Yes, absolutely. Currently, the project is working on the prototype. When their technology is used in the future, they aim to power it with renewable energy.
Sounds neat. I'm curious, though - do you expect this technology will be able to recycle all types of glass? 🤔 Or are there certain types of glass that will probably be too difficult to recycle?
Yes, the technology developed by the project EVERGLASS will be able to handle all glass types, even those with high melting points, like borosilicate and aluminosilicate. However, glasses with contaminants (e.g., flat glass mixed with plastics or metals) might still need extra processing to separate materials before recycling fully.
This is great cause (correct me if I'm wrong) unlike the big furnaces, lasers can easily be powered by green electricity.
Win-win
Yes, absolutely. Currently, the project is working on the prototype. When their technology is used in the future, they aim to power it with renewable energy.
Sounds neat. I'm curious, though - do you expect this technology will be able to recycle all types of glass? 🤔 Or are there certain types of glass that will probably be too difficult to recycle?
Yes, the technology developed by the project EVERGLASS will be able to handle all glass types, even those with high melting points, like borosilicate and aluminosilicate. However, glasses with contaminants (e.g., flat glass mixed with plastics or metals) might still need extra processing to separate materials before recycling fully.
Hello,,,,,,,🇯🇲