SZL 7mw Chain Grate Boiler Parameter Table and Project Example

 We know that coal-fired boilers and biomass boilers have the same furnace type, both are SZL chain grate boilers, and boilers that can burn coal can also burn biomass fuels, but the auxiliary equipment equipped is somewhat different. SZL7-1.0/95/70-AII assembly is a common dual-purpose furnace type of coal-fired and biomass boilers on the market. The following is about SZL7-1.0/95/70-AII 10 tons of coal-fired biomass dual-purpose hot water Boiler technical parameter table.

SZL 7mw Chain Grate Boiler

SZL7-1.0/95/70-AII boiler technical parameter table

15 ton biomass steam boiler for a paper mill in Sri Lankan

• Mode:SZL15-1.25
• Capacity:15 ton per hour
• Application:paper industry

In recent years, the Sri Lankan government has concentrated on developing the economy. A paper company has seized the opportunity to accelerate reforms, and its output has also flourished, and there has been a gradual shortage of supply. As a result, the company urgently needs to purchase a stable steam boiler to meet production. After investigation, the company finally purchased a 15-ton szl series biomass steam boiler from ZBG.

The paper mill operates an advanced pulp and paper manufacturer manufacturing facility, producing many types of quality writing and printing papers. This 15-ton biomass steam boiler will be used in the production process of concentration, bleaching and drying in the papermaking process.

The features of 15 ton szl series biomass steam boiler

• Rated capacity: 15 ton/hr
• Working pressure: 1.25 Mpa
• Structure: horizontal, Water Tube
• Output: Steam
• Fuel: biomass pellets
• Weight: 21TON
• Thermal efficiency: 88%
• Operation style: Automatic Chain Grate Stoker Biomass Boiler

In the boiler operation, biomass fuels are burnt and produce hot gas transferring heat to water. SZl series biomass steam boiler have better response to steam demand and they can produce steam at high pressure and high capacity. In the szl series biomass steam boiler, fuel will be fed at one side and then the iron chain will bring it moving and burning along the combustion chamber. The combustion air comes from beneath of the grate. According to the characteristics of different fuels, the boiler can optimize the design of the width, length, grate speed, primary and secondary air ratio, and the position and direction of the secondary air outlet to ensure the boiler output and thermal efficiency, run smoothly.