To promote the development and application of the liquid–gas jet pump (LGJP), the
research status of its design theory, internal flow mechanism, structural optimization and …

Cooking is a daily activity in every household, which consumes energy and produces
pollution. Using clean gas fuels instead of traditional solid fuels will significantly reduce …

A three-evaporator and dual-ejector refrigeration system was presented in this paper. By
combining two single ejectors as a whole, the authors attempted to discuss the effects of key …

The aim is to develop a method for the design of up-flow ejector loop reactors for coalescent
systems respecting the different energy dissipation and mechanism of interfacial mass …

A liquid–gas ejector is designed to entrain the non-condensable gas accumulating in the
condenser without power consumption in the multi-effect distillation with a thermal vapor …

The gas suction rate of a conventional liquid–gas ejector pump was measured on a modular
pilot plant unit utilizing convergent nozzles and a water–air system. Hydraulic characteristics …

The prediction of a critical mass flow rate of flashing flow is of crucial importance for many
applications in chemical and processing apparatus. One of the most prosperous application …

A multiphase mathematic model based on realizable k-ε turbulence model for subsonic flow
was presented to investigate the mixing flow behaviors between gas and water in the gas …

Biomass combustion generates renewable energy, which is optimized by designing a
biomass combustion system that controls excess air intake and evaluates the ash …

The energy efficiency of bubble generating systems of gas-liquid contacting reactors is
reviewed and analyzed quantitatively. The key metrics that emerge from a new theoretical …