Biomass Pellet Machine & Plant Price in India (2026)

Quick Summary for Buyers

·       Price Range Factors: Pellet machine investment depends heavily on capacity (500 kg/h to 5+ TPH), raw material moisture, and die configuration.

·       Key Equipment Types: Flat Die (small scale/soft biomass) vs. Ring Die (large-scale commercial production).

·       Optimum Feedstock Specs: Moisture content of 10%–15% and particle size below 5mm.

·       Turnkey Support: Proveg Engineering and Food Processing PVT LTD (Kota, Rajasthan) provides custom project engineering, plant design, installation, and commissioning across India.

Looking for a biomass pellet plants and machines, pellet mill, or complete biomass pellet plant in India? The right machine depends on your raw material, moisture content, required production capacity, pellet size, and level of automation.

Instead of choosing a machine based only on a generic online price, get a project-specific biomass pellet plants and machines recommendation and quotation from Proveg Engineering & Food Processing PVT LTD. We design and supply complete pellet production solutions from Kota, Rajasthan, with project support across India.

Table of Contents

·       Biomass Pellet Machine Price in India

·       Get a Biomass Pellet Machine Price Based on YOUR Project

·       What Is a Biomass Pellet Machine?

·       Flat Die vs. Ring Die Pellet Mills: Which Do You Need?

·       Biomass Pellet Machine vs Complete Biomass Pellet Plant

·       Complete Biomass Pellet Plant Solutions in India

·       What Does a Complete Biomass Pellet Plant Include?

·       How Much Does a Complete Biomass Pellet Plant Cost?

·       Why Choose Proveg Engineering?

·       State-Wise Biomass Pellet Machine Suppliers

·       Is a Biomass Pellet Manufacturing Business Profitable in India?

·       Biomass Pellet Machine FAQs

The price of biomass pellet plants and machines in India varies widely based on production capacity and equipment configuration. Rather than a single fixed cost, your total investment for a commercial pellet mill will depend on the following core factors:

• Production Capacity: Output requirements ranging from 500 kg/hour to 5+ tonnes/hour.
• Raw Material Type: Sawdust, paddy straw, bagasse, and wood waste require different die compression ratios.
• Moisture Content: Materials over 15% moisture require an integrated drying system.
• Automation Level: Manual starter panels versus fully automated PLC-based control panels.
• Auxiliary Equipment: Inclusions like hammer mills, counter-flow coolers, and automatic bagging systems.
• Pellet Specifications: Required pellet diameter (e.g., 6mm, 8mm, or 10mm fuel pellets).

To get an accurate, project-specific quotation based on your raw material and location, contact Proveg Engineering for a customized evaluation.

At Proveg Engineering, customers can discuss their actual production requirements before finalizing the biomass pellet plants and machines configuration.

Share these 7 details to get an accurate evaluation:

1. Biomass Type: Sawdust, paddy straw, wheat straw, rice husk, agricultural residue, wood waste, or bagasse.
2. Required Capacity: Output target in tonnes per hour (TPH) or tonnes per day (TPD).
3. Raw-Material Moisture: Approximate moisture percentage of incoming raw waste.
4. Pellet Size: Target pellet diameter (e.g., 6mm, 8mm, or 10mm).
5. Operating Hours: Expected daily production schedule (e.g., 8, 12, or 24 hours/day).
6. Project Location: City and state where the plant will be installed.
7. Project Type: New greenfield plant, facility expansion, or equipment replacement.

REQUEST A PROJECT-SPECIFIC QUOTATION

A biomass pellet machine (or pellet mill) is industrial equipment that compresses prepared agricultural or forestry waste such as sawdust, paddy straw, and rice husk into dense, high-calorific combustible energy pellets. The machine uses heavy mechanical pressure to force raw biomass through a hardened steel die, creating uniform pellets used for industrial boilers, power plants, and commercial heating.

Suitable raw materials include:

• Sawdust and wood chips
• Paddy straw and wheat straw
• Rice husk and mustard stalk
• Bagasse and cotton stalk
• Forestry and agricultural biomass waste

Selecting the right pelletizing technology is critical to operational efficiency and maintenance costs.

Understanding the difference between a standalone mill and an integrated plant prevents unexpected budget overruns.

