| 摘要 |
A refrigerant liquefaction accelerator allows to cool gas flowing at -4°C to -8°C by sending the gas to a cold reserving tank with an adiabatic method and mixing coolant liquid with the gas through a micropore at the same time, thereby enhancing the cooling efficiency with the coolant liquid only since an impeller is difficult to compress the gas. The refrigerant liquefaction accelerator is a composite structure of high pressure, low temperature, and low pressure to be compressed in a secondary tank and sent to an expansion valve by storing pressure from the secondary tank and compresses the liquid refrigerant having full of air bubbles using the compressor with the high pressure again. The refrigerant liquefaction accelerator of the present invention is not noisy, reduces a space requirement, and significantly reduces the usage of a pipe material. |
