REnergy Dynamics (RED) announced that its Compressed Biogas (CBG) plant in Nagothane, Maharashtra has become the fastest CBG plant India to cross its nameplate capacity of more than 21 tons per day (TPD).

This milestone makes it the only plant in India to have achieve its capacity in less than 24 months. Additionally, it is only the second industrial scale multi-feedstock plant in India to achieve full nameplate production.

RED’s scope for the project included technology, EPC, and operations for one of India’s largest conglomerates.

Commenting on the milestone, Kushagra Nandan, Chairman and Managing Director, REnergy Dynamics said, “Both these achievements mark an inflection point in India’s CBG journey as RED has successfully demonstrated industrial scale, multi feedstock CBG plants can be designed, stabilised and optimised in record time in India. Nagothane validates our execution model and our belief that bioenergy can be scaled with technical rigour and economic discipline.”

Commenting on the milestone, Varun Karad, CEO, REnergy Dynamics said, “Nagothane was our first competitive win, and achieving nameplate capacity at this speed reflects the strength of our engineering teams and operational strategy. We are building assets that are not only commercially viable but also deeply integrated with the local ecosystem, supporting farmers, generating employment and strengthening India’s clean energy transition.”

Achieving stable, full-scale operations at a CBG plant of this size is rare in the current bioenergy ecosystem. The Nagothane facility represents an important step forward for India’s CBG and bioenergy sector, reinforcing confidence in the scalability and long-term viability of large bioenergy projects when designed and executed with rigor.

The Nagothane plant is engineered to process a diversified mix of feedstocks including napier grass, press mud cake, cow dung, paddy straw, bagasse and cane trash. This multi feedstock capability enhances operational flexibility and ensures stable year-round performance.

It integrates an advanced membrane-based gas upgrading system capable of delivering biomethane purity of up to 99 percent when required, with high methane recovery efficiency that maximises yield and strengthens plant economics.