Product Details

Model Specifications: 1400KW-7000KW

Applicable Fuel: Straw, Molded Distiller's Grains, Bagasse, Other Direct Combustion Coal, Biomass Mixed Fuel

Application Range: Chemicals, Printing and Dyeing, Food, Wood Processing, Coating, and other industries.

The YLW type biomass thermal oil boiler is a forced circulation chain grate boiler developed by us. It is a new type of heating equipment that uses biomass as fuel and thermal oil as the medium. It consists of an upper body and a lower chain grate. The front part of the body is the furnace radiant heating surface, the middle part is a heating surface composed of serpentine tubes, and the rear part is the convection surface. During operation, the boiler can effectively adjust the temperature according to actual requirements, meeting various customer needs. The boiler is equipped with a comprehensive operation control system and safety monitoring devices, making it easier and more convenient to operate. Furthermore, all emission indexes of this boiler are below the national "Boiler Atmospheric Pollutant Emission Standard," and its operating cost is 5%-10% lower than that of coal-fired boilers, making it an ideal alternative product for coal-fired boilers.

The YLW biomass thermal oil boiler produces no corrosion or scaling during operation and emits no waste gases. With its excellent heat transfer performance, convenient and quick post-maintenance, and high thermal efficiency, it has become a new boiler that not only meets policy requirements but also caters to customer needs.

Performance Advantages

Strict technical measures are implemented to control the content of air, moisture, and other low-volatile substances in the working medium before the boiler's circulating heating.

Tightly structured, significantly reducing the footprint required for the boiler room.

The boiler body and chain grate can be assembled on-site, reducing transportation costs and shortening the installation period.

The furnace arch design is rational, extending the time smoke stays within the furnace chamber, resulting in more complete combustion.

Achieves higher operating temperatures at lower operating pressures.

Under various loads, the thermal efficiency maintains an optimal level.

Fueling with wood chips and agricultural and forestry waste, transforming waste into treasure.

The furnace chamber is composed of double-density finned tubes, reducing the heat load on the tube surface and enhancing safety.

The heat-absorbing surfaces are arranged in the smoke room, which avoids the direct impact of high-temperature flue gas on the partition walls, preventing the phenomenon of smoke short-circuiting due to the falling off of the partition walls.

Medium flow is rational, from low to high, which makes it difficult for the gas generated during operation to remain inside the furnace, allowing for easy discharge from the system.

Technical Specifications