Biomass Pellet Thermic Fluid Heater
The PELLEPAC-Series is a state-of-the-art, horizontal three-pass thermic fluid heater engineered to leverage the power of sustainable biomass pellets. Designed for industries seeking to reduce fuel costs without compromising on performance, the PELLEPAC allows for high process temperatures at remarkably low operating pressures.
By combining advanced combustion technology with a robust three-pass heat exchanger design, the PELLEPAC offers a carbon-neutral heating solution that is both environmentally responsible and economically superior to traditional oil-fired systems.
Operating Range
- Capacity – 1, 00,000 Kcal/hr. To 20,00,000 Kcal/hr.
- Fuel- biomass Pellet
- Overall efficiency of 85 % (+/-2%) on GCV
Advanced Engineering & Efficiency
The PELLEPAC features a Three-Pass Wet-Back Design, ensuring maximum residence time for flue gases and optimal heat transfer to the thermal oil.
- Fully Automatic Operation: Equipped with an automated pellet feeding and combustion system, it minimizes manual intervention and ensures a steady heat output.
- High Thermal Efficiency: Achieves an overall efficiency of 85% (+/-2%) on Gross Calorific Value (GCV), ensuring you get the maximum energy extract from every kilogram of biomass.
- Versatile Fuel Compatibility: Specifically designed to burn various types of biomass pellets, providing your facility with fuel flexibility based on local availability.
Key Benefits of the PELLEPAC Series
- Cost-Effective Heating: Biomass pellets are significantly more affordable than LDO, HSD, or Gas, drastically reducing your operational expenditure.
- Low Pressure, High Temperature: Safely achieve process temperatures up to 300°C+ while maintaining low system pressure, reducing the risk and cost associated with high-pressure steam systems.
- Sustainable Operations: Utilizing biomass pellets helps your industry move toward carbon neutrality and meets increasingly strict environmental regulations.
- Robust Construction: Built with heavy-duty materials to withstand the thermal stresses of biomass combustion, ensuring a long service life and reliable 24/7 operation.
