Industrial Hot Water Boiler
Industrial Hot water Boiler
Technical Data
Parameter Specification
Capacity Range: 100,000 kcal/hr to 50,00,000 kcal/hr (custom-built options available)
Operating Pressure: Standard up to 10 bar; higher pressures available on request
Hot Water Temperature : 90°C – 150°C (depending on pressure rating)
Fuel Options: Natural gas, LPG, diesel oil, furnace oil, biomass, or wood
Boiler Type: Fire Tube / Shell and Tube / Three Pass design
Efficiency: Up to 90–92% with proper operation and maintenance
Insulation: High-density mineral wool or ceramic fiber for minimum heat loss
Control System :Digital/PLC-based system with temperature and pressure controllers
Auxiliary Equipment: Water softener plant, feedwater pumps, expansion tank, heat exchanger, industrial burner
Operating Principle
The hot water boiler operates by transferring heat from fuel combustion to water. Fuel is burned in the industrial burner. The released heat passes through the heat exchanger, and the water temperature rises to the required level.
Moreover, pumps circulate the hot water through insulated pipelines. Automatic controls manage burner operation, fuel supply, and safety. Therefore, a steady and reliable hot water supply is ensured for textile, food, chemical, and commercial industries.
Quality Assurance
At Noble Associates, we produce each hot water boiler under strict quality checks. We use high-grade steel plates (IS 2002, ASTM A516 Gr.70, SA 285 Gr.C). Moreover, our team tests welds using NDT methods. We also perform hydro and pressure tests following ASME, IBR, and ISO standards. Consequently, every boiler delivered by Noble Associates offers durability, efficiency, and safe performance.
Description – Industrial Hot Water Boiler
An Industrial Hot Water Boiler provides hot water at controlled temperatures for industrial and commercial use. Unlike a steam boiler, which produces steam, this unit delivers hot water for heating, cleaning, and other process needs.
The system consists of a pressure vessel, a heat exchanger, and an industrial burner. It burns fuel such as gas, diesel, coal, or biomass, and transfers the generated heat to water through the exchanger. As a result, pumps circulate the hot water to meet industrial demand efficiently.