One Platform. Complete Project Accountability.
Engineering CBG / BioCNG and allied gas infrastructure by deeply integrating biology, mechanical packages, digital automation, and long-term operating performance around actual feedstock economics[cite: 9].
16+ Years
Promoter platform and cumulative bio-energy engineering expertise[cite: 9].
64 References
Listed domestic and international projects across multiple digestion routes[cite: 9].
100+ Base
Published technical manpower base supporting end-to-end execution[cite: 9].
Feedstock First: Secure the Molecule
Theoretical biomass is never bankable feedstock. Practical recovery, seasonal availability, and catchment logistics dictate everyday plant viability[cite: 9].
The 6-Step Validation Sequence
Identify physical sources, annual availability, seasonality, and competing economic uses[cite: 9].
Analyze Total Solids (TS), Volatile Solids (VS), moisture content, ash, and C:N ratio[cite: 9].
Determine actual gas yield parameters across batch testing and seasonal shifts[cite: 9].
Indicative Crop Benchmarks
| Crop / Biomass | Residue Type | Usable (TPD) | CBG (TPD) |
|---|---|---|---|
| Hybrid Napier | Green biomass | 365.19 | 6.395 |
| Sugarcane | Tops / Press mud | 27.56 | 2.594 |
| Oil Palm | EFB & fronds | 11.80 | 0.906 |
| Coffee | Pruning waste | 11.31 | 0.838 |
| Tapioca | Stems & leaves | 11.23 | 0.604 |
Technology & Digestion Systems
Matching the optimal biological reactor architecture to your exact feedstock solid-loading profile[cite: 9].
Dry Digestion (Plug Flow)
Designed for high solid content (up to 35-40% TS), agricultural residues, Napier grass, and straw without high water dilution needs[cite: 9].
- High solid handling capacity
- Minimized parasitic energy load
Wet Digestion (CSTR)
Completely Stirred Tank Reactors engineered for slurry-based feedstocks, animal manure, food waste, and high-liquid industrial effluents[cite: 9].
- Superior mixing efficiency
- Stable biological buffering
Gas Upgrading & Purity
Advanced H2S removal, moisture scrubbing, and CO2 separation using PSA/Water Scrubbing to deliver >95% pure BioCNG[cite: 9].
- Meets IS 16087 specifications
- Fully automated SCADA control
Flexible Delivery Models
Configured to match investor risk appetite, financing requirements, and operational control[cite: 9].
EPCM Model
Tridanta leads engineering management, package strategy, procurement supervision, construction coordination, QA/QC, HSE compliance, and commissioning while the owner retains direct commercial control[cite: 9].
- Transparent procurement management
- Complete oversight of quality & safety schedules
LSTK Model
Tridanta assumes integrated responsibility for design, procurement, construction, mechanical completion, commissioning, and guaranteed performance trials against a defined feedstock baseline[cite: 9].
- End-to-end single point accountability
- Guaranteed gas output and performance trials (PGTR)
Global Track Record & References
Extensive execution pedigree spanning dry digestion, CSTR, agricultural residue, and industrial waste streams[cite: 9].
16+
Years Promoter Platform
48
Listed India References
16
Overseas References
64
Total Global References
Flagship Reference Highlights
Ambala, Haryana: ~15.3 TPD BioCNG plant using continuous Plug Flow dry digestion (38,300 t/y feed basis; Arciplug technology association)[cite: 9].
Gulbarga, Karnataka: 6 TPD CSTR-based wet digestion organic facility optimized for high-slurry substrate[cite: 9].
Promoters & Core Leadership
A multidisciplinary syndicate integrating energy engineering, biological science, and digital systems[cite: 9].
Uzzala Bio Energy Solutions
Providing domain expertise in anaerobic digestion, biology scaling, and waste-to-energy plant biochemistry[cite: 9].
Lambda Prime LLP
Spearheading corporate strategy, capital structuring, project management, and commercial governance[cite: 9].
Nuform Social Pvt. Ltd.
Driving digital automation, SCADA integration, automated analytics dashboards, and stakeholder reporting[cite: 9].