGET PERIOD 2 WILL COMPLETE A DETAILED DESIGN AND FABRICATION OF A SUB-SCALE CHILLER FOR TESTING. BUDGET PERIOD 3 WILL VALIDATE THE PERFORMANCE OF THE SUB-SCALE CHILLER WITH ACTUAL HYDROGEN FUELING TESTS. THE RESULTS OF THIS TESTING WILL BE USED TO FINALIZE THE FULL-SCALE DESIGN. BY THE END OF THIS PROJECT, THE TEAM TARGETS HAVING A COMMERCIALIZATION PLAN IN PLACE WITH A CHILLER MANUFACTURER WITH A TARGET DEPLOYMENT SITE FOR INSTALLATION OF THE FULL-SCALE UNIT.

HIGH EFFICIENCY BUILDING ENERGY TECHNOLOGIES FOR ILLINOIS NATIONAL GUARD FACILITIES

SUPER BOILER - PACKED MEDIA/TRANSPORT MEMBRANE (PMTM) BOILERDVELOPMENT AND DEMONSTRATION

1C - METHANE MITIGATION THERMOELECTRIC GENERATOR (MMTEG)

NEW AWARD--LOW COST CHEMICAL FEEDSTOCKS USING AN IMPROVED AND ENERGY EFFICIENT NATURAL GAS LIQUID NGL REMOVAL PROCESS

CHANGE PROJECT MANAGER FROM ANDREA MCNEMAR TO BOB PATTON

METHANE TO METHANOL FUEL: A LOW TEMPERATURE PROCESS

ONE STEP BIOMASS GAS REFORMING-SHIFT SEPARATION MEMBRANCE REACTOR

NEW AWARD DE-FE0032176 TO INSTITUTE OF GAS TECHNOLOGY FOR PROJECT TITLED FLUIDIZED BED GASIFICATION FOR CONVERSION OF BIOMASS AND WASTE MATERIALS TO RENEWABLE HYDROGEN

DE-FE0031875 WITH THE INSTITUTE OF GAS TECHNOLOGY TITLED ''METHANE MITIGATION USING LINEAR MOTOR LEAK RECOVERY COMPRESSOR''.

DEVELOPMENT OF AN INTEGRATED MULTI-CONTAMINANT REMOVAL PROCESS APPLIED TO WARM SYNGAS CLEANUP FOR COAL-BASED ADVANCED GASIFICATION SYSTEMS

COMMERCIAL PROTOTYPE ADSORBED NATURAL GAS (ANG) SYSTEM FOR LIGHT DUTY VEHICLES

CATALYTIC CONVERSION OF CELLULOSIC BIOMASS OR ALGAL BIOMASS PLUS METHANE TO DROP IN HYDROCARBON FUEL AND CHEMICALS

DEVELOPING & INVESTIGATING SUBSURFACE STORAGE POTENTIAL AND TECHNICAL CHALLENGES FOR HYDROGEN (DISSPATCH H2) THE PRIMARY OBJECTIVE OF THE PROJECT IS TO ASSESS THE HYDROGEN H2 STORAGE COMPLEX FEASIBILITY. THIS WILL BE ACCOMPLISHED VIA DATA COLLECTION, LABORATORY MODELING, AND, A PROJECT MARKET ASSESSMENT.

GAS TECHNOLOGY INSTITUTE (GTI): NEW AWARD NON-COMPETITIVE AWARD PROJECT TITLE: ''HYBRID SOLAR SYSTEM''

FY19 BIOENERGY TECHNOLOGIES OFFICE MULTI-TOPIC FUNDING OPPORTUNITY ANNOUNCEMENT

THE OBJECTIVE OF THE PROJECT IS TO BUILD AGENT-BASED MODELS AND ACQUIRE RELEVANT VEHICLE, FUELING INFRASTRUCTURE, AND OPERATIONAL DATA TO ESTABLISH A HYDROGEN FUELING AND HEAVY-DUTY FREIGHT TRUCK NETWORK LEVERAGING THIS FUELING INFRASTRUCTURE IN THE TEXAS TRIANGLE AND INTERSTATE 10 (I-10) CORRIDOR FROM HOUSTON TO LOS ANGELES, CA. TASKS INCLUDE MODEL CONSTRUCTION, SCENARIO ANALYSIS, RISK ASSESSMENT, AND DIVERSITY EQUITY AND INCLUSION EFFORTS. THE PROJECT WILL COMBINE THE THEORETICAL MODEL RESULTS WITH PRACTICAL EXPERIENCE IN PARTNERSHIP WITH LOCAL COMMUNITY INPUT TO PROVIDE REALISTIC, EQUITABLE, INVESTABLE, AND USEABLE PLANS FOR THE DEVELOPMENT OF HYDROGEN INFRASTRUCTURE NEEDED TO SUPPORT COMMERCIAL HEAVY-DUTY (HD) TRUCK FREIGHT MOBILITY.

