ZOZEN Boiler 25 Tons/Hour Biomass Reciprocating Grate Steam Boiler for the Paper Industry Project

In a large paper enterprise located in a park in Jingzhou City, Hubei Province, the company had been relying on traditional boilers for many years, which led to a "heat cut-off" crisis. This not only affected production efficiency but also brought significant environmental pressure to the surrounding area.
To address this issue and align with national green and low-carbon policies, the park decided to invest 25 million yuan in an environmental project. This project is being implemented in two phases and aims to install three 25-ton/hour biomass boilers. The project is expected to process nearly 100,000 tons of agricultural and forestry waste annually, replacing 60,000 tons of standard coal, and reducing CO2 emissions by 115,000 tons.

ZOZEN Boiler Product Advantages:
To ensure the smooth progress of the project and meet the high efficiency, stability, and environmental requirements, ZOZEN provided the DZW series third-generation biomass reciprocating grate steam boiler. This series of boilers consists of three drum water-tube boilers and has several notable advantages:

Wide Fuel Adaptability: ZOZEN's DZW series biomass boilers can accommodate a variety of fuels, including biomass scraps, building templates, wood chips, palm shells, and more. This makes it especially suitable for enterprises in areas with abundant agricultural and forestry waste resources. Regardless of the fuel type, the boiler ensures stable and efficient combustion.

Complete Fuel Combustion: To ensure efficient operation when using biomass fuels with higher moisture content, ZOZEN designed a unique reciprocating grate and independent wind chamber structure. This design effectively enhances fuel combustion efficiency, ensuring high thermal efficiency and stability of the boiler.

Thermal Efficiency > 86.7%: ZOZEN adopts a densely arranged water-cooled wall pipe structure combined with a customized boiler system, further increasing the boiler's radiation area. This not only improves thermal efficiency but also ensures better utilization of the heat inside the furnace, thereby reducing energy consumption. The thermal efficiency of this boiler exceeds 86.7%, far surpassing traditional boiler standards.