Fired Boiler for Jind Bio Energy LLP
- Client
- LGS Industrial Works
- End user
- Jind Bio Energy LLP, Fatehabad, Haryana
- Year
- 2024
Key specifications
- Rating
- 63 TPH, 91 Kg/cm²(g), 525°C
- Fuel
- 100% Paddy Straw
- Furnace
- Bottom-supported, multi-pass furnace
- Fuel feeding
- Twin-screw bale fuel feeding system
- Combustion
- In-house vibratory grate combustion system
- Superheater
- Pendant type superheater (radiation + convection)
- Heat recovery
- Flue gas cooler instead of traditional APH
- Air heating
- Maintenance-free SCAPH (plain tube design)
- Construction
- Single drum, membrane panel construction
- Installation
- Outdoor installation ready
- Scope
- Complete design and detail engineering
- Dedusting
- ESP (Electrostatic Precipitator) for dedusting

A 63 TPH, 91 Kg/cm²(g), 525°C boiler firing 100% paddy straw, engineered for Jind Bio Energy LLP, Fatehabad, Haryana, through LGS Industrial Works in 2024.
The challenge
- Difficulty in achieving complete combustion with paddy straw
- Wear and tear of traditional grate systems
- Environmental impact due to carbon emissions
- High structural load from conventional top-supported boilers
- Limited reliability and shorter continuous run cycles
- High APH fouling risk
Our solution
- 63 TPH high-pressure boiler tailored for paddy straw
- Bottom-supported, multi-pass outdoor-ready design
- Vibratory grate and twin-screw bale feeding system
- Custom combustion system optimized for agro-waste
- Flue gas cooler replacing traditional APH
- Durable, low-maintenance components
The results
- Reliable combustion of 100% paddy straw
- Minimal grate maintenance
- Lower carbon emissions
- 25% lighter structure via bottom support
- >60 days continuous operation
- Improved reliability by replacing APH with flue gas cooler


