Capturing and storing the greenhouse gas carbon dioxide (CO2) produced by power plants could play a major role in minimizing climate change. In this study a postcombustion CO2 capture plant using MEA is designed, simulated, and optimized using the UniSim process simulator. The focus of this work is the subsequent optimal operation and control of the plant with the aim of staying close to the op...

Carbon dioxide (CO2) geological storage traditionally involves capturing a CO2 stream from point source such as power station or cement, steel, natural gas processing plant, transporting it and compressing it, prior to injection supercritical phase into suitable reservoir overlain by cap-rock seal. One of the main perceived risks in is migration leakage buoyant through seal, via faults fracture...

The global warming issues associated with fossil fuels have forced the world to shift towards environment-friendly alternatives. studies on capture and storage of CO2 gained significant research attention, attract capturing storing, it is necessary find suitable applications for this captured CO2. Methanol one products which can be produced by utilizing hydrogen that water splitting. Keeping in...

Catalytic transfer hydrogenation of chemically captured CO2 toward MeOH production utilizing ethylene glycol as the hydride donor has been established under mild reaction conditions by employing a Ru(II)–CNN pincer catalyst (CNN = CNHC^Npyridine^Nbenzimidazole tridentate ligand) and tertiary amine tetramethylethylenediamine (TMEDA). Through cooperative action with glycol, TMEDA was found to be ...

Heavy industries such as cement, iron and steel, oil refining, petrochemicals are responsible for about 22% of global carbon dioxide (CO2) emissions. There exist several pathways CO2 mitigation. Capturing, storage, utilization (CCS CCU) provide an operational solution significant emission High purity streams the most interesting points CCS CCU. Pure suitable compression, transport, storage. Cap...