Thermal oil - Import export

A thermal fluid oil heater is an industrial heating system designed for the heating of specialized heat transfer fluid, also referred to as thermal fluid or thermal oil. This fluid is then re-circulated through varied parts of the process to provide controlled and uniform heating. The system has extensive applications in industries related to the precise management of temperature. Unlike high-pressure, steam-based systems, a thermal fluid heater allows for higher temperatures without associated high pressure, thus making it much safer and more efficient in many applications. These heaters can become an integral part of processes requiring uniform heating in a very broad temperature range. They offer very accurate temperature control due to indirect heat transfer through thermal oil—this is primary in maintaining quality and consistency in industrial processes.

Engines for combined heat and power plants are operated with different fuels, including hydrogen, natural gas, biogas, sewage gas and special gases, plus diesel and other liquid fuels. In an exhaust gas heat exchanger, the hot exhaust gas from the CHP engines or CHP gas turbines is cooled, in the process heating water, a water-glycol mixture or thermal oil. This thermal energy can be used in a local or district heating system or for other industrial purposes.

What is a Thermal Fluid Oil Heater? A thermal fluid oil heater is an industrial heating system designed for the heating of specialized heat transfer fluid, also referred to as thermal fluid or thermal oil. This fluid is then re-circulated through varied parts of the process to provide controlled and uniform heating. The system has extensive applications in industries related to the precise management of temperature. Unlike high-pressure, steam-based systems, a thermal fluid heater allows for higher temperatures without associated high pressure, thus making it much safer and more efficient in many applications. These heaters can become an integral part of processes requiring uniform heating in a very broad temperature range. They offer very accurate temperature control due to indirect heat transfer through thermal oil—this is primary in maintaining quality and consistency in industrial processes.

PRODUCT DESCRIPTION Premier SN/CF 15W/40 stands as the pinnacle of engine lubricants, tailored for professional workshops, and engineered to deliver unmatched engine protection and performance. It not only meets but exceeds the demanding API SN and CF requirements, making it the ideal choice for most petrol and four-stroke engines, especially the latest models with tighter tolerances. This exceptional oil thrives under the most challenging and diverse operating conditions, whether it’s enduring high-temperature motorway marathons or navigating the stop-and-go demands of city driving in cold temperatures. Crafted from premium technology base oils, Premier SN/CF 15W/40 boasts remarkable high-temperature performance. Its use of thermally stable base oils, oxidation inhibitors, viscosity improvers, and detergents ensures that it remains unfazed by extreme temperatures.

Heat Transfer Oils are high-performance fluids specially designed for use in enclosed, indirect heating systems. They are meticulously crafted from exceptionally refined base stocks known for their resistance to thermal cracking and chemical oxidation. These oils boast efficient heat transfer capabilities and exhibit viscosities that allow for easy pumping, both during startup and while operating at temperature. Importantly, the flash point of these fluids remains stable throughout their service life, thanks to their resilience against thermal cracking at recommended operating temperatures. Heat Transfer Oils are exceptionally thermally stable, ensuring an extended service life without the formation of deposits or viscosity increase. They feature specific heat and thermal conductivity properties that enable rapid dissipation of heat.

Thermal oil boilers are used for meeting thermal energy requirement safely and effectively over 300-320°C degree. Thermal oil systems provide to reach higher temperature that heat transfer liquid cannot reach in the atmospheric pressure. The heating surfaces of the hot oil boilers of Eralp Boiler are manufactured in accordance with DIN 4754 and in spiral bent boiler pipes that are nested in a suitable style. There is no stagnant point in the hot oil circulation. Oil speeds are also secured by flow control systems. As Eralp, we can produce steam boilers working with Liquid fuel, Biomass, Gas and Solid fuel. We increase the system efficiency with the economizer to be added to the back of the boiler. We use steel drawn pipes in accordance with EN 10216-2 norm of European origin in our production as a standard. The system is secured with the automation and PLC control systems used. Energy loss is prevented by reducing the thermal bridges in the insulation.

Thermal oil system

PHOENIX SERIES 100,000 Kcal/h – 10.000.000 Kcal/h heat capacity” “• Operates at high temperature and low pressure. • The heat conduction oil used in the system does not cause calcification, calcification, sediment, corrosive effect, etc. in the boiler. It can be used for a long time as it does not cause negative effects. • There is no need to use any conditioning unit in heat conduction oil. • Under normal conditions, freezing does not occur in the installation. • The Hot Oil Boiler can also be used as a heating fluid in the production of Steam, Hot Water, Boiling Water. • Hot oil outlet temperature is controlled by PID controller. • Hot oil return temperature is controlled by digital thermostats. • Ekotek Heating Technologies recommends all the accessories and burner systems that are used in Package System Hot Oil Boilers (Thermal Oil Heaters) from brands with known safety, Gas fuel type

Indirect steam generators are used to produce saturated or superheated steam indirectly, using higher pressure steam, thermal oil or another heat carrier which already exist in the plant. By doing this way there will be no need for additional boiler room investment. (Fuel piping, chimney etc.) ISG type steam generators operates with primer fluid flowing inside tube bundles and seconder fluid (steam) produced outside of the bundle. Thanks to flanged design, tube bundle could be disassemled completely and easily for renewing or maintenance purposes. ENEVA can supply completely stainless steel indirect steam generators named “Clean Steam Generator“ or “Hygienic Steam Generator “ for medical sector or food processing plants.

Thermal oil heater, which used for heating process, fired Gas, Liquid and/or Solid fuels, turnkey project flexible solutions.

Waste heat recovery boiler, in steam, water or thermal oil, fire-tube or water tube, designed as per exhaust gas parameters, turnkey project flexible solutions.