solar panels installations hit a total 629 GW last year an increase of 12 percent from 2018 and growing fast enough to reach 1630 GW in 2030 . And in a few years, these panels could become a major waste management headache.
Therefore the volume of end of life PV panels is increasing continuously and is predicted to have ~ 8 million tons in 2050.
As a matter of fact solar panel generates 300 times more waste than a nuclear power plant.
With existing recycling technologies which are usually non-profitable we expect the majority of waste will be going to landfill that will pose risks to environment.
There are no efficient technologies for recycling silicon PV panels. Our technology allows to produce high-quality silica nanoparticles with less energy and zero waste from end-of-life silicon PV panels, silicon manufacturing loss, silicon wafers in microelectronics.
The market of nanoparticles of silicon dioxide will reach $ 1 billion by 2025.
There are no limitations on technology scaling. Patent pending.
Current methods of silica nano powder manufacturing are not eco friendly where significant amount of energy and chemicals consumption that leads to carbon gas discharge into atmosphere or dangerous chemicals handling. With our unique technology we help recycling companies to process silicon from PV panels with our Unique ZERO C technology. The nano powder produced as a result will be sold back to the customers where it can be used in many applications. We believe Customers who are using nano powder in their process or products are eco responsible and supports circular economy,
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Building 1 Bolshoy bulvar 30 str., Skoltech Institute, 143205, RUSSIA
Skolkovo Institute of Science and Technology, Bolshoy bulvar 30 street, bldg. 1, Novoivanovskoe, Moscow 143025, Russia
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