One promising solution for develo** low-emission power technologies is using gaseous
fuel combustion in pure oxygen when the exhaust gas mixture is composed of H 2 O and CO …

This review critically examines the dual utilization of waste heat and eductor systems,
exploring the integration of eductor technology with low-grade waste heat in desalination …

The design principle underlying the steam condensation and CO2 purification in a gas
power plant with a focus on reducing CO2 emissions encompasses the deployment of a …

An analytical model of direct steam condensation (DCC) in the novel idea of spray ejector
condenser (SEC) in the presence of inert gas has been developed. It is based on continuity …

The liquid-driven two-phase ejector condenser is the object of the numerical investigation.
The spray-ejector condenser is one of the critical components of the developed gas power …

Considering the waste of fresh water in a 256 MW steam power plant located in the
southeast of Iran, and to compensate a part of its water consumption, a humidification …

The paper presents the conceptual design of a prototype experimental facility for mixing jet-
type flow condensers investigations when the steam in exhaust gases is condensed on the …

The application of a two-phase ejector allows for the mixing of liquid and gas and provides
effective heat transfer between phases. The aim of the study is a numerical investigation of …

Steam condensers are vital components of thermal power plants, responsible for converting
turbine exhaust steam back into water for reuse in the power generation cycle. Effective …

This work focuses on the concept developed in the nCO2PP project, which aims to
demonstrate a technology that allows to achieve negative CO2 emissions through Carbon …