Transforming agricultural crop residue into standardized, high-calorific bio-fuels. From our dedicated 15 TPH manufacturing plant to your factory boiler — delivering guaranteed energy with zero carbon compromises.
Every harvest season, millions of tonnes of paddy (rice) straw are burnt in open fields across North India, causing acute seasonal smog and severe atmospheric emissions. Taranjot Energy Solutions provides a scalable industrial answer by converting post-harvest paddy residue into precision-engineered biomass pellets.
Operated out of our dedicated 15 TPH manufacturing plant at Dadu, Sirsa (Haryana) & Punjab agricultural belt, TESPL supplies industrial clients across textiles, chemicals, pharmaceuticals, and power with an eco-friendly coal replacement that directly reduces enterprise carbon footprints while supporting farming communities.
| Gross Calorific Value (GCV) | 3,800 – 4,400 Kcal/kg |
| Pellet Diameter / Size | 6 mm, 8 mm, 10 mm |
| Total Moisture | ≤ 8% – 10% (Controlled oven-dry) |
| Ash Content | ≤ 7% – 9% |
| Sulfur Content | Near Zero (≤ 0.05%) |
| Boiler Suitability | AFBC, Travelling Grate, CFBC, Pulverized |
| Quality Validation | Third-party NABL Certified Batch Reports |
How Taranjot Energy closes the loop between agricultural farms and industrial boiler combustion.
TESPL Biomass Briquettes are dense, high-compression 90mm cylindrical logs engineered from compressed agricultural residues (sawdust, mustard husk, groundnut shells, and agro-stalks). Formulated as a direct drop-in replacement for fossil steam coal, our briquettes deliver intense, clean combustion without the need for boiler grate modifications.
Unlike volatile local open-market vendors who exploit seasonal shortages, Taranjot Energy Solutions provides guaranteed continuous supply contracts backed by multi-depot staging, standardized calorific testing, and transparent pricing.
Our uniform 90mm bio-logs flow smoothly through grizzly hoppers, cutting loader and JCB operating hours while preventing high-temperature ash fusion and clinker formation on boiler bed material.
| Form Factor | 90 mm Solid Cylindrical Logs |
| Gross Calorific Value (GCV) | 4,000 – 4,400 Kcal/kg |
| Total Moisture | ≤ 8% – 10% |
| Ash Content | ≤ 6% – 8% |
| Volatile Matter | 65% – 72% |
| Boiler Type Compatibility | AFBC, Travelling Grate, FBC, Internal Furnace |
| Pricing Mechanism | Joint Quarterly Benchmark Discovery |
In traditional biomass procurement, erratic spot pricing creates severe financial volatility. As documented in our industrial proposals (Slide 23), TESPL pioneers a collaborative benchmark pricing model:
TESPL and the client jointly furnish quarterly quotations from multiple verified regional suppliers, establishing a 100% objective, verifiable cost baseline.
Eliminates intermediary markups, ensuring your thermal energy billing strictly reflects genuine seasonal supply-demand fundamentals.
Shields your manufacturing plant from speculative dealer hoarding and sudden spot-price surges during peak demand or monsoon months.
Eliminates repetitive commercial price disputes and endless procurement approvals, cutting administrative overhead for plant finance teams.
Understand how our clean agricultural fuels compare directly with traditional fossil fuel options.
Request a dedicated NABL test report and arrange a sample trial delivery for your boiler facility. Our fuel engineers ensure seamless combustion matching.