Graphene is lead-acid batteries has always been seen as a potential material to increase the efficiency
and reduce weir resistance.But taking the lab scale research to market commercialization has
been something that has lacked in this field.Thus we aim to jump in bridging the gap present.
i) Life increase of current Lead Acid Batteries ii) Lower Weir Resistance
Water is one of the basic amenities for human kind. It is also one of the major causes for illness
and widespread diseases.RO and UV technologies have revolutionized the market in terms of efficiency
of filtration but have their own drawbacks ranging from large wastage of water to high operating
and maintenance costs.We are working on a technology which could remove toxins without the use
of electricity, with low maintenance costs and also work in a way such that it is easily customizable
based on geography and local conditions of water.
i) The filtration system will be suitable for rural deployment with lower investment as well as running
ii) Geography specific flexibility in terms of toxins being removed.
Graphene has the potential to tap into the future of optoelectronics by making the concept of thin
transparent LED displays feasible.This technology has numerous applications from being an integrationin
daily consumer lives to being an industrial asset for various sectors.
i) Turning car window shields into display. ii) Window Shopping becoming real for customers. iii) Enhancement in current VR technology.