Company · founded 1990
Reaction Engineering International (United States)
Murray, United States · energy.reaction-eng.com
- Citations, last 5 years
- 227
- Works, last 5 years
- 33
- h-index
- 45
- Scientists listed
- 4
- Grants since 2016
- 10
Grants received
2024–2025 · grant · PROJECT GRANT (B)
AI-BASED MODELING SOFTWARE FOR AMINE AND DEGRADATION PRODUCT EMISSIONS
Reaction Engineering International (United States) · funded by Office of Science
2024–2025 · grant · PROJECT GRANT (B)
A NOVEL SYSTEM TO MEASURE THE LIQUID/VAPOR FRACTION IN A GEOTHERMAL PRODUCTION WELL IN REAL-TIME
Reaction Engineering International (United States) · funded by Office of Science
2022–2023 · grant · PROJECT GRANT (B)
DEVELOPMENT OF ALLOTHERMAL ROTARY GASIFIER WITH CO2 ACCEPTOR FOR HYDROGEN PRODUCTION FROM COAL WASTE AND BIOMASS
Reaction Engineering International (United States) · funded by Office of Science
2022–2025 · grant · PROJECT GRANT (B)
WEB-BASED DECISION SUPPORT SOFTWARE FOR HYBRID ENERGY SYSTEMS BASED ON THE IDAES FRAMEWORK
Reaction Engineering International (United States) · funded by Office of Science
2022–2023 · grant · PROJECT GRANT (B)
ROTARY KILN APPROACH TO PRODUCE BIOCHAR FROM INVASIVE SCRUB SPECIES FOR SOIL REMEDIATION AND CARBON SEQUESTRATION
Reaction Engineering International (United States) · funded by Office of Science
2021–2022 · grant · PROJECT GRANT (B)
CLOUD-BASED HIGH-PERFORMANCE COMPUTING DECISION-MAKING SOFTWARE FOR CARBON SEQUESTRATION
Reaction Engineering International (United States) · funded by Office of Science
2020–2021 · grant · PROJECT GRANT (B)
A COUPLED COMPUTATIONAL MODELING APPROACH FOR FIRESIDE HEAT FLUX OPTIMIZATION WITHIN COAL-FIRED SUPERCRITICAL CO2 POWER CYCLES
Reaction Engineering International (United States) · funded by Office of Science
2019 · grant · PROJECT GRANT (B)
HIGH PERFORMANCE COMPUTING OF COMPLETION AND NEAR-WELLBORE EROSION
Reaction Engineering International (United States) · funded by Office of Science
2017 · grant
HPC-BASED VALIDATION OF WATER/NATURAL GAS MIXTURES AS A FRACTURING FLUID FOR EFFECTIVE MULTIPLE STAGE HYDRAULIC FRACTURING
Reaction Engineering International (United States) · funded by Office of Science
2017–2026 · grant · PROJECT GRANT (B)
LEVERAGING THE UINTAH COMPUTATIONAL FRAMEWORK FOR COMMERCIAL SIMULATION OF INDUSTRIAL FLARES
Reaction Engineering International (United States) · funded by Office of Science