High-Efficiency Combustion Design

Staged Air Distribution: Optimizes combustion efficiency (>92%), minimizing unburned particles (CO emissions <100 mg/m³).

Automatic Ash Removal: Prevents furnace fouling for stable thermal output.

Eco-Friendly Low Emissions

Low-NOx Combustion (NOx <150 mg/m³): Uses flue gas recirculation (FGR) to suppress nitrogen oxides.

Particulate Control (PM <30 mg/m³): Equipped with cyclone or bag filters.

Intelligent Control

PLC + Touchscreen: Auto-adjusts feeding rate/air volume to match load demands.

IoT Remote Monitoring: Tracks real-time combustion status with fault alerts.

Fuel Flexibility

Compatible with diverse biomass pellets (Ø 6–10 mm, calorific value 16–20 MJ/kg), e.g., wood chips, palm shells, straw.

📊 Typical System Selection Reference

1. Industrial Heating & Steam Generation

Food Processing Industry

Used for drying, sterilization, and cooking processes (e.g., tea drying, fruit/vegetable dehydration) with stable temperature control (80–300°C).

Textile & Dyeing Industry

Supplies high-temperature hot air (200–400°C) for fabric setting and post-dye drying, replacing traditional gas/coal boilers.

Wood Processing Industry

Powers wood drying kilns and plywood hot presses, achieving >90% combustion efficiency and reducing fuel costs by 30–50%.

2. Agriculture & Greenhouse Heating

Greenhouse Heating

Provides stable hot air (40–60°C) to enhance crop growth in winter, compatible with diverse fuels (e.g., straw pellets).

Grain & Feed Drying

Batch-processes grains/feed with adjustable air temperature (60–120°C), preventing mold while cutting energy use by >50% vs. electric heating.

3. District Heating & Hot Water Supply

Schools, Hospitals, Community Heating

Replaces coal boilers, reducing PM2.5 emissions and complying with regulations (e.g., EU EN 303-5).

Hotels, Swimming Pool Heating

Ensures 24/7 automated heat supply at lower operational costs than electric boilers.

4. Biomass Power & Cogeneration (CHP)

Small-Scale Biomass Power Plants

Drives steam turbines (1–10 MW) for electricity generation, with waste heat used for district heating.

Industrial Park Cogeneration

Simultaneously supplies steam and electricity, achieving >80% total energy efficiency.

5. Environmental & Waste Management

Agricultural Waste-to-Energy

Converts rice husks, fruit shells, etc., into thermal energy, reducing open-burning pollution.

Sludge Drying & Incineration

Treats municipal sludge via hot air furnaces, lowering moisture content and enabling harmless disposal.