Large-Scale Biochar Production
Daily Output: 2-30t/d
By-Product: combustible gas, wood vinegar, oil tar, etc.
AGICO is a professional biochar machines supplier specializing in the design, manufacture and service of biochar production lines, dedicated to helping customers build efficient, environmentally friendly and economical production facilities. Whether you are planning to expand your business in the fields of agriculture, environmental protection, energy or new materials, we can provide you with comprehensive support.
Our large-scale biochar production line belongs to commercial biochar production, the process of converting biomass (such as agricultural waste, forestry by-products, industrial biomass waste, etc.) into biochar through advanced pyrolysis technology. Compared to traditional methods, commercial production lines focus on scale, efficiency, and environmental protection, and can consistently produce high-quality biochar, while producing value-added by-products such as tar and pyrolysis gases.
What can we do for you?
As a professional biochar equipment supplier, our products and services range from equipment to total solutions to ensure your production line runs efficiently.
High-performance biochar equipment
We provide our customers with a full range of production equipment, including:
- Pretreatment equipment: crusher, dryer, to ensure that raw materials meet the production requirements.
- Core pyrolysis system: automatic continuous pyrolysis furnace or batch pyrolysis furnace to meet different production requirements.
- By-product recovery system: condenser and tail gas combustion device to maximize the use of by-products.
- Environmental protection facilities: flue gas treatment equipment to ensure compliance with emission standards.
Customized biochar production solutions
Each production line is tailored to the customer’s raw material type, production scale, and target use. We design solutions that cover the following areas:
- Low, medium or high temperature pyrolysis processes: biochar production needs for different uses (e.g. agricultural, industrial or energy applications).
- Increased added value of products: The development of special biochar (such as activated carbon materials) suitable for the high-end market.
Full life cycle support
From project start-up to stable operation, we accompany:
- Project design and planning: Provide feasibility study reports and technical and economic analysis to help clients reduce investment risks.
- Equipment installation and commissioning: Professional team to ensure that equipment quickly and safely into service.
- Technical training: Provide comprehensive production and maintenance training for customer teams.
1. Raw Material Test
2. Program Design
3. Device Manufacturing
4. installation
5. debugging
6. Technical Training
7. delivery on time
8. after-sales service
By-product value-added service
In the production of biochar, the pyrolysis process produces tar and combustible gas. We help our customers convert these by-products into marketable energy or heat sources within the production line through system design, further increasing economic efficiency.
why choose us?
Professional technology and industry experience
Deep experience in the field of perennial biomass pyrolysis, successful completion of several global projects to help customers achieve profitability targets in different industries.
One-stop solution
From market research, equipment manufacturing to operations and maintenance, we provide comprehensive support to save you time and effort.
Innovation and environmental protection
Our equipment is not only efficient and environmentally friendly, but also significantly reduces operating costs through by-product recovery and energy optimization design, in line with global sustainability trends.
Excellent service quality
We promise quick response and full support, and no matter where you are from, we are guaranteed to answer your questions within 24 hours.
choose a suitable scale for your biochar production
| Comparison Factor | Large-Scale Production Line | Small-Scale Production Line |
|---|---|---|
| Equipment Scale | Large equipment, typically includes multiple processing units with high automation | Small equipment, usually single processing unit with lower automation |
| Investment Cost | 10 million – 50 million RMB, including equipment, infrastructure, and environmental protection | 500,000 – 3 million RMB, suitable for companies with limited capital |
| Production Capacity | Annual organic waste processing: 10,000 – 50,000 tons | Annual organic waste processing: 500 – 2,000 tons |
| Annual biochar production: 2,000 – 10,000 tons | Annual biochar production: 100 – 800 tons | |
| Production Efficiency | High, continuous production capacity, daily output: 5 – 30 tons | Low, batch production, daily output: 1 – 5 tons |
| Operational Complexity | Complex, requires professional operators and maintenance personnel | Simple, easy to operate and maintain, but may require more manual intervention |
| Energy Efficiency | High, lower energy consumption per unit, energy consumption per ton of biochar: 100 – 150 kWh | Low, higher energy consumption, energy consumption per ton of biochar: 150 – 250 kWh |
| Raw Material Adaptability | High adaptability, can process a wide variety of organic waste, including agricultural waste, municipal waste, etc. | Limited adaptability, mainly suitable for specific raw materials like wood waste or straw |
| Automation Level | 80% – 95%, high level of automation reduces manual labor and increases stability | 40% – 60%, more manual operation involved |
| Space Requirement | Larger, requires more space for equipment and supporting facilities | Smaller, suitable for small enterprises or startups with lower space requirements |
| Maintenance Cost | Higher, larger and more complex equipment, higher repair and downtime costs | Lower, simpler equipment, lower maintenance costs |
| Environmental Requirements | High, due to the large scale, requires strict pollution control measures | Lower, but still requires basic pollution control measures |
| Investment Payback Period | 4 – 6 years, longer payback period due to high initial investment | 2 – 3 years, shorter payback period due to lower investment |
| Market Applicability | Suitable for large-scale industrial production, meets the demand of large customers or markets | Suitable for small markets or specific customization needs, such as local farms or horticultural applications |
| Economies of Scale | Significant, as production scale increases, unit product cost decreases | Limited, unit product cost is higher due to small scale production |