Remote HT‑LT Radiator / Dry Cooler For Combined Heat And Power (CHP) Cogeneration Plants

Remote HT‑LT radiator / dry cooler for Combined Heat and Power (CHP) cogeneration plants, matched with reciprocating gas engines running on natural gas, biogas, landfill gas. This air‑cooled heat rejection unit handles surplus waste heat that is not recovered for district heating or process heat. Closed‑loop dry cooling avoids cooling‑tower water loss, widely used for municipal biogas CHP, industrial cogeneration, hospital / campus energy stations.

HT Circuit (Jacket Water) Rejects residual heat from engine jacket water after heat recovery heat exchanger. Maintains safe engine operating temperature. Typical temp range: inlet 84‑95 °C, outlet 74‑84 °C.

LT Circuit (Charge Air + Lube Oil + Auxiliary) Cools charge air cooler, engine lube oil and gas auxiliary circuits. Stabilizes intake air temperature, safeguards engine output and emission performance. Typical temp range: inlet 44‑54 °C, outlet 34‑41 °C.

Structure options: V‑type, horizontal cabinet type, remote outdoor installation, save CHP room space.

Heat coil: copper tube‑aluminum fin standard; SS304 / SS316 fin, cupro‑nickel tube optional for coastal, corrosive, high‑dust biogas CHP sites. Wide fin pitch option to reduce dust blockage risk.

EC variable‑speed axial fans, IP54 / IP65 motor; ATEX explosion‑proof motor optional for gas hazardous zones. Intelligent fan group modulation responds to variable CHP residual heat load + changing ambient temperature.

Reserved thermal safety margin, considering partial‑load working mode common in CHP projects.

Glycol‑water closed circulation for anti‑freeze. Adiabatic pad optional for high‑temperature summer climate.

Complete erection accessories: lifting lugs, vibration dampers, flanges, vent / drain ports, support frame.

Designed for 24/7 continuous cyclic operation for cogeneration base‑load & peak‑load modes.

Adapt to dynamic residual heat after CHP heat recovery

No cooling tower, minimal water consumption, reduce scaling & biological fouling

Separate HT‑LT loops, no thermal interference, follow engine OEM cooling requirements

Flexible layout: ground‑mount, roof‑mount, outside CHP building

Low‑maintenance for long‑run cogeneration facilities

Custom built based on residual heat load, ambient, noise limit and footprint constraints