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by lorax
2691 days ago
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I'd like to know what the breakeven point is. How many times does the package have to be used before it becomes less resource intensive than single-use packaging, and how long will it take. I use honey (an example on the terracycle website) but I probably go through a bottle a year. If the breakeven is 10 uses, that would be 10 years worth of honey consumption. Even for shampoo, toothpaste, and laundry detergent I don't go through very many containers a year (but I buy big containers). It seems like it will take years of re-use to make it less resource intensive, what's the chance a bottle will get lost, broken, or forgotten about during that time (or loop will go out of business). |
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Also, if your packaging consumption consists of a jar of honey and a few personal items, you are far from typical (but good! Whole food diets are great). Many people consume lots of packaged foods and goods. In any event, you have to think of this spread across billions of people consuming goods.
Finally, reusable packaging is not new. You charge a deposit large enough to incentivize the consumer to return the packaging. This has been done with glass bottles.
I bet their angle is that they can handle a wide variety of package types and quickly calculate customer refund amounts. I.e., each container will have a unique id (QR code, rfid). I would say this is why the model hasn't worked until now...it was too difficult to manage the menagerie of containers and quickly processing refunds. So it might work for water or milk, but it wouldn't work for 300 different container types in a supermarket.
Side note: if each container has a UUID, you could track how fast people are consuming products. How much butter DID you consume last week? There are real privacy implications, as I'm sure that data would have monetary value to advertisers and health insurers.