Global Biofuels Alliance: Driving Sustainable Energy on the G-20 Stage
RE sources
Climate Change
Legislations
Technologies
Case Studies
Statistics
Databases
Video Gallery
Green Skill Development Programme
Converting PLASTIC Grocery bags to sustainable fuels
Green Skill Development Programme Report, Kanpur, UP
Green Skill Development Programme Report, Kanpur, UP
Green Skill Development Programme Report, Lucknow, UP
Green Skill Development Programme Report, Kolkata, West Bengal
Green Skill Development Programme Report, Kolkata, West Bengal
Green Skill Development Programme Report on Waste Management, Karur, Tamil Nadu
Green Skill Development Programme Report, Ahmednagar, Maharashtra
TERI Bhuvan

The technology developed by this company represents a significant advancement in environmental biotechnology, particularly in the treatment of waste and wastewater effluents. It focuses on anaerobic digestion, a process crucial for converting organic waste into usable energy.

At the heart of the innovation lies a microbial cocktail termed 'dry anaerobic granulated sludge.' This mixture, comprising carefully selected microbes, serves as a potent tool for enhancing the performance of anaerobic bioreactors. Unlike traditional methods that rely on flocculant sludge, this approach introduces a revolutionary 'software update' to existing anaerobic bioreactors, thereby optimizing their efficiency in waste degradation. The technology's core strength lies in its ability to isolate and combine a diverse range of 650 microbes into a granulated mixture. This blend acts as an advanced 'software' for anaerobic bioreactors, boosting their capacity to degrade waste and wastewater effectively. To complement the application of this microbial cocktail, the company has developed the R-EMAPP, an innovative app designed to facilitate the monitoring and management of these biologicals' performance in reactors. This digital tool enables users to track the day-to-day operations and optimize the functionality of the anaerobic digestion process remotely.

Read more


Source: indiascienceandtechnology