Standalone Pellet Machine

A single pellet mill is used strictly to compress pre-processed biomass into pellets. It is sufficient only if:

• You already receive clean, pre-ground biomass (<5mm particle size).
• Your raw material moisture is consistently between 10%–15%.
• Upstream crushing and downstream cooling/packing equipment are already operational.

Complete Pellet Plant

A turnkey biomass pellet plant integrates every preparation step. Raw agricultural waste rarely arrives ready for pelletizing; it requires size reduction, moisture control, and post-pellet cooling. Proveg Engineering evaluates the end-to-end material stream rather than selling isolated machinery.

A commercial biomass pellet plant converts raw waste into market-ready fuel pellets through 6 interconnected systems:

A profitable pellet plant operates like an assembly line: each machine prepares the material so the next piece of equipment runs at peak efficiency.
 

1. Biomass Shredder (Initial Size Reduction)

Think of the Shredder as an industrial chipper. It breaks down bulky logs, tree bark, and large crop residues like paddy straw, rice, husk, mustard husk etc. into small chunks from irregular size to 20-50 mm.

·       What this means for your business: Prevents further machine jams, protects downstream motors from overload, and speeds up drying times.

2. Biomass Dryer (Moisture Control)

Raw biomass contains unpredictable moisture. The rotary Dryer acts like a giant, continuous industrial dryer, dropping moisture levels to the ideal 10%–15% range.

·       What this means for your business: Eliminates weak or crumbling pellets. Perfect moisture control reduces electrical consumption during pelletization and ensures maximum combustion efficiency, for biomass pellets GCV (Gross Calorific Value) usually sits between 3,800 and 4,800 kcal/kg.

 

3. Biomass Hammer Mill (Fine Grinding)

Operating like a heavy-duty food processor, the Hammer Mill uses high-speed steel beaters to crush shredded biomass ideally of size ≤20–30 mm into a uniform, fine powder of size 5-8 mm.

·       What this means for your business: Uniform particle size creates ultra-dense pellets that resist breakage during transit, protecting your brand reputation.

4. Mixer / Conditioner (Material Homogenization)

The Mixer Conditioned unit works as a batch blender. It thoroughly mixes raw material streams and adds precise amounts of steam or natural binding agents.

·       What this means for your business: Gives you the flexibility to blend low-cost raw materials (like straw with sawdust) without sacrificing final pellet quality.

5. Pellet Mill (The Core Production Engine)

The Pellet mill is the heart of your plant. It forces compressed biomass through heavy-duty steel dies under extreme pressure to form finished, solid, cylindrical fuel pellets of 6-8 mm.

·       What this means for your business: Delivers continuous 24/7 output with minimal die wear, turning low-value raw material into premium industrial fuel.

6. Cooling, Screening, & Automated Packing

Hot pellets are rapidly air-cooled to harden their structure, passed through a screener to remove loose dust, and automatically bagged.

·       What this means for your business: Cuts manual packaging labour by up to 60% and delivers clean, ready-to-ship product directly to your buyers.

Understanding Biomass Pellet Manufacturing Machine and Price Factors

Every biomass facility is unique. Obtaining an accurate price of pellet machines custom quote depends on three primary operational factors:

·       Raw Material Type: Hardwoods require heavier shredders than agricultural straws or sawdust.

·       Production Capacity: Standard plant sizes range from 1 Ton/Hour for regional suppliers to 5+ Tons/Hour for large industrial plants.

·       Level of Automation: Fully automated lines cost more upfront but deliver significantly lower cost-per-ton by reducing manual labour.

 

🔥Equipment Price Estimates (India B2B Market)

Estimated Biomass Pellet Machine & Plant Costs

Overall investment depends heavily on your required output (Tons Per Hour), material hardness, moisture levels, drying requirements, automation, plant configuration, and infrastructure. Use this budget guide for initial planning:

Small / Starter Setup (500 kg – 1 TPH): ₹25 Lakhs to ₹1.10 Crore total plant investment, depending on whether you require a basic pelletizing setup or a complete processing line with shredding, drying, grinding, cooling, screening, conveying and packing. Suitable for regional agro-waste or small sawdust processors.

· Commercial Setup (2 TPH – 3 TPH): 90 Lakhs to ₹2.5 Crore total project investment. These systems can be configured with heavy-duty ring die pellet mills and integrated drying, grinding, cooling, screening, material handling and automation systems for continuous commercial production.

