Industrial-grade biomass energy solutions designed for sustainable heat generation, converting agricultural waste into powerful thermal energy for modern manufacturing.
Revolutionizing agricultural waste management through advanced boiler engineering.
◆ Our rice husk boiler series stands at the forefront of the biomass equipment industry, utilizing Fluidized Bed Combustion (FBC) technology to maximize thermal efficiency while minimizing carbon footprints. We integrate heavy-duty metallurgy with precision airflow control to ensure consistent steam output.
◆ By deploying an advanced rice husk boiler, industries can achieve Net-Zero Fuel Costs by utilizing agricultural leftovers. Our proprietary heat recovery systems ensure that every joule of energy is captured, drastically reducing operational overhead for large-scale mills and factories.
Three architectural pillars that define our biomass energy superiority.
Advanced heat exchange surfaces designed for maximum energy absorption.
Engineered to handle variable moisture levels and fuel types without efficiency loss.
Built with heat-resistant alloys to withstand the abrasive nature of rice husk ash.
Quantitative comparison of biomass combustion vs traditional fuel systems.
Comprehensive performance parameters for the RB-Series Rice Husk Boilers.
| Model Series | Steam Capacity | Working Pressure | Fuel Consumption | Thermal Efficiency | Emission Level |
|---|---|---|---|---|---|
| RB-Eco 5T | 5 tons/hr | 1.0 MPa | 450 kg/h | 82% | Ultra-Low |
| RB-Pro 10T | 10 tons/hr | 1.2 MPa | 880 kg/h | 85% | Low NOx |
| RB-Max 20T | 20 tons/hr | 1.5 MPa | 1700 kg/h | 88% | Compliant |
| RB-Industrial 50T | 50 tons/hr | 2.0 MPa | 4200 kg/h | 91% | Industrial Grade |
| RB-Custom X | Customized | Up to 3.0 MPa | Variable | 92%+ | Zero-Waste |
| RB-Mini 2T | 2 tons/hr | 0.8 MPa | 180 kg/h | 78% | Low Emission |
| RB-Prime 30T | 30 tons/hr | 1.8 MPa | 2600 kg/h | 89% | Compliant |
| RB-Elite 15T | 15 tons/hr | 1.4 MPa | 1300 kg/h | 86% | Low Emission |
Proven performance across diverse industries.
Implemented a 20T RB-Max system to replace diesel fuel, utilizing the facility's own rice husk waste for total energy autonomy.
Upgraded to a 10T RB-Pro system to provide high-pressure steam for dyeing vats, reducing dependence on expensive LPG.
Installation of a central 50T Industrial unit serving five neighboring plants, optimizing shared thermal infrastructure.
Integrated an RB-Elite system capable of co-firing rice husk and palm kernel shells for maximum fuel flexibility.
Tailored solutions for demanding environments.
The primary application where husk waste is converted directly into steam for polishing and drying processes.
High-volume steam generation for dyeing and fabric finishing, reducing carbon intensity of production.
Utilizing co-firing capabilities to process both husk and kernel shells for refinery sterilization.
Clean steam generation for pasteurization and cooking in food-grade industrial environments.
High-capacity biomass heating for chemical pulping and paper drying cylinders.
Continuous thermal supply for vulcanization and drying of natural rubber sheets.
All pressure vessels are designed and fabricated according to ASME Section I and VIII, ensuring maximum safety and longevity under high-pressure operations.
Every critical joint undergoes 100% X-ray radiographic testing and ultrasonic inspection to guarantee zero leakages and structural integrity.
Integrated flue gas cleaning systems are audited against ISO 14001 environmental standards to ensure sustainable operation.
Certified by international bodies to ensure safety, durability, and energy efficiency in every shipment.
Expert answers to common technical and commercial inquiries.
Our systems typically achieve thermal efficiencies between 82% and 91%, depending on the model and fuel moisture content, significantly reducing waste compared to traditional biomass burners.
We use high-chrome alloy steels and specialized refractory linings in high-wear areas to prevent erosion and extend the lifespan of the boiler tubes.
Yes, our boilers are designed for versatility and can handle mixtures of rice husk, palm kernel shells, and wood chips with minimal adjustment to the airflow settings.
Our systems feature automated ash extraction. Regular maintenance involves checking the conveyor belts and cleaning the cyclone separators every 3-6 months.
Absolutely. All our modern boilers come with PLC-based control systems that can be integrated into your facility's SCADA for real-time remote performance tracking.
Standard models are typically delivered within 12-16 weeks, while custom-engineered systems may take 20-24 weeks from design approval to on-site commissioning.
Contact our engineers today to receive a customized thermal audit and quote for your facility.
