10tph leftover material pellet production line

Now take the construction leftover material pellet production line project of 10tph as a case, according to the technological process and each section to do the following introduction and description.

Technological process chart:

Chipping process--Grinding process--screening process--drying process--mixing process-- pelleting process--storage process-- bagging process

Craft features and process introduction

chipping process( only part of the leftover material need chipping): leftover material are chipped into wood chips with 20-30mm dimension and 5-10mm thickness then go to following process.

Chipping equipment: Wood chipper LYGX216，main machine power: 55kw，Feeding roller power: 3kw，designed output: 10m³/h

Grinding process: The grinding work has no dust discharge. After grinding,  the sawdust will be transported through pneumatic transmission by the fan suction air pressure. The hammer mill is a water droplet type structure; the hammer mill rotor can be operated in forward and reverse directions to improve the service life of the hammer blade; the direct transmission mode of the motor is adopted.

Grinding equipment: MFSP68*120，power 200kw，capacity: 6-8T/H( raw material moisture 40%)

Cleaning equipment(3sets): MCY160*300， power 3kw，designed output 5-8T/H/set, separately for cleaning wet sawdust before drying, and sawdust before pelleting.

Drying section: three-layer drum dryer, after drying, sawdust moisture in about 15%.

Drying equipment(1set): LYHG50, drum diameter 3.0m, length 11.6m, power 19kw, design yield 5T, (before drying raw material moisture is 40%).

Mixing section: the sawdust or shavings of different tree species and other raw materials will be mixed through the mixing machine, and then into the pellet mills for pelleting.

Mixing equipment: SLHY5, host power 30KW, continuous ribbon mixer.

The diameter of biomass pellet is optional from 6-10mm, and the biomass pellets have the characteristics of high calorific value, no pollution and low ash content, which can be widely used in biomass power plants, biomass steam boilers, household fireplaces, drying furnaces and biomass gasifier.

Pellet mill(12sets): MZLH420, main motor power: 90kw, power of forced feeder: 0.75kw, design with 0.8-1.2T output. 

Cooling equipment: MKLB4, cooling volume : 4m3, design with 5-7t/h output.

Storage process: 1 unit of 5000T finished pellet silo for storage. The finished pellet can be temporarily stored into the silo and for bulk shipment. 

According to the customer's local sales needs, the appropriate packing scale is selected for customer to sell products more easily. There are usually two specifications: small bag and ton bag. 20-50kg/bag for small bags, 500-1000kg/bag for ton bags.

Packing scale: MDBLY-K，bag size20-50kg/bag，packing speed: 3-5bag/min.

Highlights and optimization of the scheme design:

1. This scheme adopts the separation method between the raw material pretreatment workshop and the finished pellet workshop. The dust pollution in the raw material pretreatment workshop will not affect the finished pellet workshop.;

2. In order to meet customers' requirements of reducing floor space, the design of the main workshop is of high height. Users can increase the floor area according to their actual needs, thus reducing the height of the main workshop;

3. In this scheme, the customer requires that there are mainly sawdust of two different tree species, which needs to be mixed in a certain proportion for pelletizing. If there is no such requirement, the mixing section before the pelletizing section can be removed.

4. According to the actual market demand, users can select and match the storage and packaging forms of finished products, such as small package, ton package, silo storage, bulk distribution and other forms.