The purpose of this work is the development and implementation of a flow control strategy
for the LiBr/H2O saline recirculation system in double effect absorption chillers to guarantee …

Recently, waste heat recovery in industry applications of absorption heat transformers has
developed rapidly. Due to the instability of the heat source and constantly changing heat …

This study presents the numerical development of a generator–rectifier combined
component (called a “combined-generator”) composed of plate heat exchangers, designed …

The objective of this work is the design, construction and testing of a conventional turbine-
type flow meter for liquids, especially for low-cost lithium bromide (LiBr) saline solution. This …

A thermodynamic steady-state model for a single-effect lithium bromide–water (LiBr-H2O)-
based vapor absorption refrigeration system of 17.5 kW capacities has been presented …

In this study, the long-term transient response of a single-effect ammonia-water gas-fired
absorption heat pump prototype is investigated both numerically and experimentally. For the …

Industrial processes represent one of the most energy-consuming activities, which are
related to fossil fuel utilization and the growing environmental problems. In this way, the heat …

An experimental investigation and dynamic simulation of vertical falling-film LiBr/H 2 O
absorption heat transformer systems have been reported in this paper. The established 20 …

In order to obtain the transient characteristics of a low-speed centrifugal pump during the
start-up and shutdown stages, dedicated experimental tests were conducted with eight …

Gas driven absorption heat pumps are a viable alternative for efficient space heating and
domestic hot water production in residential and light commercial buildings with high …