… and Rankine cycles. Although the outputs show that the proposed system reduces CO 2 …
The system reaches an exergy efficiency of 30.44% with CO 2 emissions of 0.4579 kg/kWh …

… power plants is an appealing way for developing a combined power and cooling plant with
… of the compressor of the lower temperature cycle (CO 2 cycle) leading to a reduction in both …

… gas combined cycle power plant with post… multi-generation system can capture CO 2
without energy consumption. However, for carbon neutralization, the carbon-based multi-generation …

… -effect refrigeration cycle, a modified transcritical CO 2 cycle, a thermal desalination cycle,
and a … A multigeneration system that includes a GBP unit, an oxyfuel power unit, a hydrogen …

… comprises a flash-geothermal circuit, a transcritical CO 2 fluid Rankine plant ( tRC ), a dryer,
a multi… MG plant with an LNG cold energy recovery system for Minab City regarding life cycle …

… , and optimize a novel multigeneration system for cooling, … plant. This innovative system
integrates a recompression supercritical CO 2 (sCO 2 ) Brayton cycle, an Organic Rankine Cycle …

… cycle, supercritical plant, trans critical plant and organic Rankine cycle-based power systems
for multi-generation … In this paper, a new multi-generation plant, which utilizes a gas turbine …

… multigeneration system that integrates a supercritical carbon dioxide (sCO 2 ) power cycle
… Utilizing the temperature difference between the sCO 2 cycle and the LNG thermal sink, an …

… This approach is favorable to reach lower levelized cost of electricity (LCOE) values, compared
to other systems such as Rankine cycle (RC) or supercritical CO 2 cycle (sCO 2 ) as the …

… CO 2 fluid with its heat exchanger 1 (HEX 1), and the thermal energy required for the tCO 2
-RC to run is provided. The reason why CO 2 fluid is preferred in the Rankine cycle … The CO 2 …