Waste pressure energy recovery method for purified deacidified rich liquid
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Whether it is traditional carbon propylene, thermal alkali, NHD, MDEA, or the rich liquid obtained after the absorption of acidic components using low-temperature methanol washing, all of these carry high-pressure kinetic energy. If this high-pressure kinetic energy can be recovered efficiently and directly converted into the high-pressure kinetic energy of the lean liquid, then the electricity 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 possible to consider equipping the high-pressure pump motor with a turbine device, which would allow for full recovery of the high-pressure kinetic energy!
Turbine energy recovery is used in the decarburization of propylene carbonate.
It’s great in theory; I hope it can be realized in practice as soon as possible. Only in this way can energy-saving enterprises share.
Hello, everyone! Our company can provide energy recovery units as well as comprehensive system solutions, offering high efficiency and good economic benefits. The main equipment differs from screw and reciprocating compressors currently available on the market, which have disadvantages such as low efficiency and high maintenance requirements. Friends who are interested can send me a private message.