· Large Commercial Setup (3 TPH – 5 TPH): Approximately ₹1.50 Crore to ₹4 Crore+ depending on raw material, moisture content, dryer configuration, pellet mill selection, automation level and infrastructure requirements. These plants are suitable for high-volume biomass fuel production and industrial customers.

· Industrial Turnkey Line (5+ TPH): ₹5 Crore+ and can increase substantially for higher-capacity or highly automated projects. Complete industrial lines may include multiple pellet mills, high-capacity shredding and grinding systems, industrial dryers, cooling and screening systems, automated material handling, dust collection, PLC/SCADA automation, storage and automatic packing systems.

Disclaimer: These figures are indicative planning ranges only. The final project cost should be calculated after evaluating the raw material, moisture content, required production capacity, pellet specification, operating hours, site conditions, automation requirements, electrical infrastructure, civil work and storage requirements.

For an accurate biomass pellet plant quotation, share your raw material, required TPH capacity, moisture level, project location and desired pellet size with Proveg Engineering & Food Processing Pvt. Ltd.

Note: Raw materials like paddy straw require extra shredding power compared to dry wood shavings, which affects individual equipment selection and final pricing

Proveg Engineering and Food Processing PVT. LTD - Complete Turnkey Engineering Partner

Setting up a biomass pellet plant requires seamless integration across grinding, drying, pelletizing, cooling, electrical panels, and civil foundations. Proveg Engineering provides end-to-end guidance to eliminate installation bottlenecks.


Headquartered in Kota, Rajasthan

Based in Kota, Rajasthan, Proveg Engineering offers strategic access, engineering support, and spare parts supply across North, Central, and Pan-India markets.

• Punjab: Ideal for paddy straw and agricultural residue utilization. Proveg supports projects in Ludhiana, Jalandhar, Moya, Kapurthala, Firozpur, Amritsar, Barnala, Ambala, Patiala, Bathinda etc.
• Haryana: High demand for biomass co-firing solutions. We serve clients in Karnal, Kaithal, Kurukshetra, Faridabad, Sirsa, Cheeka, Bhiwani, Ambala, and Sonipat etc.
• Rajasthan: Proximity to our Kota headquarters allows rapid site visits and support for projects in Bidasar,Nainwan, Bundi, Beawar, Churu, Ladnu, Niwai, Tonk, Churu, Baran, Chittorgarh, Dholpur, Jaipur, Jodhpur, Udaipur etc.
• Chattisgarh: Rice husk and agro-residue are abundant, currently under-utilised by-products across Chhattisgarh rice-milling belt Surajpur, Raipur, Bilaspur, Raigarh, Bhatapera, Akaltara, Bhilai, Ratanpur, Champa, Barnala and Tilda etc.
• Madhya Pradesh: Rich agricultural belt suitable for mustard crop and agricultural waste pellets. Serving Guna, Katni, Jirapur, Narsinghpur, Satna, Gadarwara, Siddhi, Indore, Bhopal, Ujjain, Jabalpur, and Dewas etc.
• Uttar-Pradesh: Strong potential for biomass pellet production due to the state sugarcane, rice and wheat processing sectors. We support projects involving bagasse, rice husk, wheat straw, sawdust across Lucknow,Kanpur,Meerut,Agra,Varanasi,Bareilly,Moradabad,Gorakhpur, Mirzapur, Hamirpur, Sitapur, Etawah etc.
• Bihar: Significant potential for biomass pellet projects due to rice milling, agricultural residues, maize and other agro-processing activities. We support customers looking to process rice husk, paddy straw, wheat straw, maize residues, sawdust and other suitable biomass across Rohtas, Patna, Muzaffarpur, Gaya, Purnia, Bhagalpur, Begusarai, Darbhanga and surrounding industrial/agricultural regions.
• Gujrat:- Strong industrial and agricultural biomass market with opportunities for pellet plants using suitable crop residues, cotton residues, groundnut residues, sawdust, wood waste and other locally available biomass. We support biomass pellet plant enquiries and project requirements across Ahmedabad, Vadodara, Viramgam, Surat, Rajkot, Bharuch, Anand, Mehsana, Gandhinagar and other industrial regions of Gujarat.
• Jharkhand: Growing opportunity for biomass fuel production supported by agricultural residues, forestry biomass and industrial fuel demand. Proveg supports biomass pellet machinery and project enquiries across Ranchi, Jamshedpur, Dhanbad, Bokaro, Ramgarh, Hazaribagh and other suitable industrial regions of Jharkhand, subject to feedstock availability and project requirements.
• Maharashtra: Major agricultural and industrial markets for biomass processing, with potential feedstocks including sugarcane residues, cotton stalk, soybean residues, rice husk, sawdust and other suitable agricultural biomass. Proveg supports projects across Gangakher Parvani, Pune, Nashik, Nagpur, Goldana, Nandera, Akola, Chhatrapati Sambhajinagar, Jalgaon, Kolhapur, Sangli, Solapur, Ahmednagar and other regions of Maharashtra, with a sales and service presence in Pune.
• Vidarbha Region – Nagpur: A major biomass opportunity zone within Maharashtra, particularly for agricultural and agro-industrial residues. Proveg supports biomass pellet plant requirements in Nagpur, Wardha, Amravati, Akola, Buldhana, Yavatmal, Chandrapur and surrounding Vidarbha districts, subject to evaluation of available feedstock, moisture and required production capacity.
• Odisha: Strong potential for biomass pellet production from rice husk, paddy straw, forestry residues and other suitable agricultural biomass, particularly around rice-processing and industrial areas. Proveg supports biomass pellet plant projects across Raigouha, Bhubaneswar, Cuttack, Rourkela, Sambalpur, Jharsuguda, Angul, Balasore and other suitable regions of Odisha.
• Telangana: Strong potential for biomass pellet plants because of rice milling, agricultural activity and industrial fuel requirements. Proveg supports projects using suitable rice husk, paddy residues, cotton residues, sawdust and other biomass feedstocks across Hyderabad, Warangal, Nizamabad, Karimnagar, Khammam, Nalgonda, Suryapet and surrounding regions. Proveg also has a sales/service presence in Hyderabad, supporting project coordination in Telangana.
• West Bengal: Significant opportunity for biomass pellet production around rice-milling, agricultural and industrial clusters. Proveg supports biomass pellet plant enquiries across Kolkata, Durgapur, Asansol, Siliguri, Aarambhgarh, Bardhaman, Malda, Murshidabad and other suitable regions of West Bengal, depending on feedstock availability and project requirements.