CARBONACEOUS CHEMISTRY IMPROVEMENT OF MUNICIPAL SOLID WASTE WITH AN ARTIFICIAL INTELLIGENCE (AI) FOR GASIFICATION

RAPID CONDITIONING FOR THE NEXT GENERATION MELTING SYSTEM

TAS::89 0321::TAS NEW AWARD TO GAS TECHNOLOGY INSTITUTE FOR THE PROJECT TITLED, "DEPLOYMENT OF FLEXCHP SYSTEM"

RAPID CONDITIONING FOR THE NEXT GENERATION MELTING SYSTEM

ELECTRON-CHARGED GRAPHITE BASED HYDROGEN STORAGE MATERIAL

2B - CLASSIFICATION OF METHANE EMISSIONS FROM INDUSTRIAL METERS, VINTAGE VS NEW PLASTIC PIPE, AND PLASTIC-LINED STEEL AND CAST IRON PIPE

GAS TECHNOLOGY INSTITUTE - TRANSFORMATIONAL NANO-CONFINED IONIC LIQUID MEMBRANE FOR GREATER THAN OR EQUAL TO 97 PERCENT CARBON DIOXIDE CAPTURE FROM NATURAL GAS COMBINED CYCLE FLUE GAS. DE-FE0032215 - NEW AWARD

DE-FE0031909 WITH THE GAS TECHNOLOGY INSTITUTE TITLED ''DEHYDRATION MEMBRANE REACTOR FOR DIRECT PRODUCTION OF DIMETHYL CARBONATE (DMC) FROM CARBON DIOXIDE (CO2) AND HYDROGEN (H2)''.

INTEGRATED METHANE MONITORING PLATFORM DESIGN TO GATHER REQUIREMENTS FOR AN INTEGRATED METHANE MONITORING PLATFORM (IMMP) – A MULTISCALE, INTEGRATED PLATFORM COMPRISED OF WORKFLOW PROCESSES, PROCEDURES, AND INFORMATION TECHNOLOGY COMPONENTS THAT WILL PROVIDE INDUSTRY WIDE, ACCURATE QUANTIFICATION OF METHANE EMISSIONS AND 2) TO CREATE AN ENGINEERING, DESIGN, DEPLOYMENT, AND OPERATING PLAN (EDDOP) TO BUILD IMMP.

SLOW CRACK GROWTH EVALUATION OF VINTAGE POLYETHYLENE PIPES

INSTITUTE OF GAS TECHNOLOGY HYDROGEN STORAGE FOR LOAD-FOLLOWING AND CLEAN POWER: DUCT-FIRING OF HYDROGEN TO IMPROVE THE CAPACITY FACTOR OF NATURAL GAS COMBINED CYCLE. DE-FE0032008

TAS::89 0211::TAS RECOVERY FOSSIL ENERGY - NEW INDUSTRIAL CARBON CAPTURE AND SEQUESTRATION (CCS) AWARD ENTITLED, "MACROALGAE FOR CO2 CAPTURE AND REN

ENABLING TECHNOLOGIES FOR OXY-FIRED PRESSURIZED FLUIDIZED BED COMBUSTOR DEVELOPMENT

PARTIAL OXIDATION GAS TURBINE FOR POWER AND HYDROGEN CO-PRODUCTION FROM COAL-DERIVED FUEL IN INDUSTRIAL APPLICATIONS

DE-FE0031833 WITH THE INSTITUTE OF GAS TECHNOLOGY FOR ENHANCED COOLING TOWER TECHNOLOGY FOR POWER PLANT EFFICIENCY INCREASE AND OPERATING FLEXIBILITY

TAS::89 0331::TAS RECOVERY EERE NEW AWARD DE-EE0003851 WITH GAS TECHNOLOGY INSTITUTE FOR A PROJECT TITLED, "RECOVERY ACT: DEVELOPMENT OF A TRAINING P

