Subcoolers
Subcoolers in various configurations, and for specific cryogens, designed to cool the liquid below its normal boiling point before storing it in large tanks for extended periods.
CSA Corporate Sustaining Members:
Manufacturer and service provider of cryogenic equipment and accessories for all liquid cryogens. Custom fabrications, OEM fabrications and a full line of standard containers, vessels, VJ valves and accessories.
Cryogenic liquid and gas applications for the food and beverage, pharmaceutical and semiconductor industries. Piping, fuel lines, filling and transfer, LN2 dosing, phase separators and subcoolers.
Demaco, part of OPW Clean Energy Solutions, designs, manufactures, tests and installs custom vacuum insulated systems for ultralow temperature applications down to < 2 K—including liquid hydrogen transfer from liquefiers and storage tanks to transport vessels.
Pressure vessels, high vacuum chambers, cryostats, vacuum cold boxes, warm He compressor and LN2 pumping skids, thermal shrouds, thermal conditioning units, globe valves, seal-off valves, bayonets, vacuum jacketed piping and the CVI TorrMaster cryopumps.
Cryogenic storage and thermal insulation systems, thermoacoustic cryocoolers, cryogenic instrumentation and electronics. Mass gauging system, large-scale pulse tube cryocoolers. Systems analysis capabilities.
SPS Cryogenics BV, part of OPW Clean Energy Solutions, designs, manufactures and supplies vacuum-insulated pipeline systems for liquid gases, integrating super-insulated tees, elbows, phase separators, valves and flexible hoses into custom-engineered systems.
Other Suppliers:
None
Cryogenic Specialty Manufacturing
Cryogenic Subcooler
The CSM subcooler is designed to reduce the entropy of cryogenic fluids and deliver them in a stable subcooled state. By lowering the liquid temperature below its saturation point, it enhances heat absorption capacity and improves overall transfer efficiency.
This vacuum insulated, low-maintenance system handles flow rates up to 3,500 kg/hr while maintaining line pressures up to 10 bar. By minimizing vapor formation, it improves cooling performance, reduces LN₂ consumption, and ensures consistent liquid quality. The system also mitigates the effects of storage tank fluctuations in pressure, level, and Net Evaporation Rate (NER), providing a reliable and stable supply regardless of liquid source.
Typical applications include food freezing, biopharmaceutical freeze drying and blast freezing, exothermic chemical reactor cooling, precision machining of super alloys, and critical systems requiring rapid, high-capacity heat removal.
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