      Is a Biomass Pellet Manufacturing Business Profitable in India?

Yes, biomass pellet manufacturing is highly viable in India, driven by government mandates for co-firing biomass pellets in thermal power plants and rising fossil fuel costs. Profitability relies on:

• Raw Material Securitization: Sourcing agricultural or wood waste at low seasonal costs.
• Energy-Efficient Production: Minimizing power consumption (kWh per tonne produced).
• Targeting Industrial Buyers: Supplying power plants, textile mills, food processing units, and commercial boilers.

Frequently Asked Questions

What is the price of a biomass pellet machine in India in 2026?

There is no single standard price. Total investment depends on capacity, biomass characteristics, moisture content, die configuration, and auxiliary systems. Contact Proveg Engineering and Food Processing PVT LTD for an exact quote.

Which raw materials are best for biomass pellet production?

Sawdust, wood shavings, paddy straw, wheat straw, mustard stalk, rice husk, bagasse, and cotton stalk are all viable feedstocks.

Do I need a dryer for biomass pellet production?

If your raw material has a moisture content exceeding 15%, a drying system is required to ensure proper compression and prevent die clogging.

Can Proveg Engineering supply a complete biomass pellet plant?

Yes. Proveg Engineering supplies turnkey biomass pellet production plants, handling engineering, layout design, equipment supply, and commissioning across India.

What is the difference between a pellet mill and a complete pellet plant?

A pellet mill only compresses pre-processed biomass into pellets. A complete plant includes all upstream preparation (grinding, drying) and downstream processing (cooling, screening, packing).

Contact Proveg Engineering and Food Processing PVT LTD Today

Planning a commercial biomass pellet plant in India? Get a project-specific evaluation and quotation:

• Phone: +91 70736 42737
• Email: provegengineering@gmail.com
• Website: https://www.provegengineering.in , https://www.yulongproveg.com
• Head Office: Kota, Rajasthan, India