0086-138 3838 9622The first equipment for a 2.5 t/h bamboo pellet project has arrived at the customer’s site in Laos, allowing mechanical assembly to begin after the completion of overseas delivery for the initial shipment.
The project is being developed by a biomass processor located near bamboo-processing activities. Its future feedstock supply will include bamboo offcuts, strips, chips and finer residues generated during cutting and product manufacturing.
The customer plans to manufacture mainly 6–8 mm biomass fuel pellets for industrial thermal applications.
First Installation Work Begins at the Raw-Material End
The first site activities are concentrated around the equipment that will receive and prepare bamboo residues.
This is a logical starting point because the customer’s feedstocks do not arrive in one uniform form.
Long strips and larger offcuts cannot enter the same preparation stage as bamboo dust or fine shavings. The future plant therefore needs to reduce coarse bamboo first while allowing suitably sized fine material to enter a shorter route.
Foundation positions and equipment centerlines are now being checked before permanent fixing begins.
Bamboo Fiber Requires More Than Ordinary Wood-Dust Handling
Although bamboo is a lignocellulosic biomass, its physical behavior can differ noticeably from loose sawdust.
Long fibers can bridge in feeding positions. Irregular pieces can create unstable loading if coarse reduction is insufficient. Moisture can also vary according to whether the residues come from fresh cutting or dry downstream processing.
These conditions influenced the front-end design before the equipment was shipped to Laos.
2.5 T/H Scale Matches the Customer’s Available Residue Supply
The customer selected a 2.5 t/h bamboo biomass pellet production line rather than a much larger nominal plant.
The decision reflects the volume of residues that can be supplied reliably from the surrounding bamboo-processing network and the customer’s intended industrial fuel market.
This allows the plant to operate around a realistic local raw-material base instead of depending on continuous long-distance collection.
Mechanical Connections Will Progress Toward Pellet Production
As installation continues, the preparation equipment will be connected to storage, feeding and the common pelletizing section.
Cooling and screening equipment will follow downstream.
Electrical work will begin after the principal mechanical positions are confirmed.
The first material tests will later use the customer’s actual bamboo residues rather than a standard factory feedstock.
For the Laos biomass pellet project, the arrival of equipment marks the point where the pellet plant has moved from drawings and logistics planning into physical construction on site.
