YPM800 250kw Biomass Pellet Maker

Biomass Pellet Maker

Biomass pellet maker, we can also call it biomass pelleting machine, biomass pellet press, biomass pellet mill, biomass Pelletizer Machine, biomass granulator, biomass pellet making machine, etc. It is mainly used for processing biomass pellets. The equipment has the characteristics of strong power, high production efficiency, high reliability and low power consumption. It is an indispensable pellet forming equipment for biomass fuel industry.

The max. capacity of our biomass pellet maker for one unit is 5t/h, the model is YPM800, power is 250kw. If you ask for 20t/h biomass pellet production line, we can make the best design for you and the biomass pellet maker will be used 4 pcs to realize this capacity, welcome to contact with us for more details if any questions to ask, you can contact us by whatsapp: +86 15190513782.

rief introduction for Biomass Pellet maker

Yongli Machinery specializes in the production of biomass pellet maker, our factory produces biomass pellet machine, a single capacity is from 0.1t/h to 5t/h, is a variety of agricultural and forestry waste one-time processing into biomass fuel granulation of environmental protection machinery and equipment.
YPM series pellet machine is the continuous innovation and upgrading of Yongli machinery granulation equipment. Because of its stable structure, simple operation, high degree of intelligence, reliable operation, convenient maintenance, relatively low production and construction costs, it is widely used in particle treatment systems.
In addition to all kinds of tree sawdust and all kinds of wood waste, our equipment is also suitable for granulating straw, peanut shells, wood chips, waste wood, rice husks, branches, palm husks, bagasse and other granulation. Users can use one or more raw materials at a time for pellet processing.

Technical Parameters

Model	Capacity (t/h)	Power (kw)	Inner diameter of die (mm)	Pellet size (mm)	Dimension (mm)	Net weight (T)
YPM250	0.1-0.2	15	250	Ø6,Ø8,Ø10	142012001400	1
YPM320	0.3-0.5	37	320	Ø6,Ø8,Ø10	220010001900	2.5
YPM350	0.5-0.8	55	350	Ø6,Ø8,Ø10	250011002000	3.5
YPM420	1-1.5	110	420	Ø6,Ø8,Ø10	280011502100	4
YPM520	1.5-2.5	160	520	Ø6,Ø8,Ø10	320015002500	5
YPM660	2.5-3.5	185	660	Ø6,Ø8,Ø10	360017003300	6
YPM800	3.5-5	250	800	Ø6,Ø8,Ø10	390018003200	8

Application fields

Biomass pellet maker is widely used in biomass energy, such as fuels plant, wood processing plant,fertilizer plant, power station etc. We can produce the biomass pellet mill and full complete biomass pellet line, capacity ranges from 1t/h to 100t/h, welcome to contact with us.

Raw materials

Biomass Pellets

Maintenace of the biomass pellet maker

The maintenance of the biomass pellet maker mainly includes the disassembly and assembly of the granulator and the replacement and repair methods of vulnerable parts. The disassembly and assembly of the granulator includes four parts: disassembly and assembly of the feeding system, disassembly and assembly of the conditioning system, disassembly and assembly of the main transmission system of the granulator, and disassembly and assembly of the inclined groove system. Remove the fasteners between the feeding system, mixing system, main transmission system, and chute system to divide the granulator into four parts.

How to start the biomass pellet maker?

After all the test runs are normal, the official driving can be carried out. When driving, attention should be paid to the order of starting up, which should be from bottom to top. The steps are as follows:
(1) Carry out inspection work according to the steps of the test run.
(2) Drain the condensate from the steam pipeline and adjust the steam pressure (0.2-0.4 MPa).
(3) Start the main motor.
(4) Start the tempering motor.
(5) Start the feeding motor and adjust the feeder to the lowest speed.
(6) Open the discharge door and simultaneously open the steam inlet valve. Adjust the feeding motor speed slightly. After pressing out the particles, gradually adjust the feeder speed and steam addition amount to the appropriate level.
(7) Adjust the cutting blade to make the particle length suitable.
(8) Further adjust the speed of the feeder to achieve the rated current of the main motor, and adjust the steam flow accordingly to ensure appropriate temperature and humidity.