Shell Tube Type Industrial Heaters

High-Temperature and High-Pressure Resistance: Able to operate stably in high-temperature (up to 400°C and higher) and high-pressure (up to 2.5 MPa and above) environments, it is suitable for industrial heating needs under various extreme operating conditions.

Compact Structure: The unit is small in size, occupies a small footprint, is lightweight, and is easy to install, effectively saving on civil engineering investment.

Easy Maintenance: Tube bundles can be replaced individually, making cleaning easier, with a long descaling cycle and low maintenance costs.

Adaptable: Capable of handling a wide range of fluids, including corrosive media, it can meet the needs of diverse industrial production processes through the selection of appropriate materials and structural design.

Application Scenarios

Petrochemical Industry: Used for preheating crude oil to ensure good fluidity during transportation and subsequent processing, reducing pump wear and energy consumption. It is also used for heating, cooling, and condensing various chemical raw materials to ensure smooth chemical reactions.

Power Industry: In the power generation process, it is used for heating and cooling boiler inlet and outlet water, and for blowdown and heat recovery in steam turbine condensers, helping to improve energy efficiency and reduce power generation costs.

Food and Beverage Industry: Used for heating, sterilizing, and pasteurizing liquid food products such as milk, juice, syrup, and sauces to ensure food quality and safety while meeting temperature requirements during production.

Pharmaceutical Industry: Used for heating, cooling, and sterilizing pharmaceuticals during pharmaceutical production, precisely controlling temperature to ensure quality and stability.

New Energy and Environmental Protection: Used in solar thermal power generation systems to cool the working medium and improve power generation efficiency. In waste heat recovery systems, it recovers waste heat from high-temperature flue gas, raising the feedwater temperature to a certain level and improving overall energy efficiency.