Waste pressure energy recovery methods for purified deacidified rich liquid
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Regardless of whether it is the traditional carbon propylene, thermal alkali, NHD, MDEA, or low-temperature methanol washing methods used to remove acidic components, the resulting rich liquid still possesses high-pressure kinetic energy. If this high-pressure kinetic energy can be recovered efficiently and converted directly into high-pressure kinetic energy of the lean liquid, then the electrical energy consumption in the purification process can be reduced by more than 60%. I invite experts and colleagues to discuss together which technical approach can be used to achieve this goal
It is understood that a company named Haikuo Jieneng Technology in Shijiazhuang, as listed in the \"Xiao Dian Sui\" magazine, acts as an agent for American turbine booster pumps. These pumps can be used for energy recovery in decarbonization processes involving high-pressure rich liquids, with a recovery efficiency of around 50%. The turbine directly drives the pump impeller, without the need for couplings; as a result, there is no noise or leakage-related pollution