NANO-VALVED ADSORBENTS FOR CH4 STORAGE

REAL TIME FLAME MONITORING OF GASIFER BURNER AND INJECTORS

DUAL ELECTROLYTE EXTRACTION ELECTRO-REFINERY FOR ALUMINUM PRODUCTION

HYBRID MOLTEN BED GASIFIER FOR HIGH HYDROGEN (H2) SYNGAS PRODUCTION

LOW COST HIGH-H2 SYNGAS PROJECTION FOR POWER AND LIQUID FUELS

DE-FE0029787 ''HIGH ENERGY SYSTEMS FOR TRANSFORMING CARBON DIOXIDE TO VALUABLE PRODUCTS''

DE-FE0029760, BASE ''NANO ENGINEERED CATALYST SUPPORTED ON CERAMIC HOLLOW FIBERS FOR THE UTILIZATION OF CARBON DIOXIDE IN DRY REFORMING TO PRODUCE SYNGAS''

TRANSFORMATIVE EFFICIENCY AND AUTOMATION IN MODULAR HOMES (TEAMH)

LAKE MICHIGAN CORRIDOR ALTERNATIVE FUEL IMPLEMENTATION INITIATAIVE

HIGH EFFICIENCY MOLTEN-BED OXY-COAL COMBUSTION WITH LOW FLUE GAS RECIRCULATION

DELIVERY RELIABILITY FOR NATURAL GAS--INSPECTION TECHNOLOGIES

ENERGY SAVINGS WITH ACCEPTABLE INDOOR AIR QUALITY (IAQ) THROUGH IMPROVED AIR FLOW CONTROL IN RESIDENTIAL RETROFIT

AWARD DE-FE0031669, PROJECT ENTITLED ''CO-GENERATION WASTEWATER TREATMENT AT COAL-FIRED ENERGY PLANTS''

TRAINING FOR COST-EFFECTIVE CODE-COMPLIANT MAINTENANCE FACILITIES

BIOMASS SYNTHESIS GAS TO LIQUID FUELS EVALUATION

EFFECTS OF HYDROCARBON PERMEATION ON PLASTIC PIPE STRENGTH AND FUSION PERFORMANCE

PIPELINE QUALITY BIOGAS: GUIDANCE DOCUMENT FOR DAIRY WASTE, WASTEWATER TREATMENT SLUDGE AND LANDFILL CONVERSION

ONE STEP HYDROGEN GENERATION THROUGH SORPTION ENHANCED REFORMING

ABOVE-GROUND DETECTION TOOLS INCLUDING DISBONDMENT AND METAL LOSS FOR ALL METALS INCLUDING CAST-IRON GRAPHITIZATION

DE-EE0008802: NEXT GENERATION NATURAL GAS VEHICLE DRIVER INFORMATION SYSTEM: NEW AWARD

PERFORM FEASIBILITY ANALYSIS AND DEVELOP A COMPLETE ENGINEERING AND PERMITTING PLAN FOR A COMMUNITY GEOTHERMAL SYSTEM FOR A NEW AFFORDABLE HOUSING DEVELOPMENT IN HINESBURG, VT. THE GEOTHERMAL SYSTEM WILL BE DESIGNED TO MEET AT LEAST 50% OF THE HEATING AND COOLING NEEDS OF THE COMMUNITY, WITH THE STRETCH GOAL BEING 100% OF THE LOADS. THE 100 HOME RESIDENTIAL DEVELOPMENT WILL BE MIX OF TOWNHOMES, DUPLEXES, AND SINGLE-FAMILY UNITS. 60% OF HOMES ARE INTENDED FOR HOUSEHOLDS WITH LESS THAN AREA MEDIAN INCOME, INCLUDING 20% HOMES TO BE MORE DEEPLY AFFORDABLE. THE FEASIBILITY ANALYSIS WILL INCLUDE ENERGY MODELS OF THE BUILDINGS FOR HOURLY LOAD ESTIMATES, COUPLED WITH GEOTHERMAL SYSTEM SIZING AND A BOREHOLE PLAN. WE WILL PERFORM PHYSICS-BASED SIMULATIONS OF THE GEOTHERMAL NETWORK, INCLUDING THE GROUND HEAT EXCHANGER (GHE), CONNECTION PIPING, AND BUILDING HEAT PUMPS. WE WILL PERFORM TECHNOECONOMIC AND ENVIRONMENTAL ASSESSMENTS OF THE PROPOSED GEOTHERMAL SYSTEM. FINALLY, MAINTENANCE AND PERMITTING PLANS WILL BE DEVELOPED.

