2 Mn kcal/hr to 6 Mn kcal/hr Solid fuel
GreenBloc™
Solid fuel

GreenBloc™

High-efficiency biomass thermic fluid heater for challenging low-density agro-residue fuels like rice straw

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GreenBloc™ is a biomass-fired thermic fluid heater offering universal fuel flexibility, efficiently handling rice straw and similar challenging fuels. 

It is a high-efficiency thermal oil heater designed for low-density, fouling biomass fuels such as rice straw and mustard straw. Its Universal BioGrate combustion technology, combined with a specially designed convective and radiant heat exchanger, with membrane panel or coil assembly options, ensures complete and stable combustion of even challenging fuels. Automated cleaning, advanced heat transfer, and smart controls deliver high uptime, efficient thermal output, and reliable performance across diverse biomass applications. 

Technical data

  • Operating range: Heat output: 2 Mn kcal/hr to 6 Mn kcal/hr
  • Standard temperature: Up to 300°C
  • Fuel type or energy sources: All biomass, including challenging low bulk density fuels like rice and mustard straw
  • Combustion technology: Universal BioGrate

Product features

Universal biomass fuel flexibility
Capable of firing a wide range of biomass fuels, including challenging low-density fuels like rice straw and mustard straw 
Advanced combustion technology
Universal BioGrate with membrane panel or coil assembly ensures complete combustion and high thermal efficiency 
Optimised fuel feeding
Unique fuel feeding mechanism with a devolatilisation chamber ensures safe, modulated fuel entry and better combustion on the grate 
High uptime
Retractable short soot-blower automatically cleans and prevents soot accumulation 
Efficient heat transfer
Two-stage convective heat exchanger with serpentine coil design maximises thermal energy utilisation 
Smart control and ergonomics
Thermowiz™ Nxt PLC panel with EDGE Live IIoT integration enables real-time monitoring and optimised operation, supported by a standardised balance of plant for enhanced ergonomics and safety 
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