Development of an integrated structure of hydrogen and oxygen liquefaction cycle using wind turbines, Kalina power generation cycle, and electrolyzer

Development of a new CO2 liquefaction system using the Linde–Hampson process, Kalina power generation unit, and flat plate solar collectors with Al2O3/H2O nanofluid

“…More theory and background information on the Linde-Hampson system and Kalina power generation unit can be found in references. 5,12 In the following, the…”

“…Refrigeration load Inlet energy required (12) 4 The equations utilized to obtain the yield and exergy destruction of each of the equipment [20][21][22]35,36…”

“…More theory and background information on the Linde–Hampson system and Kalina power generation unit can be found in references 5,12 . In the following, the different sub‐sections used in the integrated structure are examined.…”

“…Though, the output stream from the Kalina unit turbine is a saturated mixture and does not make corrosion. 12,13 The main feature of the Kalina cycle is its higher efficiency than other power generation cycles due to the unique properties of the water-ammonia operating fluid. In cycles with water-ammonia fluid, temperature adaptation or the same pinch is better between the temperature profile of the heat source flow and the temperature change profile of water-ammonia fluid.…”

“…To prevent corrosion in the turbine blades, the outlet pressure should occur at the output of the last blade of the turbine. Though, the output stream from the Kalina unit turbine is a saturated mixture and does not make corrosion 12,13 . The main feature of the Kalina cycle is its higher efficiency than other power generation cycles due to the unique properties of the water–ammonia operating fluid.…”