
From 1 TPH starter units to 5 TPH industrial plants — choose a pre-configured setup or build a custom configuration up to 20 TPH.

Turnkey biomass pellet plant setups — from raw material intake to finished product, supplied and commissioned as a complete package. Choose from 1 TPH, 2 TPH, 5 TPH, or a custom configuration up to 20 TPH.





Commercial-scale biomass pellet plant producing 1 tonne per hour. Ring die technology with integrated drying, cooling, screening and automatic packing.

Industrial-scale plant for serious pellet production businesses.

Large-scale industrial pellet production facility for export and high-volume markets.

Large-scale custom-engineered biomass pellet plant designed to your exact capacity, raw material, and site requirements. Suitable for industrial producers, power utilities, and export-oriented units requiring bespoke configurations beyond standard packages.
Capacity Reference
Compare power consumption, floor area, and machine count across our standard plant configurations.
| Plant Capacity | Power (kW) | Floor Area | Machines |
|---|---|---|---|
| 1 TPH | 100–115 kW | 1130–1350 sq.ft | 10 |
| 2 TPH | 230–250 kW | 2360–2696 sq.ft | 10 |
| 5 TPH | 430–460 kW | 3372–3709 sq.ft | 10 |
| 5–20 TPH (Custom) | On request | On request | On request |
Standard Commercial Configuration
9 to 10 Machines per Plant
What We Offer
Every standard plant includes these core machines, each serving a specific role in the biomass pellet production process.
Stores large volume biomass before processing, ensuring continuous feed to the production line.
Transfers biomass to the grinding section with consistent, controlled material flow.
Reduces biomass size to 3–5 mm particles, achieving the uniform particle size required for pelletisation.
Removes dust generated during grinding, maintaining air quality and equipment health.
Reduces biomass moisture to 10–15%, the optimal range for consistent pellet quality.
Compresses biomass into dense pellets using high-efficiency ring die technology for industrial throughput.
Reduces pellet temperature after pressing to harden them and reduce residual moisture before packing.
Removes fines and broken pellets, maintaining uniform product grade and customer-ready quality.
Packs pellets into 25–50 kg bags with semi or fully automatic operation, integrated with conveyors.
Controls entire plant operations from a single panel — monitoring, automation, and safety interlocks.
Why Peltra
We are not just equipment resellers. We work alongside you from selection through commissioning.
We start by understanding your raw material, site, and output goals before recommending any machinery — no one-size-fits-all packages.
Machinery selected to handle the variability of Indian biomass feedstocks — moisture, density, and particle size variations included.
Our team stays engaged after commissioning for troubleshooting, operator training, and process optimisation.
From logistics and civil layout guidance to trial runs — we manage the moving parts so you can focus on your business.
Common Questions
The smallest pre-configured setup is the 1 TPH complete plant, suitable for small to medium agro-processing businesses. It requires 100–115 kW power and approximately 1130–1350 sq.ft of floor area.
Yes. We offer custom configurations from 5 TPH up to 20 TPH per hour. Contact our team with your capacity, raw material, and site requirements for a tailored proposal.
The 1 TPH plant takes 10–15 working days from delivery. The 2 TPH takes 20–30 days. The 5 TPH takes 30–45 days. Our team is on-site throughout commissioning.
Our plants process rice husk, paddy straw, sawdust, wood waste, agro-residue, and other agricultural by-products. Machinery is selected for the moisture, density, and particle size variations typical of Indian feedstocks.
Yes. All packages include on-site installation support and operator training. We also provide civil layout guidance, electrical diagrams, and process documentation. Post-commissioning support is available for ongoing optimisation.
Get in Touch
Our team will help you understand which machinery or plant configuration fits your raw material, capacity, and site requirements.