ADVANCED TURBINE COMPONENTS FOR COMBINED CYCLE AND SUPERCRITICAL CO2 BASED POWER CYCLE APPLICATIONS

GRID RESILIENT, SELF-POWERED, FUEL FLEXIBLE, HIGH EFFICIENCY HEATING SYSTEM

PORTABLE STAND ALONE FIELD CHARGER USING ALKALINE MEMBRANE FUEL CELL

ONE STEP BIOMASS GAS REFORMING-SHIFT SEPARATION MEMBRANCE REACTOR

EVALUATION OF CORRODED CAST IRON PIPE

METHANE SOFT OXIDATION

PRODUCTION OF HIGH-PURITY OXYGEN VIA MEMBRANE CONTACTOR WITH OXYGEN CARRIER SOLUTIONS

ROBUST CARBON-DOPED TITANIUM OXIDE (CDTO) MEMBRANE WITH TUNABLE NANOPORES FOR IN SITU CATALYST RETENTION AND ORGANIC SOLVENT RECOVERY IN SUZUKI REACTION. PROGRAM OVERVIEW THE INSPIRING GENERATIONS OF NEW INNOVATORS TO IMPACT TECHNOLOGIES IN ENERGY (IGNIITE) 2025 PROGRAM IS DESIGNED TO SUPPORT A NEW COHORT OF EARLY-CAREER INNOVATORS TO DEVELOP THE MOST DISRUPTIVE AND UNCONVENTIONAL IDEAS INTO TRANSFORMATIVE NEW TECHNOLOGIES ACROSS THE FULL SPECTRUM OF ENERGY APPLICATIONS. THIS ANNOUNCEMENT IS PURPOSEFULLY BROAD IN TECHNICAL SCOPE, BUT ELIGIBILITY IS LIMITED TO EARLY-CAREER RESEARCHERS AS DEFINED IN SECTION II.A. IN ADDITION TO RESEARCH EFFORTS, AWARDEES WILL ENGAGE WITH ARPA-E AND FELLOW AWARDEES THROUGH DEDICATED IGNIITE EVENTS, MEETINGS, AND MENTORSHIP ACTIVITIES. SUBMISSIONS TO THIS SOLICITATION MUST PROPOSE TRANSFORMATIONAL R&D THAT HAS THE POTENTIAL FOR HIGH IMPACT. IF SUCCESSFUL, A PROJECT COULD CREATE A NEW CLASS OR NEW TRAJECTORY FOR AN ENERGY TECHNOLOGY, WITH THE POTENTIAL TO SUBSTANTIALLY CONTRIBUTE TO ARPA-E’S STATUTORY GOALS (SEE SECTION I.A). AWARDS UNDER THIS PROGRAM MAY TAKE THE FORM OF EXPLORATORY RESEARCH THAT PROVIDES THE AGENCY WITH INFORMATION USEFUL FOR THE SUBSEQUENT DEVELOPMENT OF FOCUSED TECHNOLOGY PROGRAMS. ALTERNATIVELY, AWARDS MAY SUPPORT PROOF-OF-CONCEPT RESEARCH FOR A PARTICULAR NEW TECHNOLOGY IN AN AREA NOT CURRENTLY SUPPORTED BY THE AGENCY. TO VIEW THE NOFO IN ITS ENTIRETY, PLEASE VISIT HTTPS://ARPA-E-FOA.ENERGY.GOV.

DE-FE0031614 PROJECT TITLE: ADVANCED MODULAR SUB-ATMOSPHERIC HYBRID HEAT ENGINE

SUPER BOILER 2ND GENERATION TECHNOLOGY FOR WATERTUBE BOILERS

DEVELOPMENT OF PROTOTYPE COMMERCIAL GASIFIER SENSOR

DE-FE0031615 PROJECT TITLE: A MODULAR HEAT ENGINE FOR THE DIRECT CONVERSION OF NATURAL GAS TO HYDROGEN AND POWER USING HYDROGEN TURBINES

STATISTICAL REVIEW AND GAP ANALYSIS OF LNG FAILURE RATE TABLE

TAS::89 0321::TAS ADVANCED ENERGY AND WATER RECOVERY TECHNOLOGY FROM LOW GRADE WASTE HEAT

CS - COMMUNITY SUPPORT GRANTS PROVIDE FUNDING TO NON-PROFIT ORGANIZATIONS TO ENHANCE THE CAPABILITY OF COMMUNITIES IN ILLINOIS TO PREPARE FOR AND RESPOND TO HAZMAT ACCIDENTS AND INCIDENTS, INCLUDING TRAINING FOR STATE AND LOCAL ENFORCEMENT PERSONNEL ENFORCING SAFE TRANSPORTATION REQUIREMENTS. INCLUDE REFERENCE TO LOCALITY OR COMMUNITY BENEFITTING FROM THIS TRAINING.

