Innovative systems optimized for clean energy extraction, high-temperature medical waste sterilization, and tailored pressure vessel fabrication.
The global demand for industrial cooling systems, cryogenic freezing, and low-temperature gas liquefaction is undergoing a massive transformation. As energy networks shift toward liquefied natural gas (LNG), shale gas, and coalbed methane, the role of skid-mounted refrigeration and recovery units has become crucial.
Industrial freezers and cryo-coolers are no longer isolated products; they are part of highly complex thermodynamic systems engineered to perform consistently between -40°C and -180°C. These systems require advanced pressure vessels, low-boiling-point mixed refrigerant (MR) cycles, and VOC control integrations to achieve optimal efficiency.
Developing industrial freezers and cryogenic units with advanced thermal engineering principles and award-winning technologies.
Founder & Chairman
PhD from the Institute of Physics and Chemistry Technology, Chinese Academy of Sciences (CAS). National Senior Engineer. Presided over the National 863 Program, aerospace/military initiatives, and won the Special Prize of Technological Invention of the Chinese Society of Refrigeration (2015).
General Manager
Senior Engineer at the Institute of Physics and Chemistry Technology, CAS. Published 24 academic papers (11 SCI/EI indexed), holds 5 patents, and received the first prize of the Beijing Science and Technology Award in 2016.
Chief Engineer
Doctor of Engineering from CAS. Expert in mixed working media phase change heat transfer. Designed and implemented multiple liquefaction plants and industrial refrigeration processes with temperatures down to -180°C.
Combining academic research with manufacturing compliance to deliver reliable industrial freezers and cryogenic equipment.
Our collaboration with Tsinghua University and the Institute of Physics and Chemistry Technology of the CAS ensures access to state-of-the-art thermodynamic models and advanced multi-component refrigeration technologies.
We hold the A2 Level Pressure Vessel Manufacturing License, Pressure Pipeline Component Manufacturing License, GB/T19001-2016 Quality System Certification, and Sinopec HSSE/China Petroleum HSE certifications.
Dedicated to supporting global decarbonization. Our systems excel in natural gas treatment, heavy hydrocarbon removal, and VOC extraction, minimizing greenhouse gas emissions in industrial contexts.
From hazardous waste stabilization to natural gas purification, our cryogenic systems and pressure vessels are engineered for high-performance applications.
Managing medical and pathological waste requires strict thermal control. Our high-temperature steam treatment systems and laboratory animal residue treatment equipment provide reliable thermal decomposition and sterilization. We supply:
Natural gas, coalbed methane, and shale gas must be purified and liquefied at cryo-temperatures before storage and transport. Our processes focus on skid-mounted gas liquefaction and BOG helium recovery systems, incorporating:
An overview of the thermodynamic steps in our skid-mounted systems to ensure high yield and minimal energy loss.
Removal of acid gases ($CO_2$, $H_2S$), moisture, and heavy hydrocarbons to prevent freezing in heat exchangers.
Multi-component refrigerants are compressed, condensation-cooled, and separation-staged to optimize energy requirements.
The purified gas undergoes heat exchange with boiling mixed refrigerants, reaching sub-zero liquefaction state at -162°C.
Boil-off gas (BOG) is re-liquefied, while high-value helium is extracted through multi-stage cryogenic separation.
Common technical inquiries regarding our engineering capabilities, product specs, and manufacturing standards.
Browse our systems for VOC recovery, gas purification, and customized non-standard equipment.
Partner with CAS PhD experts to configure your skid-mounted LNG units, pressure vessels, or hazardous waste treatment setups.
Contact Our Technical Engineers
Hongke Qingneng
