Biomass pellet for Mixer

With the increasingly serious problems of environmental pollution and energy shortage, biomass pellets, as a renewable energy source, have gradually attracted people's attention and attention. Biomass pellets have the advantages of high combustion efficiency, less pollutant emissions, and convenient storage, and are widely used in domestic and industrial fields. Among them, the mixer is an important equipment in the production process of biomass pellets.

A mixer is a device used to mix two or more kinds of pellets into a homogeneous material. In the production of biomass pellets, various biomass pellets can be mixed in proportion through a mixer to form a uniform material and achieve a better molding effect. The mixer can greatly improve the quality and combustion efficiency of biomass pellets.

Structure and working principle:

Biomass pellet for mixer is a kind of equipment used for mixing and stirring biomass pellets, which is mainly composed of stirring paddle, motor and mixing drum.

It works as follows:

First, put the biomass pellets to be mixed into the mixing drum;

Then, start the motor to rotate the stirring paddle;

The stirring paddle stirs and mixes the biomass particles to make them evenly distributed;

During the stirring process, the particle size and quality of the biomass pellets are exchanged to achieve the mixing effect;

During the stirring process, the rotation speed and stirring time of the stirring paddle can be adjusted according to the needs to achieve different mixing effects.

Function and advantage:

First of all, the mixer can perform proportioning and mixing according to the type and characteristics of biomass pellets. Different types of biomass pellets have different calorific values and gas emissions during the combustion process. Therefore, the mixer can perform reasonable mixing according to the calorific value and gas emissions of different types of biomass pellets to achieve more Good burning effect. For example, mixing biomass pellets with high calorific value and biomass pellets with low calorific value can increase the overall calorific value of biomass pellets and improve combustion efficiency.

Secondly, the mixer can make the biomass pellets mix evenly. During the production process of biomass pellets, there may be uneven particle size and shape, which will affect the shaping and combustion effect of biomass pellets. Through the stirring, turning and stirring movements of the mixer, biomass pellets of different sizes and shapes can be evenly mixed to ensure the molding quality and combustion efficiency of biomass particles.

Finally, the mixer enables regulation of the moisture content of the biomass pellets. The moisture content of biomass pellets is an important factor affecting the shaping and combustion effect of biomass pellets. If the moisture content is too high, the biomass particles will become soft, deformed, and difficult to form; if the moisture content is too low, the biomass particles will be difficult to form, brittle, and the combustion effect is poor. The biomass particles with different moisture content can be mixed and regulated through the mixer to achieve the ideal moisture content and ensure the molding and combustion effect of the biomass pellets.

In general, the mixer has unique advantages and functions in the production of biomass pellets. The mixer can effectively solve the problems of unreasonable ratio of biomass pellets, uneven pellets, unsuitable moisture content, etc., and improve the quality and combustion efficiency of biomass pellets. With the continuous innovation and development of technology, it is believed that mixing opportunities will play a greater role in the production of biomass pellets and make greater contributions to promoting sustainable development and environmental protection.