Abstract Computational Fluid Dynamics (CFD) is a powerful tool for modeling chemical
reactors. While limited literature is available on CFD simulation of Methane Dry Reforming …

A gas-fired air-to-water ejector heat pump (EHP) for domestic hot water production is
proposed and analyzed thermodynamically. The COP of the EHP is improved by using …

Supersonic Ejectors (SE) can be used to replace mechanical compressors in several
industrial applications, including residential and commercial space heating/cooling and …

Ejectors are simple mechanical devices with no moving parts which convert the pressure
energy of a motive fluid to kinetic energy and generate suction of the secondary fluid. The …

Ejector-based refrigeration systems can make direct use of many forms of thermal energy,
such as solar thermal, waste heat, biogas, or natural gas. The present paper describes the …

Compared to mechanical compressors, ejector-based refrigeration systems can make direct
use of many forms of thermal energy, including waste heat, solar thermal, or biogases. It is …

Ejector heat pump water heaters (EHPWHs) could significantly increase the thermal
efficiency of domestic water heating and reduce greenhouse gas emissions. This study …

Water heating is a major source of energy consumption in the US residential sector. Heat
pumps can significantly increase the energy efficiency of water heating. An ejector heat …

Water heating is a major energy consumption in the US residential sector. According to the
annual energy outlook of the EIA, the total US national primary energy efficiency of water …

Compared to mechanical compressors, ejector-based refrigeration systems can make direct
use of many forms of thermal energy, including waste heat, solar thermal, or biogases. It is …