High and low temperature dry coolers for gas

2, Core Features
Dry cooling: no water consumption, no scaling, no spray corrosion, low operation and maintenance costs
Dual working conditions of high and low temperature
High temperature section: Processing high temperature intake to achieve initial significant cooling
Low temperature section: further cool the gas to the target low temperature (such as dew point, process usage temperature)
Gas specific flow channel: suitable for air, nitrogen, process gas, compressed gas, etc
Fully enclosed heat exchange: no gas leakage, no cross contamination
Can be matched with fan frequency conversion and intelligent temperature control to adapt to environmental temperature changes
3, Typical application scenarios
Industrial gas cooling, compressed gas cooling before drying
Chemical/Coal Chemical Process Gas High and Low Temperature Segmented Cooling
Pre treatment and cooling of natural gas and biogas
Gas cooling for power generation, metallurgy, and air separation systems
Gas cooling unit supporting refrigeration/heat exchange system
4, Difference from ordinary dry coolers
Ordinary dry cooler: single cooling condition
High and low temperature gas dry cooler: staged heat transfer, gradient cooling, more energy-efficient, more stable cooling, suitable for working conditions with high precision requirements for gas outlet temperature