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Talk to an expert
India's waste-to-energy sector has the policy, the feedstock, and the capital. What it was missing was the operating system — the layer that makes plants visible, predictable, and bankable. That's what we built.
BioSarthi started with a simple observation: India had a serious biogas problem, but it wasn't a technology problem or a policy problem. It was an information problem.
Plant operators couldn't see what was happening inside their digesters. Engineers couldn't diagnose faults remotely. Investors couldn't trust performance data because there was none. Plants that should have run at 60% methane were limping along at 25% — not because anyone was doing anything wrong, but because no one could see what to do right.
We filed our first patent in 2020 for a sensor network and cloud dashboard designed specifically for biogas and CBG plants in Indian conditions — humid environments, variable feedstock, unreliable power, and operators who need alerts in their language on their phone.
Since deployment, we've monitored plants across Punjab and NCR, partnered with HP and SAP Labs on enterprise integrations, and been recognised by DPIIT as an innovation in the clean energy sector. The Sector Skill Council of Green Jobs has certified our skilling curriculum.
We've since expanded into AI yield prediction, turnkey construction, O&M services, and fertiliser (FOM/LFOM) revenue consulting — because operators told us they needed more than monitoring. They needed a partner who understood the whole plant.
Operators, engineers, and technologists who've spent time in the field — not just at the whiteboard.
Waste-to-energy specialist with deep roots in biogas operations across Punjab and NCR. Holds the company's core IoT patent. Drives strategy, customer relationships, and field deployments.
Architect of the BioSarthi sensor network and cloud dashboard. Background in embedded systems and industrial IoT. Responsible for the patented multi-sensor integration layer.
Leads plant operations and maintenance across the network. Has hands-on experience commissioning and running biogas plants from 50 to 1,500 m³/day across Punjab, NCR, and Madhya Pradesh.
→ We're hiring — get in touch if you work in biogas, IoT, or clean energy
Filed the core patent for a multi-parameter biogas plant monitoring system — covering methane, H₂S, pH, temperature, and feedstock weight integration in a unified cloud dashboard.
Deployed the first production version of the BioSarthi monitoring system on a 200 m³/day gaushala-fed plant. Methane yield improved 18% in the first 30 days.
The Controller of Patents granted BioSarthi's core IoT patent — one of the first in India specifically for biogas plant monitoring and control systems.
BioSarthi's IoT data layer integrated with HP enterprise hardware and SAP Labs analytics platform — streaming methane, H₂S, pH, and feedstock data into a unified enterprise dashboard.
Deployed across 20 districts in Punjab in partnership with a bioenergy developer. Recognised by DPIIT as an innovative startup (DIPP61367). Endorsed by Sh. Rituraj Singh, IAS — CEO Zila Panchayat Bhopal.
Launched AI-driven methane yield prediction trained on Indian feedstock data, and a structured programme to help operators certify and sell FOM/LFOM as a commercial fertiliser product.
Network spans Punjab, NCR, and Madhya Pradesh. Sector Skill Council of Green Jobs certified our biogas operator training curriculum. 1.2M+ m³ methane captured to date.
Recognised by the Department for Promotion of Industry and Internal Trade as an innovative startup in the clean energy sector.
Core IoT sensor network patent for multi-parameter biogas plant monitoring — one of the first of its kind in India.
Empanelled with MNRE for biogas plant design, supply, installation, and commissioning services under national renewable energy programmes.
BioSarthi's biogas plant operator training programme certified by SCGJ — creating a certified workforce for India's growing biogas sector.
You cannot optimise what you cannot see. Every engagement starts with instrumentation — because a monitored plant is a manageable plant.
Our AI is trained on paddy straw and gaushala dung, not European feedstock. Our hardware is designed for Indian summers and unreliable power. The difference shows.
Every engagement has gates. You can stop after assessment, after design, after monitoring setup. We earn the next stage. That's how trust gets built in infrastructure.
30 minutes with our team. Walk out with a technology fit, indicative economics, and a path forward.