Scenario assessment for producing methanol through carbon capture and utilization technologies considering regional characteristics

Life Cycle Assessment of Hydrotropic Antisolvent Crystallization and Antisolvent Crystallization: A Comparative Study

“…Using life cycle assessment (LCA), processes and products with a quantitative impact can be evaluated. Recent environmental awareness has led to LCA studies being conducted on a variety of products such as food, , chemicals, , coffee, , and pharmaceuticals. , In recent years, many researchers have published articles on LCA of various active pharmaceutical ingredients − and articles related to the comparative life cycle assessment of various chemical compounds. − A scale up framework has also been evaluated using LCA studies. − Sahu et al (2023) have carried out a LCA for the antisolvent crystallization for the selective salt recovery . The LCA study associated with crystallization using SimaPro was reported by De Marco (2022) .…”

“…13 Using life cycle assessment (LCA), processes and products with a quantitative impact can be evaluated. Recent environmental awareness has led to LCA studies being conducted on a variety of products such as food, 14,15 chemicals, 16,17 coffee, 18,19 and pharmaceuticals. 20,21 In recent years, many researchers have published articles on LCA of various active pharmaceutical ingredients 22−25 and articles related to the comparative life cycle assessment of various chemical compounds.…”

LCA comparison analysis for two types of H 2 carriers: Methanol and ammonia

“…In order to alleviate the burden of large GHG emissions from traditional methanol production, people try to develop renewable methanol production routes, of which the most concerned is through the hydrogenation of carbon dioxide. 7 Based on the regional characteristics of Japan, Morimoto et al 8 estimated the efficiency and environmental performance of carbon capture utilization (CCU)-based methanol production through process simulation and determined the optimal implementation scheme of CCU technology from the perspective of CO 2 emission reduction. Ammonia, NH 3 , is an attractive hydrogen carrier due to its highest hydrogen mass density 17.6%.…”