Pellet plant from 1 t/h
A pellet plant produces fuel pellets from wood waste such as sawdust and shavings. We offer complete sets of plants of different design capacities. The production of pellets can become a profitable business, since they are a cheaper and more efficient source of energy compared to other types of fuel, more environmentally friendly than the use of petroleum products and coal.
The plant is fully automated, equipped with all the necessary equipment depending on the buyer’s needs, type of raw materials, power, required parameters of the final product.
Appointment of the production line
The complete line is designed for the production of pellets - granules from wood waste or other plant materials, which are used as fuel in boiler rooms, fireplaces and stoves. They have a high calorific value and are an environmentally friendly type of fuel.
Raw materials
The following types of raw materials are usually used for the production of fuel pellets:
- Wood waste: sawdust, shavings, wood chips (up to 20 mm in fiber).
- Plant waste - such as straw, corn husks, sunflower husks and other plant materials.
- Peat, sugar cane, coconut flakes.
- Agricultural by-products.
Products
Fuel granules - pellets. They are used as an alternative to traditional fuels such as coal, oil and gas.
Main parameters of pellets:
- Pellet diameter: Typically the pellet diameter is between 6 and 8mm, but may vary depending on the type of pellet and the equipment used to produce it.
- Length of granules: The length of granules can also vary, but usually ranges from 5 to 30 mm.
- Moisture content of granules: The moisture content of granules should be low to avoid problems with storage and transportation. Typically the moisture content of the granules does not exceed 10%.
- Ash content of granules: The ash content of granules depends on the type of raw materials used and can vary from 0.5% to 5%.
- Calorific value of granules: The calorific value of granules depends on the type of raw material used and is usually around 15-18 MJ/kg.
- Density of granules: The density of granules can vary depending on the type of raw material used, but is usually around 500-700 kg/m3.
- Color of granules: The color of granules may depend on the type of raw material used and may be different for each type of granule.
Technology
Wood granulation technology includes several stages:
- Preparation: the wood must be cleaned of dirt, bark and other impurities.
- Crushing: The wood is crushed into small particles.
- Grinding: The shredded wood must be of a particle size suitable for further granulation.
- Drying: chopped wood is dried in special chambers at high temperatures. This is necessary so that the granules do not stick together and do not lose their shape during storage and transportation.
- Pelleting: Dry wood particles are fed into a granulator where they are compressed and formed into pellets. In this case, the wood particles stick together.
- Cooling: The granules are cooled in special chambers to room temperature to prevent them from deforming.
- Packaging: granules are packaged in bags or containers for storage and transportation.


Main technological characteristics
Plant configuration option 1.5 tons/hour.
No. |
Name |
Indicator |
1 |
Design power |
1.5 tons/hour |
2 |
Installed power of electrical equipment |
510 kW |
3 |
Electrical power consumption |
60 kW |
4 |
Thermal power of the drying unit |
1500 kW |
5 |
Requirement for raw materials at a relative humidity of 55% |
up to 3.62 tons per hour
|
6 |
Number of raw material components |
500 kg/hour |
7 |
Evaporative drying capacity |
up to 1000 kg of moisture per hour |
8 |
Overall dimensions of the plant (LxWxH) |
25x10x7m |
9 |
Granule diameter |
6.0 -8.0 mm |
10 |
Initial moisture content of the feedstock |
up to 55% |
11 |
Equipment protection level |
not less than IP54 |
12 |
Service staff |
3 people (1 person per shift) |
Technology system
Section No. 1 - section for receiving, crushing and storing wet material

1. Stocker warehouse for receiving wet raw materials, equipped with hydraulic and mechanical elements, equipment for sorting and preparing raw materials, a control and protection system.
2. Disc separator for sifting chips and large inclusions.
3-4. Transport equipment.
5. The separator cleans the raw materials from stones.
6. Hammer crusher for grinding wet wood chips.
7-8. Aspiration system.
9. Buffer storage.
10. Screw dispenser.
Section No. 2 - section for drying wet raw materials

