The Municipal Corporation of Delhi (MCD) is proposing the establishment of two [1] bio-CBG plants to process 800 [1, 2] tonnes of wet waste every day.
This initiative represents a strategic shift toward sustainable urban waste management in one of the world's most populous cities. By diverting organic waste from landfills, the city aims to mitigate environmental degradation and reduce the methane emissions associated with decomposing garbage.
To make room for these developments, the MCD approved proposals to remove and demolish two long-defunct garbage transfer stations in the Janakpuri area [2]. The plan also includes the demolition of one unused public toilet located in Janakpuri's Chhoti Sabzi Mandi [2].
The project focuses on the conversion of fresh solid waste into compressed biogas, a process that provides a renewable energy alternative while managing the city's waste stream. The integration of private entities into the disposal and reuse process is intended to increase the efficiency of the daily 800 [1, 2] tonne capacity.
Officials said the move is designed to promote sustainability and reduce the overall impact of waste on the city's landfills [1]. The Janakpuri area will serve as a primary hub for these infrastructure changes as the city transitions away from defunct transfer stations toward active processing plants.
This transition toward bio-CBG technology allows the city to treat wet waste as a resource rather than a liability. The demolition of obsolete structures in Janakpuri marks the beginning of the physical implementation phase for these proposed facilities.
“Delhi plans two Bio-CBG plants to process 800 tonnes of wet waste daily”
The shift toward Bio-CBG (Compressed Biogas) plants indicates a move toward a circular economy in Delhi's urban planning. By converting organic waste into fuel, the city addresses two crises simultaneously: the overflow of landfills and the need for sustainable energy sources. The demolition of old transfer stations suggests a modernization of the waste supply chain, moving from simple transport and dumping to on-site chemical and biological processing.
