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Rice Husk Power Biomass Generator Power Plant Gasification Wood Gasifier Electric Generator Pellet Stove Pyrolysis Plant

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Biomass Gasification Power Generation: Converts agricultural waste (e.g., rice husks, wood pellets) into clean syngas via pyrolysis and gasification, producing electricity for commercial or residential use.
  • Dual-Use Pellet Stove Functionality: Serves as both an electric generator and a heating appliance, enabling energy-efficient thermal output alongside power generation.

Key features

  • 1. Material Technology

  • With a corrosion-resistant stainless steel combustion chamber, ensure durable operation even when processing moisture-rich biomass fuels like rice husk*.

  • 2. Interactive Design

  • With a touchscreen interface and multi-fuel presets, easily switch between rice husk, wood pellets, or agricultural waste for optimal energy output*.

  • 3. Performance Parameters

  • Delivers 10-15 kW continuous power output, compatible with thick biomass pellets up to 15mm in diameter for efficient energy generation*.

  • 4. Scenario Solutions

  • Designed for both residential and commercial use, supporting 24/7 operation in farms or small businesses while minimizing downtime*.

  • 5. Certification Standards

  • Certified to ISO 14001 environmental standards and equipped with low-emission filters, ensuring eco-friendly energy production*.

Product details

Rice Husk  Power Biomass Generator Power Plant Gasification Wood Gasifier Electric Generator Pellet Stove Pyrolysis Plant

The Rice Husk Power Biomass Generator is a versatile electricity generation system designed to convert biomass fuels like rice husks, wood chips, and pellets into clean energy. Engineered for sustainability and efficiency, it offers scalable power solutions for residential, agricultural, and industrial applications.

Technical specifications

FeatureSpecificationApplication Scenario
Fuel TypeRice husk, wood chips, biomass pelletsWaste-to-energy systems in rural areas
Power Output5–20 kW adjustableSmall factories, farms, or community grids
Thermal Efficiency25–35% (depending on model)Maximizing energy yield from low-cost fuels
Emissions≤50g/h NOx (Base), ≤30g/h NOx (Pro)Compliance with environmental regulations
CertificationCE, ISO 14001Global industrial and commercial use

Customization guide

Adjustable parameters include fuel input size (5–50mm particle diameter) and power output range to meet specific energy demands. Customized insulation materials can enhance thermal retention for colder climates.

Get inspired

Generate clean power from agricultural waste while reducing landfill dependency. Ideal for off-grid communities or industries seeking sustainable energy alternatives.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Output5 kW8 kW (+60%)15 kW (+200%)
Thermal Efficiency25%30%35%
Emissions (NOx)50g/h40g/h (-20%)30g/h (-40%)
Durability5-year warranty7-year warranty10-year warranty

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s 35% thermal efficiency outperforms industry standards by 10%, reducing fuel consumption.
    • Advanced Model’s 40g/h NOx emissions are 20% lower than traditional biomass systems, meeting EU Tier-3 standards.
    • Base Model’s modular design allows easy scalability, cutting installation costs by 15% compared to fixed systems.
  2. Optimal Version Selection:

    • Base Model: Ideal for small farms or households needing 5 kW for basic lighting and irrigation.
    • Advanced Model: Suitable for medium-scale industries requiring stable 8 kW power with reduced emissions.
    • Pro Model: Designed for heavy-duty industrial use (e.g., factories, processing plants) where high output and durability are critical. With triple the warranty lifespan, it ensures long-term reliability in harsh environments.

With the Pro Model’s 35% thermal efficiency, you can maximize energy output from biomass fuels, reducing operational costs by 25% compared to coal-based systems. Pair its low emissions with its robust stainless-steel construction to ensure compliance and longevity in demanding scenarios.

Frequently asked questions

  • Which biomass generator model is best suited for small farms using rice husk as fuel?

  • How do I maintain a wood gasifier plant to prevent clogging and ensure longevity?

  • Rice husk vs. wood pellets: Which fuel is better for biomass generators?

  • Can this generator plant be customized for specific power needs (e.g., 50kW to 1MW)?

  • Is the biomass generator EPA-certified and environmentally safe?

  • How does the pyrolysis process improve electricity generation efficiency?

  • What fuel types are compatible with this biomass power plant?

  • Can the system integrate with existing grid infrastructure for hybrid power solutions?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Gasification PlantIndustrial power generationThermal Efficiency: 35% (Industry) ▲40% (Base) ▲45% (Advanced) (ISO 5221)High energy output, low emissions (NOx: 50 mg/m³ ▲30 mg/m³ ▲15 mg/m³)Higher upfront cost, requires skilled maintenance
Combustion BoilerResidential/Small-scale heatingEfficiency: 25% (ASTM E2190)Low initial cost, widely available fuel optionsHigh particulate emissions (PM2.5: 120 μg/m³), limited scalability
Anaerobic DigestionWaste-to-energy facilitiesBiogas Output: 500 m³/day (Industry) ▲600 m³/day (Base) ▲750 m³/day (Advanced)Converts organic waste into energy, reduces landfill dependencySlow digestion process (21-day retention ▲18-day ▲15-day), odor management challenges
Pellet StoveResidential heatingCombustion Efficiency: 80% (EN 303-5)Clean burning, compact designRequires dry biomass feedstock, limited to small-scale applications
Pyrolysis UnitBiochar/biofuel productionConversion Rate: 60% (Industry) ▲65% (Base) ▲70% (Advanced) (ASTM D7544)Dual output (biochar + syngas), carbon-negative potentialHigh temperature control complexity, residue handling costs
Solar Hybrid SystemRemote/off-grid electrificationSolar+Biomass Hybrid Capacity: 50 kW (Industry) ▲60 kW (Base) ▲80 kW (Advanced)Reliable energy supply in sunny regions, reduced fuel dependencyHigh installation cost, performance dips in low-light conditions

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