Review of energy self-circulation systems integrating biogas utilization with Powerfuels production in global livestock industry
Energy self-circulation systems, defined as energy systems incorporating the recycling
utilization of waste biomass, have been proposed to reduce greenhouse gases emissions …
utilization of waste biomass, have been proposed to reduce greenhouse gases emissions …
Dual-fuel dual-direct injection: An efficient and clean combustion technology for diesel engines
T Li, P Zhao, H He, C Wang, H Zhang, Z Chen… - Journal of the Energy …, 2025 - Elsevier
The reduction of pollutant emissions from diesel engines and achievement of a carbon-
neutral transportation sector requires the improvement of traditional diesel engine …
neutral transportation sector requires the improvement of traditional diesel engine …
Three-dimensional simulation analysis of in-cylinder combustion in space in-orbit hydrogen–oxygen internal combustion engine
Integrated vehicle fluid (IVF) system is of great significance for improving the task time and
saving the task cost at the rocket upper stage of hydrogen and oxygen. In this system, the …
saving the task cost at the rocket upper stage of hydrogen and oxygen. In this system, the …
Characteristics of Hydrogen Enrichment on RNG Combustion under Various Engine Speeds in a Retrofitted Gas Engine
Renewable natural gas (RNG) is attractive for energy policy goals in the world. A regional
system is designed to explore RNG combustion for power generation in localities. Generally …
system is designed to explore RNG combustion for power generation in localities. Generally …
[HTML][HTML] Modeling of CI engine performance and emission parameters using artificial neural network powered by catalytic co-pyrolytic renewable fuel
Emission and performance parameters of a 4-stroke CI engine operated on a blend of
catalytic co-pyrolysis oil with pure diesel, produced through Azadirachta indica seed, waste …
catalytic co-pyrolysis oil with pure diesel, produced through Azadirachta indica seed, waste …