Thermal fluid boiler

hot watersteamgas

An indirect Fired Heaters can be understood as a boiler. The energy produced by the combustion of liquid or gas fuels in the boiler, is transferred to a heat-transmitting intermediate fluid – basically water in liquid or gas form or thermal fluids, which is responsible for transporting the energy to other equipment – reactors, exchangers, etc. – to feed the productive process. Therefore, under this term we can group steam, hot water and thermal fluid boilers. Obviously their applications are infinite, as heating is indirect and the final product of the process is heated by the fluid transmitting heat in exchangers, reactors, press plates, etc. So, we can consider: Petrochemical industry Food industry Textile industry Flexography and rotogravure Industrial laundry Heating of all kinds of presses Automobile industry Industrial adhesives and glues Solar energy Etc, etc SPECIFICATIONS Technical features Codes of design: AD-2000, DIN 4754, ASME VIII Div. 1 Marked CE Design pressure: 8 bar_g Design temperature: 400º C Max. working temperature: 350º C Number of coils: 2 Number of smoke passes: 3 Thermal efficiency: 87 – 91% (*) Material’s quality of coils: ASTM A106 Gr. B Optional executions Horizontal / vertical execution Different delta T Particular applications Communication with PC Service temperature till 400 ºC Opening front and rear doors for cleaning Other service pressures Heat recovery from combustion gases Polishing stainless steel finish Applications of a thermal fluid system Reactors Heating asphalt / bitumen Storage tanks Paintings Plastics & Rubber Oils and fats Drying processes Evaporators Distillation columns Exchangers Solar energy Mining Presses