THERMAL OIL HEATER
Thermal Oil Heater is a heater that uses Thermal Oil Fluid as a heat-conducting medium and can work up to temperatures of 300 degrees Celsius or more.
In contrast to steam, which must use a pressure of up to 70 bar for use at a temperature of 285 degrees Celsius, the Thermal Oil Heater works only at the pressure of the circulating pump, so it is very safe and equipment that requires heating does not need to be designed with a special construction.
The working life of the Thermal Oil Fluid used is generally more than 10 years and no additions are required as long as there are no leaks in the pipes or heating equipment, and during that time no cleaning is required because the inside of the heating coil is not crusty like in a Steam Boiler. Some of our Thermal Oil heater Units are still working well at the age of more than 20 years.
What are the advantages of Thermal Oil Heaters compared to Steam Boilers?
Working at high temperatures with atmospheric pressure
Precise temperature control
No need for water treatment etc. chemicals that require high costs
There are no heat losses from condensate and blow down like in a steam boiler
No corrosion and scaling on the inside of the Boiler
Very low maintenance costs
Operation Full Automatic and easy so it does not require a special operator
Design
Thermoblock Oil is generally supplied in a Vertical construction which saves space and is very efficient because it uses an Integrated burner which utilizes exhaust gas for preheating the combustion air so that the oil burns completely. Heating Coil is made of Seamless Boiler Tube which is rolled continuously. Each welded joint is carefully inspected with a Radiaography Test and a final pressure test using pressures up to 30 Bar. Thermal Oil flows inside the coil at a carefully designed speed to prevent overheating which can cause oil damage due to coking.
The hot gas from combustion heats the flow of thermal oil in the combustion chamber as radiant heat and then heats the oil in the convection coil through the gaps between the coils at a certain speed in 3 passes in the opposite direction to the direction of the flow of thermal oil. The turbulence generated by the gas while passing through the coil results in increased heater efficiency and a coil cleaning effect from soot that may stick to the outside of the coil. Scope of Delivery: Each unit is supplied complete with accessories, including:
Heating Coil complete with cover
Circulation Pump
Expansion Tanks & Deaerating Tanks
Control Panel