11. Distributor hopper.
12-13. Conveyors.
14. Heat generator.
16. Drum dryer.
18. Buffer storage.
20-22. Rapid unloading system
Section No. 3 - section for grinding dry raw materials and storing

21. Dry raw material supply conveyor.
22. Separator for cleaning raw materials from metal and stones.
23. Hammer crusher.
24-29. Conveyors.
20-29. Rapid unloading system.
30. Starch dispenser.
Section No. 4 - granulation section

4.01. Buffer storage for granulator with agitator.
4.02. Granulator press feeder with mixer.
4.02. Press granulator.
4.04. Cooling column.
4.05. Vibrating sifter.
Section No. 5 - section for operational storage, shipment and packaging
Feeder for press granulator with mixer.
Operational capacity for shipment of vehicles.
Feeder for press granulator with mixer.
Operational capacity for shipment of vehicles.
Section No. 6 - section of automation and control of the entire production process

Composition of the production line (LINE EQUIPMENT)
- Stocker warehouse.
- Disc separator.
- Hammer crusher for wet raw materials.
- Drum dryer.
- Hammer crusher of dry raw materials.
- Press granulator.
- Starch input system.
- Counterflow cooler.
- Buffer storage.
- Transport equipment.
- Packing machine.
- ACS.
- Spark extinguishing system.
The completeness and characteristics of the plant equipment depend on the feedstock and design capacity.
Benefits of technology
- Compactness compared to competitive solutions;
- Wet and green wood can be processed;
- Obtaining homogeneous, easy-to-use fuel;
- High process automation;
- Energy saving, high efficiency;
- Safety of equipment operation;
- Reducing carbon dioxide emissions into the atmosphere.
We propose to make a layout solution taking into account:
- feedstock;
- productivity;
- room area;
- requirements for the parameters of the final product.
Contact us
We provide comprehensive engineering: design preparation, supply, supervision/installation, commissioning, engineering services, service, warranty and post-warranty service. Our qualified specialists are always ready to work with you to create a solution that meets specific requirements and processes, implement the layout of the line, discuss the technological features of the equipment and clarify prices.
For all questions: purchases, cooperation and for additional information, please contact the contact phone numbers, use the feedback form or send a request by email.
The complete line is designed for the production of pellets - granules from wood waste or other plant materials, which are used as fuel in boiler rooms, fireplaces and stoves. They have a high calorific value and are an environmentally friendly type of fuel.
Raw materials
The following types of raw materials are usually used for the production of fuel pellets:
- Wood waste: sawdust, shavings, wood chips (up to 20 mm in fiber).
- Plant waste - such as straw, corn husks, sunflower husks and other plant materials.
- Peat, sugar cane, coconut flakes.
- Agricultural by-products.
Products
Fuel granules - pellets. They are used as an alternative to traditional fuels such as coal, oil and gas.
Main parameters of pellets:
- Pellet diameter: Typically the pellet diameter is between 6 and 8mm, but may vary depending on the type of pellet and the equipment used to produce it.
- Length of granules: The length of granules can also vary, but usually ranges from 5 to 30 mm.
- Moisture content of granules: The moisture content of granules should be low to avoid problems with storage and transportation. Typically the moisture content of the granules does not exceed 10%.
- Ash content of granules: The ash content of granules depends on the type of raw materials used and can vary from 0.5% to 5%.
- Calorific value of granules: The calorific value of granules depends on the type of raw material used and is usually around 15-18 MJ/kg.
- Density of granules: The density of granules can vary depending on the type of raw material used, but is usually around 500-700 kg/m3.
- Color of granules: The color of granules may depend on the type of raw material used and may be different for each type of granule.
Wood granulation technology includes several stages:
- Preparation: the wood must be cleaned of dirt, bark and other impurities.
- Crushing: The wood is crushed into small particles.
- Grinding: The shredded wood must be of a particle size suitable for further granulation.
- Drying: chopped wood is dried in special chambers at high temperatures. This is necessary so that the granules do not stick together and do not lose their shape during storage and transportation.
- Pelleting: Dry wood particles are fed into a granulator where they are compressed and formed into pellets. In this case, the wood particles stick together.
- Cooling: The granules are cooled in special chambers to room temperature to prevent them from deforming.
- Packaging: granules are packaged in bags or containers for storage and transportation.


