Biomass-Fired Heat Transfer Oil Boiler | Product Introduction
A green, efficient, and cost-saving thermal solution designed for industrial high-temperature process needs, our Biomass-Fired Heat Transfer Oil Boiler uses renewable biomass fuels to heat heat transfer oil (thermal oil), providing stable, constant-temperature heat (up to 320°C) without high-pressure risks. It perfectly replaces fossil fuel-fired thermal oil boilers, helping enterprises achieve carbon neutrality goals while reducing operational costs.
Core Value Proposition
Our biomass-fired heat transfer oil boiler integrates renewable energy utilization, high-temperature stability, and environmental compliance into one. It uses low-cost biomass fuels (wood chips, biomass pellets, rice husk, sawdust, corn cob, bagasse, etc.) to replace coal, natural gas, and diesel, reducing energy costs by 25–45%. Meanwhile, it realizes near-zero net CO₂ emissions, meets global environmental protection standards, and is suitable for long-term continuous operation in various industrial scenarios.
Key Technical Features
Advanced Combustion System: Equipped with a reciprocating grate or chain grate, combined with a multi-stage air distribution system and secondary air technology, ensuring full combustion of biomass fuels, reducing coking and ash accumulation, and improving fuel utilization rate.
Efficient Heat Transfer Structure: Adopts a horizontal coil-type or tube-type structure, with reasonable layout of heating surfaces (radiation section + convection section), enhancing heat transfer efficiency and ensuring uniform heating of heat transfer oil, with thermal efficiency up to 87%.
Stable Temperature Control: Equipped with an intelligent PLC control system, which can accurately control the temperature of heat transfer oil (error ≤ ±2°C), realizing constant-temperature heat supply, and adapting to the strict temperature requirements of industrial processes.
Safe & Reliable Operation: Integrated safety protection systems, including over-temperature, over-pressure, low-oil level, flameout, and fault shutdown interlocks, effectively avoiding safety risks such as oil leakage and overheating, ensuring long-term stable operation.
Wide Fuel Adaptability: Compatible with various biomass fuels (particle size 0–50mm, moisture content ≤30%), supporting mixed combustion of multiple fuels, solving the problem of difficult fuel sourcing for enterprises in different regions.
Low Maintenance Cost: Simplified ash and slag discharge system, wear-resistant and high-temperature-resistant components, reducing maintenance frequency and downtime, and lowering the overall operation and maintenance cost.
Technical Parameters (Typical Model: YLW Series)
Parameter | Specification |
|---|---|
Heat Capacity | 0.3–20 MW (customizable) |
Working Temperature | 180–320°C (adjustable) |
Working Pressure | ≤1.0 MPa (atmospheric pressure optional) |
Fuel Types | Wood chips, biomass pellets, rice husk, sawdust, corn cob, bagasse, straw, etc. |
Thermal Efficiency | 82–87% |
Installation | Horizontal installation, single-layer boiler room, short construction cycle |
Application Scenarios
Widely used in industries that require high-temperature, constant-temperature heat supply, including:
Chemical Industry: Reaction kettles, distillation, polymerization, and drying processes.
Building Materials Industry: Asphalt heating, coating drying, ceramic firing, and glass processing.
Food & Beverage Industry: Food drying, sterilization, and grease processing.
Textile & Printing Industry: Dyeing, printing, and fabric drying.
Pharmaceutical Industry: Medicine drying, concentration, and sterilization.
Other Fields: Plastic processing, rubber vulcanization, and district heating (high-temperature water heating).
Core Advantages Summary
Green & Environmental Protection: Near-zero net CO₂ emissions, low SOₓ and NOₓ emissions, compliant with national and international environmental protection policies, helping enterprises achieve carbon reduction targets.
Cost-Saving: Low-cost biomass fuels + high thermal efficiency, significantly reducing energy expenses compared to coal, gas, and diesel boilers.
Stable & Efficient: Constant-temperature heat supply, high heat transfer efficiency, and strong adaptability to industrial process requirements, ensuring production continuity.
Safe & Low-Carbon: Atmospheric pressure or low-pressure operation, no high-pressure explosion risk; full combustion of biomass reduces environmental pollution and energy waste.
Customizable: Can be customized according to the enterprise’s heat demand, fuel type, and on-site installation conditions, providing tailored solutions.
Why Choose Us?
We provide one-stop services from product design, manufacturing, installation, and commissioning to after-sales maintenance. Our boilers adopt mature production technology and high-quality materials, with a service life of more than 15 years. We have rich experience in customized solutions for various industries, helping enterprises realize energy conservation, emission reduction, and cost reduction, and achieve sustainable development.
Call to Action
Contact our technical team today to get a tailored biomass-fired heat transfer oil boiler solution, and let us work together to build a green, efficient, and low-carbon industrial production system.
