Bagasse Briquettes Manufacturing | How to Make Biomass Briquettes

In this session explained about meaning of biomass/ bagasse briquettes , manufacturing process of briquettes, Application of Biomass briquettes and approximate Calorific values of Biomass Briquettes.

Biomass Briquettes Manufacturing Process | How to Make Bagasse Briquettes

Contents

1 Biomass Briquettes Manufacturing Process | How to Make Bagasse Briquettes
2 Bagasse Briquettes Meaning
3 Manufacturing Process of Bagasse or Biomass Briquettes
4 Major Equipment used in Biomass/Bagasse briquettes.
5 Why bagasse /Biomass Briquettes are preferred
6 Application of Biomass briquettes
7 Approximate Calorific values Biomass Briquettes of different types of raw materials

Bagasse Briquettes Meaning

Bagasse briquettes are made from sugar cane bagasse ( one of the major by product in cane sugar manufacturing process). Biomass or bagasse briquettes is the process of converting low density biomass into high density fuel briquettes. These bagasse briquettes are renewable in energy.

Bagasse/Biomass Briquettes are best fuel because it is Environment Friendly & cheap compare to others fuels.

Bagasse briquettes and pellets have a high calorific values, low ash content, low moisture content.

For high quality bagasse briquettes, the moisture content of bagasse should be less than 12%

Sugar cane bagasse briquettes calorific value is 4200 Kcal/kg

Manufacturing Process of Bagasse or Biomass Briquettes

1 . Raw material ( Biomass or bagasse ) size required 10 mm to 25 mm.

2. Raw material moisture content shall be maintained 10 to 12%. So use drier to drying the bagasse before feed to briquetting machine.

3. The dried biomass or bagasse is fed to feed box is compressed by the press, forcing it through tapper die(ram punch) fitted in the Die Holder.

4. The compression raises the temperature of material which results in softening of the Lignin. In every biomass inherently having lignin content. Due to this the surface of briquettes comes softening and binds the material together. So no need to add any chemicals or adhesive or binder technology.

5. Provided pressures of the order to minimum 350 kg/cm² are used, or preferably 1000 kg/cm²

6. Biomass briquettes formed are in the shape of cylindrical logs which are pushed through cooling tracks under slight pressure for cooling and then to transport storage point.

7. Cooled briquettes are broken and packed in bags or stored in bulk for dispatch.

Major Equipment used in Biomass/Bagasse briquettes.

a) Briquetting Press

b) Load wheel

c) Feeding Cup

d) Reduction Gear

e) Screw Conveyor

f) Main electric motor

g) Flat belt

h) Die holder

i) cooling track

Why bagasse /Biomass Briquettes are preferred

1. Biomass briquettes are renewable energy fuel.
2. It has high burning efficiency.
3. Bagasse briquettes not having any sulfur material. So it is Pollution free fuel
4. It is best substitute source of energy.
5. Biomass briquettes have a higher practical thermal value.
6. Higher fixed carbon value and lower ash content (2 to 6 %) compare to coal
7. Using briquettes will beneficial for the industries as (20 to 25%). they will get carbon credit.
8. Fly ash content is very low when burning briquettes.
9. Briquettes contain low moisture (3 to 6%) compare to other fuels like coal.

Application of Biomass briquettes

1. Brick making units
2. Ceramic Industries
3. Chemical Industries
4. Milk Plant
5. Vegetable plants
6. Spinning mills
7. Leather industries.
8. Rubber Industries.
9. Solvent Extraction Industries.
10. Food processing Industries.
11. Dyeing units.
12. Textile units.
13. Lamination Industries.

Approximate Calorific values Biomass Briquettes of different types of raw materials

Bamboo Dust : 4160 Kcal/kg

Cotton Stalk : 3800 Kcal/kg

Coir Pitch : 4146 Kcal/kg

Coffee Husk : 4200 Kcal/kg

Castor Seed Shell : 3860 Kcal/kg

Forestry waste : 3000 Kcal/kg

Ground Nut Shell : 4000 Kcal/kg

Jute Waste : 4428 Kcal/kg

Mustard Husk : 4500 Kcal/kg

Maize Stalks : 3800 Kcal/kg

Paddy straw : 3469 Kcal/kg

Palm husk : 3900 Kcal/kg

Rice Husk : 3200 Kcal/kg

Rice Straw : 3500 Kcal/kg

Sugar cane Bagasse : 4200 Kcal/kg

Sugar Cane Trash : 3500 Kcal/kg

Saw dust briquette : 3898 Kcal/kg

Soya bean husk : 4170 Kcal/kg

Sunflower stalk : 4300 Kcal/kg

Tea waste : 4237 Kcal/kg

Tobacco waste : 2910 Kcal/kg

Wood chips : 4785 Kcal/kg

Wheat Straw : 3700 Kcal/kg

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