Main technological characteristics
Plant configuration option 1.5 tons/hour.
No. |
Name |
Indicator |
1 |
Design power |
1.5 tons/hour |
2 |
Installed power of electrical equipment |
510 kW |
3 |
Electrical power consumption |
60 kW |
4 |
Thermal power of the drying unit |
1500 kW |
5 |
Requirement for raw materials at a relative humidity of 55% |
up to 3.62 tons per hour
|
6 |
Number of raw material components |
500 kg/hour |
7 |
Evaporative drying capacity |
up to 1000 kg of moisture per hour |
8 |
Overall dimensions of the plant (LxWxH) |
25x10x7m |
9 |
Granule diameter |
6.0 -8.0 mm |
10 |
Initial moisture content of the feedstock |
up to 55% |
11 |
Equipment protection level |
not less than IP54 |
12 |
Service staff |
3 people (1 person per shift) |
Technology system
Section No. 1 - section for receiving, crushing and storing wet material

1. Stocker warehouse for receiving wet raw materials, equipped with hydraulic and mechanical elements, equipment for sorting and preparing raw materials, a control and protection system.
2. Disc separator for sifting chips and large inclusions.
3-4. Transport equipment.
5. The separator cleans the raw materials from stones.
6. Hammer crusher for grinding wet wood chips.
7-8. Aspiration system.
9. Buffer storage.
10. Screw dispenser.
Section No. 2 - section for drying wet raw materials

11. Distributor hopper.
12-13. Conveyors.
14. Heat generator.
16. Drum dryer.
18. Buffer storage.
20-22. Rapid unloading system
Section No. 3 - section for grinding dry raw materials and storing

21. Dry raw material supply conveyor.
22. Separator for cleaning raw materials from metal and stones.
23. Hammer crusher.
24-29. Conveyors.
20-29. Rapid unloading system.
30. Starch dispenser.
Section No. 4 - granulation section

4.01. Buffer storage for granulator with agitator.
4.02. Granulator press feeder with mixer.
4.02. Press granulator.
4.04. Cooling column.
4.05. Vibrating sifter.
Section No. 5 - section for operational storage, shipment and packaging
Feeder for press granulator with mixer.
Operational capacity for shipment of vehicles.
Feeder for press granulator with mixer.
Operational capacity for shipment of vehicles.
Section No. 6 - section of automation and control of the entire production process

Composition of the production line (LINE EQUIPMENT)
- Stocker warehouse.
- Disc separator.
- Hammer crusher for wet raw materials.
- Drum dryer.
- Hammer crusher of dry raw materials.
- Press granulator.
- Starch input system.
- Counterflow cooler.
- Buffer storage.
- Transport equipment.
- Packing machine.
- ACS.
- Spark extinguishing system.
The completeness and characteristics of the plant equipment depend on the feedstock and design capacity.
- Compactness compared to competitive solutions;
- Wet and green wood can be processed;
- Obtaining homogeneous, easy-to-use fuel;
- High process automation;
- Energy saving, high efficiency;
- Safety of equipment operation;
- Reducing carbon dioxide emissions into the atmosphere.
We propose to make a layout solution taking into account:
- feedstock;
- productivity;
- room area;
- requirements for the parameters of the final product.
Advantages of the equipment
Robust construction
Stable and reliable production
Maximum efficiency
Easy to operate
Easy maintenance
It will save space
Low maintenance costs
Long service life