Thermodynamic simulation of an absorption heat pump-transformer-power cycle operating with the ammonia-water mixture

Water–Ionic Liquid Working Fluids in Absorption Cycles: Fluid Screening, Vapor–Liquid Equilibrium Measurements and Modeling, and Performance Evaluation

“…1 The Absorption chiller (AC) stands out as an efficient and energy-saving process that has gained considerable attention for its capability to recover low-temperature waste heat. 2 The AC utilizes working fluids to facilitate heat conversion through high-temperature vaporization heat absorption and low-temperature exothermic phase transition processes. This enables the AC to transform industrial waste heat into usable energy, thereby substantially enhancing energy efficiency in practical applications.…”

“…This potential holds the promise of not only reducing greenhouse gas emissions but also enhancing overall energy efficiency and develop sustainable energy solutions . The Absorption chiller (AC) stands out as an efficient and energy-saving process that has gained considerable attention for its capability to recover low-temperature waste heat . The AC utilizes working fluids to facilitate heat conversion through high-temperature vaporization heat absorption and low-temperature exothermic phase transition processes.…”