There's nothing wrong with using formed cardboard packing instead of styrofoam and it can be recycled again, or at least if it ends up in a landfill, it'll biodegrade instead of still being there at the eventual heat death of the universe.
There's nothing wrong with using formed cardboard packing instead of styrofoam and it can be recycled again, or at least if it ends up in a landfill, it'll biodegrade instead of still being there at the eventual heat death of the universe.
The last times I remember seeing it were when I bought a window AC unit and a portable digital piano. Both of which weigh 25+ pounds, where I think only styrofoam is the only economical material which exists that is both protective enough but also able to support all that weight. I'd guess heavy blenders would also still need it.
So not sure we need to ban it if manufacturers have already mostly stopped using where cardboard is a viable replacement? Unless there are categories of products still using it that I'm missing?
Same with styrofoam for to-go food containers -- everything I see is plastic or cardboard now, haven't seen styrofoam in years. Unless this is regional?
In my neighborhood, millions of styrofoam beads blew away from a construction site, then settled like snow on grass fields, in gutters, and in other nooks and crannies. I reported it to the city and they did nothing. Now that styrofoam will be out there forever.
I would not be opposed to a ban.
Everybody uses those air pillows now, or else those crinkle cardboard strips for things like ceramic.
I'm genuinely curious what types of companies ship to you with packing peanuts. I honestly kind of assumed they weren't even made anymore.
https://www.sciencedaily.com/releases/2020/05/200527105055.h...
> The team placed 50 superworms in a chamber with polystyrene as their only carbon source, and after 21 days, the worms had consumed about 70% of the plastic. The researchers then isolated a strain of Pseudomonas aeruginosa bacteria from the gut of the worms and showed that it that could grow directly on the surface of polystyrene and break it down. Finally, they identified an enzyme from the bacteria, called serine hydrolase, that appeared to be responsible for most of the biodegradation. This enzyme, or the bacteria that produce it, could someday be used to help break down waste polystyrene, the researchers say.
It is decomposed into simpler components that can be used by the bacteria itself for energy.
It still doesn't feel like a reasonable picture.
Not when we have alternatives such as corrugated cardboard.
There's certainly a need to use the most recyclable solution (rather than cheapest) of the practical options. It is also important to remember that not all recyclable solutions are practical.
For packing fill and protection, switching from styrofoam to cardboard increases its carbon footprint because of the increased weight of the cardboard needed for packaging.
https://theecobahn.com/packaging/plastic-vs-cardboard-packag...
Having better recycling with plastic products can mean reduced shipping footprint, reduced water usage (recycling paper products is water intensive) and a reduced demand for wood pulp meaning that planted trees can capture more carbon before they're needed as a resource.
Our current use of plastics (lack of recycling options leading to disposal in landfill) is not something that is sustainable but going with solutions like corrugated cardboard can hide other costs.
But that is why I said "such as cardboard". It would have to be on a case by case basis, such as the expanded corn foam.
Materials like styrofoam when it is lots of little balls compressed together are terrible as they always break up and would never be able to be all collected up.
The expanded foam plastics that are formed into the correct shape so they don't shatter into tiny pieces would already be better. The small ball form should be banned as it is the worst form of it.