Biomass boiler burner 1.2 million kcal hot blast stove internal structure

Biomass boiler burner 1.2 million kcal hot blast stove internal structure

Introduction to Biomass Burner:

A biomass burner uses biomass particles as fuel and produces high-temperature flames through suspension, boiling, and semi gasification cracking combustion methods; Transfer high-temperature torch heat to thermal equipment through radiation and convective heat transfer. It is a high thermal energy and clean combustion equipment, which provides a new transformation technology solution for fossil fuel equipment to clean fuel, and is highly favored by customers.

Biomass burners can be divided into two types: naturally air-cooled and water-cooled, with various series of products.

2、 Application of biological combustion machine:

As the main equipment of thermal equipment, biomass burners are designed, produced, and manufactured based on the performance and technical parameters of existing domestic industrial, commercial, and civilian boiler models. Through scientific theoretical calculations and years of practical experience, different thermal power series products are scientifically matched. Widely used in food processing, agricultural planting, industry, printing and dyeing, electroplating, spraying, baking paint, smelting, wood processing, drying, heating, heating, bathing, etc. It is also an ideal choice for converting coal-fired boilers to clean energy, with low investment, low operating costs, and short payback period.

3、 Characteristics:Biomass boiler burner 1.2 million kcal hot blast stove internal structure

1. Energy saving: Reuse various wood scraps, straw, etc., which benefits the country, the people, and serves society, saving operating costs;

2. High thermal efficiency: Boiling semi gasification combustion with tangential swirl air distribution design, low-temperature segmented combustion;

3. Stable and reliable: operates under slight positive pressure, without tempering or misfiring;

4. Low carbon and clean: biomass fuel combustion has low emissions of carbon dioxide, nitrogen oxides, and sulfur dioxide;

5. Easy operation: using automatic feeding, simple operation, small workload, single person on duty is sufficient;

6. Pollution free: Using renewable biomass energy as fuel, achieving sustainable use of energy;

7. Wide range of thermal load adjustment: The thermal load of the combustion engine can be quickly adjusted within the rated load range, with fast starting, sensitive response, and strong adaptability;

8. No tar, wastewater and other waste discharge: High temperature gas direct combustion technology is adopted, and tar is directly burned in gaseous form, solving the technical problem of high tar content in biomass gasification and avoiding secondary pollution of water quality caused by washed tar.

Workflow of biomass burner:Loading - Manual feeding start - Ignition - Normal combustion - Automatic feeding - Air supply start

Biomass burners can be divided into two types: naturally air-cooled and water-cooled, with various series of products.

2、 Application of biological combustion machine:

The biomass burner, as the main equipment of thermal equipment, has been scientifically tested based on the performance and technical parameters of existing domestic industrial, commercial, and civilian boiler models

Through theoretical calculations and years of practical experience, we design, produce, and manufacture scientifically matched products of different thermal power systems. Widely used in food processing and agriculture

Planting, industry, printing and dyeing, electroplating, spraying, baking paint, smelting, wood processing, drying, heating, heating, bathing, etc. At the same time, coal-fired boilers are being converted

The ideal choice for clean energy is low renovation investment, low operating costs, and short payback period.

3、 Characteristics:

1. Energy saving features: Reuse of agricultural and forestry waste, benefiting the country, the people, and serving society;

2. Environmental protection features: low emissions of carbon dioxide, nitrogen oxides, and sulfur dioxide from biomass combustion;

3. Renewable characteristics: biomass energy, inexhaustible and inexhaustible;

4. Wide range characteristics: raw materials are widely sourced without regional differences;

5. Low equipment investment and capital recovery block;

6. Convenient transportation, small transportation radius, and stable fuel prices;

7. The equipment is easy to operate, safe, and has a long service life;

8. Wide load regulation range and strong adaptability;

9. Can achieve effective matching with user thermal equipment, as well as energy-saving and environmentally friendly