But if we don't want to destroy the planet, we have to do something like it. Everyone thinks they're special. Why does Coca Cola have a different bottle shape compared to Pepsi or to Fanta? That makes no sense.
We should turn the approach on its head with what is a dangerous material: you should have to prove that what you're doing deserves being made. Have you thought about the consequences of your actions when this product is mass produced, 30 years from now? I doubt many have.
The standard catalog could have more axes, such as different material types, mine was just an example.
Get 10 world famous materials engineers and have them come out with a catalog that covers the most widespread uses.
This doesn't need to be a 100% solution, it needs to cover, say, 95%. The rest of the 5% could be treated as exceptions and you'd have to get a license. Yes, some creativity would be lost. But you could for example, exempt some smaller producers (if your factory makes fewer than 10k units per year, in total, no need for approval, just show us the proof that you're only going to produce that much).
But again, plastics have proven to be dangerous materials, in an insidious way. They're not explosives but they do a lot of damage.
ie. Don't just remove custom plastics, or move to the lesser option of recycling, rather remove the vast majority of single use plastics in the consumer supply chain and simultaneously reduce the effect of retail packaging advertising on consumer behavior to force a real change.
PS. I don't think a courageous change on this level is ever likely to occur in the west (well, perhaps Europe?). I think it is far more likely to occur in China.
> However, this plan would also reduce plastic consumption (and production, so $$$) by orders of magnitude, so I don't expect it to ever pass a solid lobbying plan.
That's why we're being buried in trash, because people are making money from that trash.
Point B: As I have spent months of time on thermoforming research (just visited 9 machine manufacturers last week and am currently buying a line to produce permanent parts) I will try to raise a few points as to why this plan might also be difficult technically. Many parts are custom produced for specific use cases. Moulds degrade over time and may not produce the same caliber of part early, middle and late run. Some people require different polymers for valid engineering reasons (optical, thermal or structural properties, joining/printing/other post-process compatibility, etc.) Say you have a mould and you use virgin material versus some other material. Polymer selection affects all properties. Thickness affects thermal characteristics and structural properties. Equipment and ambient environment state including thermals, air particulates and humidity, mould state, die state, air pressure, configured cycle time, coolant circuit state, type and care of handling after forming. However, the kicker is food safety (a legal requirement in most markets) - rarely guaranteed outside of purely virgin material (there are exceptions: I believe there is a UK recycler that does it) and food safe material is the dominant single use plastics market.