The article on Yongning Grate tells you how to choose a grate that is more cost-effective.

 In production, the grate is an important piece of equipment that everyone often has to deal with. Today, I will introduce how to choose the appropriate grate to improve production and usage efficiency.

The industrial boiler market is growing steadily, and Yongning grates are driving continuous growth in the supporting grate industry.

 Recently, research institutions officially released the "2020-2026 China Grate Industry Development Research Analysis and Development Trend Forecast Report." The report shows that as China's industrial development direction continues to transform from "Made in China" to "Intelligent Manufacturing in China," the industrial boiler market will also undergo iterative upgrades. In this process, the supporting sub-industries of boilers, including grates, will also welcome new development opportunities.

Introduction to several types of waste incineration grate

The grate system is the most critical part of the grate-type waste incineration furnace. It plays a vital role in the overall process route, incineration effect, project cost, economic benefits, and more. To meet the needs of engineering design, it is essential to focus on mastering the technical characteristics of waste incineration grate technology, providing a technical reserve for subsequent engineering design. This article will briefly introduce several characteristics of grates.

Research Progress on Nitrogen Oxide Emission Control Technology for Biomass Boilers

 The nitrogen content in biomass fuels is relatively low, but about 70% to 100% (by mass) of the nitrogen will eventually be converted to NOx. Moreover, the NOx emissions from the combustion of biomass fuels such as straw are higher than those from woody fuels. In recent years, the air quality in our country has faced severe challenges, and NOx is a common atmospheric pollutant that significantly affects residents' health, production, and daily life. Therefore, this paper reviews the current NOx combustion control technologies both domestically and internationally, summarizes the advantages and disadvantages of various technologies, discusses the bottlenecks faced by our country in NOx control technology for biomass boilers, and provides an outlook on future trends in this research field.

What are the requirements of the high-temperature pyrolysis furnace for the grate?

There should be sufficient grate length and area to meet the designed waste processing capacity and ensure that the waste has enough time to complete the combustion process, achieving the predetermined slag heat incineration rate indicators.

Active reciprocating grate bars

 There is a small angle between the grate surface and the horizontal plane, and the reciprocating grate bars produce periodic vibrations through the action of the motor and eccentric wheel. During the vibration, the fuel layer continuously moves towards the rear of the furnace, causing the burnt ash to fall into the ash pit at the end of the grate. The characteristic of this grate is its simple structure.

What are the furnace bars of reciprocating grate boiler accessories like?

The development of the boiler accessories industry is also accelerating. In order to adapt to the speed of production development, as an independent industry, boiler accessories have not only increased in production speed but also made significant improvements in terms of innovation and development. While providing services for production, it also stimulates the research and development of new product types based on production practices. This is a complete and positive development model.

The harmonious development of energy saving and emission reduction achieved by the grate.

The grate also needs to save energy and reduce emissions to achieve harmonious development in energy conservation and emission reduction. During the movement process, large clumps of garbage can be broken up and pushed forward, allowing for a more even distribution and leaving more gaps, which is beneficial for complete combustion. The garbage enters the incinerator for burning, with the fan extracting primary and secondary air from the garbage storage pit and the top of the boiler to assist combustion, ensuring the complete burning of the garbage.