Industrial HT/LT Remote Radiator Systems For Steam Generators
We supply professional Industrial HT/LT Remote Radiator Systems, specially engineered for steam generator supporting cooling circulation. Split remote installation design perfectly solves on-site space limitation, high temperature ambient and centralized heat dissipation demands, widely used in industrial steam power stations, thermal energy stations and process steam production lines.
System Introduction
HT stands for High Temperature cooling circuit, LT stands for Low Temperature cooling circuit.This dual-circuit remote radiator system independently undertakes high-temperature and low-temperature medium heat dissipation for steam generators. It dissipates redundant heat to outdoor area far away from equipment room, stabilize steam generator operating temperature, ensure continuous and stable steam output.
Core Structure & Working Mode
HT High Temperature Loop: Cool high-temperature circulating fluid, cool down steam generator main body and heating furnace body
LT Low Temperature Loop: Serve auxiliary cooling, feed water pre-cooling and auxiliary equipment temperature control
Remote split layout: Radiator unit installed outdoors, connected with indoor steam generator via pipeline
Natural draft / forced air cooling optional, adapt different climate and cooling capacity demands
Key Product Features
✅ Dual HT & LT separate cooling design, precise temperature control
✅ Remote installation free up indoor workshop space
✅ Heavy-duty industrial design, stable running under harsh working condition
✅ Anti-corrosion finned tube bundle, long service life and low fouling
✅ Low noise, high heat dissipation efficiency, save operating power consumption
✅ Easy installation, flexible pipeline layout, convenient daily maintenance
✅ Match various capacity industrial steam generators perfectly
Main Application Fields
Industrial coal-fired / gas-fired steam generator supporting cooling
Thermal power auxiliary steam system cooling
Chemical plant process steam equipment heat dissipation
Central heating station steam unit temperature control
Waste heat recovery steam generator cooling system matching
