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New Delhi [India], May 9 (ANI/BusinessWire India): The United Nations estimates that approximately 36 per cent of all plastics produced are used in packaging, including single-use plastic products for food and beverage containers. Approximately 85 per cent of these packages end up in landfills or as unregulated waste. The Indian-US duo Kripa Varanasi and David Smith have invented a customisable non-stick packaging solution that is set to disrupt the industry. This first-of-its-kind coating platform could change the way we package and consume various products, including food, paint, cosmetics, skincare products, condiments, and more, by reducing waste and maximising product utilisation. The inventors' vision is for widespread applications of their customisable coatings to eliminate waste and reduce the CO2 and water footprint of the whole packaging industry and beyond. Varanasi and Smith are finalists for the European Inventor Award in the 'Non-EPO Countries' category for their promising work. They were selected from over 600 candidates for this year's edition.
A first-of-its kind coating that enables frictionless packaging Varanasi and Smith invented liquid-based coatings that cling to packaging while repelling the products inside them, allowing substances as sticky as paint, glue, ketchup and toothpaste to glide over the coatings and flow effortlessly out of their container. All the products can be used while leaving a clean container that can be recycled. For industrial applications, such as manufacturing tanks and pipes, the liquid can be replenished as needed, thus giving it infinite life. LiquiGlide coatings can eliminate waste in multiple industries, including consumer products, manufacturing, energy, and agrochemicals, saving billions of tonnes of product wastage and billions of euros in associated equipment cleaning costs. The invention is now being commercialised for use in a range of containers. In 2021, the company provided coatings for a new generation of recyclable toothpaste tubes. LiquiGlide partners with package designers within health and beauty, food and beverage, household products, etc. to use the technology, allowing customers to get every drop. Inspired by a bottle of honey Varanasi studied engineering at the Indian Institute of Technology in Madras, India, and the Massachusetts Institute of Technology (MIT) in the United States. He was the lead researcher at General Electric's Global Research Center before joining MIT's faculty as a professor of mechanical engineering in 2009. Smith was one of Varanasi's first graduate students at MIT when they created the invention. The two were working on reducing friction to the flow of substances in pipelines to lower the energy cost needed to pump fluids and invented the liquid-based coating to circumvent the "non-slip" boundary conditions that causes friction and sticking. Varanasi recounts, it was around then, his wife was struggling to get honey out of a bottle which prompted the idea to apply the invention to packaging. This was when the idea for a completely non-stick packaging solution was born. Varanasi and Smith then participated in the MIT-$100K business plan competition and won the Audience Choice award; the immense interest in their product was clear. Varanasi describes it as "a perfect storm of great things that came together: a big pull from the market, a technology that was great and couldn't be easily duplicated or replaced, we had IP protection for all these things, and an investment community which was excited about this." The company has further expanded to biomedical applications, where the technology can enhance the performance of a range of medical products, including catheters, implantable devices, pharmaceutical packaging, and syringes. Varanasi and Smith have been named among the three finalists in the 'Non-EPO Countries' category of this year's European Inventor Award, which recognises the work of outstanding inventors from outside the EPO's 39 member states but who have been granted a European patent. The winners will be announced at a hybrid ceremony on 4 July 2023 in Valencia (Spain). This ceremony will be broadcast online here and is open to the public. Find more information about the invention's impact, the technology and the inventors' stories here. This story is provided by BusinessWire India. ANI will not be responsible in any way for the content of this article. (ANI/BusinessWire India)
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