Disposing of waste foundry sand (WFS) is a major challenge for the foundry industry today. Utilizing reclaimed sand within the foundry can enhance the economics and efficiency of the process while reducing environmental impact.

A high-pressure cell is designed to test the sealing capability of tire sealant. The cell primarily consists of a glass cylinder, a circular piece of tire cut from the tread area, and provisions for mounting nails of various sizes.

Jaggery making is one of the oldest cottage industries in India. Jaggery is mainly produced by concentrating sugarcane juice in heating pans after which a thick, viscous syrup is poured into wooden/metallic moulds for solidification.

This is an innovative a method and electrochemical cell designed to recover yttrium oxide from phosphor.

A process has been developed for a non-chemical production of highly crystalline powder jaggery. This process involves exposing viscous jaggery syrup to the ambient atmosphere until it reaches a semi-solid state.

In a reactive chromatography (RC) process, the reaction and separation of products occur simultaneously within a single unit.

This invention is a low carbon, carbide-free, nanostructured bainitic steel with a yield strength exceeding 1.2 GPa.

In India, millions of tons of waste foundry sand (WFS) is dumped annually without undergoing any scientific disposal treatment.

The present invention relates to a microfluidic device designed for the generation of droplets, emulsions, particles, single and multi-core microcapsules, microbubbles, single microfibers, core-shell microfibers, and nanoparticles.

Microfluidics-based methods have emerged as promising routes for generating microparticles and hydrogels due to the precise control they provide.