University Researchers Have Created Batteries from Old Facemasks
Colin Smith — February 1, 2022 — Eco
References: en.misis.ru
Researchers at the 'National University of Science and Technology MISIS' (NUST MISIS) have created functional batteries by using upcycled facemasks. The used masks go through a process of disinfecting through ultrasound before being used to ensure the safety of the batteries.
As for how the masks are turned into batteries, the researchers dip the masks in a graphene-based ink and heat them up to 140°C, then compress them to form conductive electrodes for use in a battery. These electrodes are then separated using other upcycled masks as an insulating layer. Lastly, the batteries are enclosed in another upcycled casing made out of drug blister packs.
These batteries upcycled from masks deliver 99.7 watt-hours per kilogram, which is nearly as powerful as a standard lithium-ion battery. Mask waste is a large negative side-effect of the pandemic, so finding efficient uses for the waste, such as batteries, is crucial for sustainability and cyclicality.
Image Credit: Shutterstock
As for how the masks are turned into batteries, the researchers dip the masks in a graphene-based ink and heat them up to 140°C, then compress them to form conductive electrodes for use in a battery. These electrodes are then separated using other upcycled masks as an insulating layer. Lastly, the batteries are enclosed in another upcycled casing made out of drug blister packs.
These batteries upcycled from masks deliver 99.7 watt-hours per kilogram, which is nearly as powerful as a standard lithium-ion battery. Mask waste is a large negative side-effect of the pandemic, so finding efficient uses for the waste, such as batteries, is crucial for sustainability and cyclicality.
Image Credit: Shutterstock
Trend Themes
1. Facemask Upcycling - The trend of upcycling facemasks into new products, such as batteries, to reduce waste and increase sustainability.
2. Graphene-based Materials - The trend of using graphene-based ink and materials in innovative ways, such as creating conductive electrodes from used facemasks.
3. Circular Economy - The trend of promoting a circular economy through upcycling waste materials into new products, such as upcycling facemasks into functional batteries.
Industry Implications
1. Battery Manufacturing - Battery manufacturers could look into using upcycled facemasks to create conductive electrodes for batteries, reducing waste and increasing sustainability.
2. Facemask Production - Facemask manufacturers could implement upcycling initiatives to reduce waste and create new products, such as batteries.
3. Sustainability Consulting - Consulting firms focused on sustainability could provide guidance to businesses on how to implement upcycling initiatives, such as turning facemasks into functional batteries.
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