It is a mission mode project which aims to provide food and consumer safety solutions primarily to increase the shelf-life and nutritional value.

Electrostatically charged sprays are more effective and efficient to sanitize and disinfect the public places against the spread of COVID-19.

Electrostatic spraying based dust mitigation and environment protection device which suppresses the dust particles very efficiently since charged droplets of opposite polarity combine with charged foreign particles present in the environment and settle down on the ground very efficiently and effectively.

It’s a multifunctional device which can be used for aerial spraying. Initially, we are working on aerial electrostatic spraying of pesticides which will have an extended applications on locust swarm control and environment pollution abatement.

Very recent initiatives have been taken in the field of energy harvesting i.e. nanogenerators, fire retardant materials, hydrogen generation majorly in product development.

Working on electrostatic precipitation technology for the pollution abatement. The work focuses on the research  and development of electrostatic precipitation technology for localized emission control.

Working on autonomous robotic systems for agricultural tasks such as targeted and controlled delivery of pesticides for greenhouse spraying, canopy mapping and health monitoring.

An air-assisted electrostatic spraying technology for agricultural pesticides spraying to reduce the off-target losses, pesticides consumption, environment pollution, side effects and human health hazardous and to increase the mass transfer, uniformity, deposition efficiency and bio-efficacy.