This paper thoroughly reviews the integration of absorption, adsorption and desiccant
cooling technologies into vapor compression cooling/refrigeration systems. Different …

Refrigeration systems currently utilize 17% of total electric energy, and this consumption is
expected to increase by more than 30% by 2050. Moreover, these systems significantly …

A novel cascade system of Kalina and Organic Rankine cycle for cooling and green
hydrogen production was proposed. The cascade system is designed to utilizes the heat …

This study proposed an innovative combined ejector-enhanced organic Rankine cycle and
two-stage compression refrigeration cycle (EORC-TCRC), to investigate its potential to …

In this paper, R23, R41 and R170 are used in the low-temperature cycle (LTC) and R32,
R1234yf, R1234ze, R161, R1270, R290 and R717 are used in the high-temperature cycle …

In the present article, thermodynamic, exergoeconomic, economic, and sustainability
investigations of a recently developed environmentally friendly hybrid absorption …

Cascade refrigeration system with multiple cooling temperature ranges can be found in
many areas such as seafood processing and cold storage. Using multiple compressors …

Effectively managing global municipal solid waste (MSW) is imperative, and this study
presents an innovative approach to convert MSW into green hydrogen, addressing …

Low-temperature industrial waste heat is an important heat source for industrial processes
and utility services to reduce the consumption of fossil energy as well as lower the risk of …

District cooling plants are predominantly based on vapor compression refrigeration cycles
with detrimental environmental impacts due to fossil-based electricity. Vapor absorption …