Main purposes of steam boilers

industrial production

In industries such as textile, food, pharmaceutical, paper-making, chemical, and rubber, it is used for heating, steaming, drying, sterilization, and heating of reaction vessels.

thermal power generation

Generating high-pressure steam to drive the steam turbine is the core equipment of thermal power plants.

Heating and heating supply

Central heating is provided for factory areas, residential areas, hotels, hospitals, and office buildings.

Washing/disinfection

Hospitals, bathhouses, and canteens utilize steam high-temperature sterilization and supply hot water.

power-driven

Some old-fashioned equipment, pump stations, and ships utilize steam as their power source.

Main advantages of steam boilers

high thermal efficiency

Steam heat exchangers have fast heat exchange speed and uniform heat transfer, and their thermal energy utilization rate is superior to that of ordinary hot water equipment.

Long conveying distance with minimal loss

High-pressure steam can be transported through long-distance pipelines, making it suitable for large-scale centralized energy supply.

Temperature controllable, operating condition stable

Steam pressure corresponds to a fixed temperature, making heat supply/process parameters easier to control.

Wide range of compatible fuels

Multiple energy sources such as natural gas, diesel, biomass, coal, and electric energy can be used, offering flexible selection.

Strong load adjustment capability

It can be flexibly started and stopped, and its load can be adjusted according to the steam consumption, meeting the needs of intermittent/continuous production.

Strong universality

One boiler can supply multiple workshops and sets of equipment simultaneously, resulting in low overall costs.

High-temperature sterilization has good effect

Saturated/high-temperature steam has strong penetrating power and is the preferred heat source in the food and medical industries.