HYDROGEN STATION PERFORMANCE EVALUATION

GLOBAL POSITIONING SYSTEM (GPS)-BASED EXCAVATION ENCROACHMENT NOTIFICATION

FEASIBILITY OF USING PLASTIC PIPE FOR ETHANOL LOW STRESS LINES

REAL TIME FLAME MONITORING OF GASIFIER BURNER AND INJECTORS

COMBINED VIBRATION, GROUND MOVEMENT, AND CURRENT SENSINF DETECTOR

2010 TECHNICAL ASSISTANCE GRANTS

FY 2022 COMMUNITY SAFETY GRANTS (CSG)

DE-FE000032012 (BASE AWARD): HYDROGEN STORAGE FOR FLEXIBLE FOSSIL FUEL POWER GENERATION: INTEGRATION OF UNDERGROUND HYDROGEN STORAGE WITH GAS TURBINE

APPROACHES FOR PREVENTING CATASTROPHIC EVENTS

DE-FE0032013 (AWARD) - INTEGRATED HYDROGEN ENERGY STORAGE SYSTEM (IHESS) FOR POWER GENERATION

COMPRESSOR-LESS HYDROGEN REFUELING STATION USING THERMAL COMPRESSION

SUBSURFACE MULTI-UTILITY ASSET LOCATION TOOL

ELECTRON-CHARGED GRAPHITE BASED HYDROGEN STORAGE MATERIAL

OTA

GTI WARM GAS CLEANUP PROJECT

MODELING OF MICROBIAL INDUCED CORROSION ON METALLIC PIPELINES RESULTING FROM BIOMETHANE & THE INTEGRITY IMPACT OF BIOMETHANE ON NON-METALLIC PIPELINE

ENGINEERING NEW CATALYSTS FOR IN-PROCESS ELIMINATION OF TARS

2009 INTERNATIONAL CONFERENCE ON THERMOCHEMICAL BIOMASS CONVERSION SCIENCE

OTHER FUNCTION" PLASTIC PIPE FAILURE, RISK, AND THREAT ANALYSIS

STUDENT DELEGATE SPONSORHIP FOR TCBIOMASS2011 CONFERENCE, CHICAGO, IL, SEPTEMBER 2011

NICE3. CLEAN, EFFICIENT GLASS PRODUCTION USING HIGH LUMINOSITY OXY-GAS BURNERS.

DEVELOPING THERMAL CONVERSION OPTIONS FOR PRETREATED BIOREFINERY RESIDUES

DEVELOPING THERMAL CONVERSION OPTIONS FOR BIOREFINERY RESIDUES

ODORANT EFFECTIVEENESS

SUPER BOILER 2ND GENERATION TECHNOLOGY FOR WATERTUBE BOILERS

DEVELOPING THERMAL CONVERSION OPTIONS FOR PRETREATED BIOREFINERY RESIDUES

DEVELOPING THERMAL CONVERSION OPTIONS FOR BIOREFINERY RESIDUES

SIMULTANEOUS WASTE HEAT AND WATER RECOVERY FROM POWER PLANT FLUE GASES FOR ADVANCED ENERGY SYSTEM

D&D OF HIGH EFFICIENCY RAPID HEATING LOW NOX ALTERNATIVE TO CONVENTIONAL HEATING OF ROUND STEEL SHAPES, STEEL SUBSTRATE & COIL BOX TRANSFER BARS

PARTIAL OXIDATION GAS TURBINE FOR POWER AND HYDROGEN CO-PRODUCTION FROM COAL-DERIVED FUEL IN INDUSTR

NAEA: 2004 APPLICATIONS

DETECTION OF UNAUTHORIZED CONSTRUCTION IN PIPELINE RIGHT-OF-WAYS

BIOMASS SYNTHESIS GAS TO LIQUID FUELS EVALUATION

THIS ACTION AWARDS THE 2001 BROADBASED GRANT FOR TECHNICAL ASSISTANCE AND OUTREACH IN WESTERN HEMISPHERIC COUNTRIES.

SUPER BOILER - PACKED MEDIA/TRANSPORT MEMBRANE (PMTM) BOILER DEVELOPMENT AND DEMONSTRATION

FOSSIL ENERGY RESEARCH AND DEVELOPMENT

DEVELOPMENT OF A $10/KW BIPOLAR SEPARATOR PLATE