Power generation facilities discharge significant quantities of untapped thermal energy through boiler exhaust systems. However, acid-dew-point corrosion challenges conventional metal heat exchangers. Fluoroplastic-steel systems enable deep heat recovery while delivering reliable, long-term performance under corrosive operating conditions.
Recover low-grade thermal energy from boiler exhaust gas.
Operate reliably under high-humidity flue gas conditions.
Transfer recovered heat to municipal heating networks.
Improve thermal efficiency and reduce energy loss.
Acid condensate rapidly erodes metal heat exchanger surfaces.
Large amounts of waste thermal energy remain uncaptured.
Condensed moisture accelerates equipment degradation.
Frequent replacement requires specialized parts.
Deep low-temperature waste heat recovery.
Recover latent heat from humid flue gas streams.
Improve combustion efficiency and thermal utilization.
Support plant utility and district heating systems.
Reliable operation below acid condensate temperature limits.
Recover more thermal energy from flue gas exhaust.
Reduce maintenance, replacement costs.
Maintain plant efficiency across varying operating conditions.
Recover valuable thermal energy lost to atmosphere.
Lower fuel consumption through improved heat recovery.
Convert recovered heat into usable municipal heating networks.
