Parameter

• Thermal capacity : 0.35-2.8 Mw
• Rated thermal efficiency : ≥92%
• Pressure : 1.0MPa
• Available industries : Chemical, oil, petrochemical, textile, printing and dyeing, plastic, fiber, carbon, paper, printing, wood, food, brewing, heating and air conditioning and other industries

Introduction

The boiler water is only used as a heat carrier. During operation, the oxygen in the water is heated and precipitated. It is discharged out of the furnace. Oxygen corrosion will not occur in the furnace for long-term use. When the heat medium water is added at one time, a limited amount of calcium and magnesium ions are also heated and softened. The furnace water does not increase or decrease during operation, so no scaling occurs inside the boiler, which prolongs the operation. The service life of the boiler is 1.5 to 2 times that of ordinary boilers.

Advantages

• work under normal pressureit’ssafeandreliable
• An expansion tank is equipped at the topwater level can be controlled automaticallyit works without pressure,so it’s safe and reliabletedious report and endorse procedures are simplified.
• Compact structure,easy to mount and low engineering cost.
• The structure of lower part of the indirect heating boiler is the same as the regular one ,it’s composed of the firebox and heat transfer tubes, the upper part is equipped with a heat exchanger, there is also an expansion tank at the top. Generally, the boiler works under normal pressure, so it’s absolutely safe, the thermal media in the boiler isn’t in or out when the boiler is working, it transfers the heat between heat transfer tube and heat exchange, after being heated in furnace heat medium completely deoxidization and softening, and there is no furring and oxygen corrosion, these make the using life of the boiler last as long as 20yearsbuild in heat exchanger is manufactured to comply with manufacturing standard of shell-and -tube heatexchange tube pass and shell pass are put to test of water pressure.