Vikas Lifecare collaborates with multiple institutions to produces Cellulose, Lignin and Silica from Rice Husk

Vikas Lifecare Limited has announced its collaboration with three world class institutions to share the research inputs and work on developing various viable materials like cellulose, lignin and silica from rice husk. In this agro-circle project, the New Delhi based company joined hands with Indian Institute of Technology (IIT-BHU)-Varanasi and Sweden's Stockholm University.

Other than this, the company has also partnered with renowned Swedish companies namely - Lignflow Technologies AB and Lixea Computer for the same purpose.

The main aim of the Agro-Circle Project is to establish innovative value chain concepts for production of circular materials from agro-industrial side-streams, the company said in a media release filed on exchanges.

"In addition to avoiding pollution arising from burning of crop residues directly on the fields, which is the biggest cause of poor air quality in northern part of India in winter season, this project will aim developing techniques to produce new bio-based materials from the natural polymers extracted from these farm waste materials," it added.

Sweden based Lixea Compular aims at establishing the production process for cellulose from agricultural rice residue using Lixea's Dendritic Process.

Commenting on the development, Managing Director of Vikas Lifecare Dr. SK Dhawan said, “The objective of this collaboration is to develop a circular economy is to achieve sustainability through production, recovery, reuse and sending back the product to its original form at the end of life, resulting in zero or negligible waste."

He further added, “the human population will exceed 9 billion in about 20 years, and the Indian population alone is 1.4 billion today. At the same time, climate change continues to cause serious threats to the communities around the world leading the human race into an urgent need for expanding agricultural production. There will be an increasing generation of agricultural by-products such as rice straw and husks, which are renewable, abundantly available and sustainable."