Finland Has an App Showing Shopping’s Carbon Footprint
bloomberg.com
bloomberg.com
It's rather like the successful campaign of companies to push the burden of disposable rubbish onto consumers instead of changing the system: https://blogs.scientificamerican.com/observations/more-recyc...
If you try to force producers to take all the burden and blame (like many people are) then you'll just get lied to. People are generally unwilling to accept responsibility for these kinds of things without there being overwhelming evidence.
But then Amazon also uses a bunch of packaging. The cardboard packaging is putatively recyclable, except for the collapse of paper/cardboard recycling in the US last year. I still recycle it, but it's probably being landfilled. The plastic packaging is just landfill waste. And even if the cardboard was being recycled, there's a huge water burden involved in the production of recycled paper products as I imagine it, so trading off carbon emissions versus local water consumption / drought risk seems like a problem.
If someone made a website or app that allowed me to visualize all this for each purchase I make, I think that would be mondo cool -- and as dsalzman's comment to this thread mentions, this could be an opportunity to tie into a carbon offset service or something else to automatically compensate, at least partially, for the efficiency gap.
Come to think of it, that leads to another cost I hadn't considered before: at least theoretically, the money I save on Amazon frees up money for offsets or environmentally friendly donations versus paying more elsewhere. (Although in practice my total donations per year come nowhere close to what I save).
I'd also be curious today whether picking slower shipping on Amazon reduces or increases the carbon burden of the transaction versus prime shipping versus faster shipping.
That way you don't have to try to figure it out as an individual you just end up comparing Amazon's delivery prices to a tank of gas, which you're doing anyway because you already have to manage your own budget.
If I produce something and emit carbon in a foreign country, then import that thing into your country, you need to make sure that import gets taxed on the emitted carbon. So you need to estimate that emitted carbon.
Your proposal only works if every single country worldwide agrees to tax carbon at the same rate, and effectively applies it.
Hard question to answer. As another datapoint, I did hear from some researcher in a podcast that deliveries are ecologically much worse than going to the store. I've mentioned this on HN a few weeks ago[1], but I'll cite the points for convenience. The original[2] is in Flemish, so any translation mistakes are on me. These were the reasons given for why ordering packages is less ecological:
- Many disparate products moved to many individual homes (many to many makes for a lot of 'movements', fragmentation)
- 15-20% of people is not home during a delivery attempt (useless impact)
- Returns are equally bad (people order 8 pairs of shoes knowing they'll send 7 back)
- Different delivery companies cause even more fragmentation (driving to the same home)
If I remember correctly (I didn't watch/listen it back anymore since 24 days), there wasn't really a question about it -- at least in Belgium -- that ordering is worse. Like, no exceptions were mentioned if I remember correctly.
https://sanfrancisco.cbslocal.com/2019/05/25/amazon-carbon-f...
https://www.washingtonpost.com/technology/2019/09/19/amazon-...
If it had been fully green in 2025 or so... they easily make enough profit to at least fund compensation programs (like Climeworks' recapturing) for the part of CO2 that is currently required for flying the planes (since there is not yet a practical alternative to flying fuel-based planes, that's one area where compensation currently makes sense given that emission can't be avoided).
https://www.theverge.com/2019/11/14/20961523/amazon-walmart-...
A cotton sweater is cheap. But if you want to make cotton sweater in a greener process, then you need water cleaning systems, maybe different paint (which is also more expensive).
No it is not. For example a meat eating human produces more CO2 per mile than a regular car. (Although most people could use the exercise so don't use that info in isolation.)
Again, many people need exercise so this might just replace that. But if you exert extra, then you need extra food. Food costs CO2, and humans are not very efficient.
Yes, that is mostly correct, but only if you are comparing products made in the same country.
That would be counter productive. Buy local would increase your CO2 emissions. Local might have other benefits, but Co2 is not one of them.
Shipping uses FAR less Co2 than you might imagine.
Also, I live in Finland and work in ecommerce, never heard of this before.
[1] https://www.finextra.com/newsarticle/34819/finnish-fintech-e...
Though I often wonder why climate tech is so obsessed with super-accurate and granular carbon calculations. You see this as a value proposition in all kinds of apps and startups for everything from travel to food.
It's pretty clear by now that simply telling someone they emitted 1,333.33 kilograms of co2 is not enough to influence behavior. You can much more quickly estimate your average emissions and spend the rest of your energy finding a good way to offset it.
At least this sort of thinking inspired the work I've done so far on https://offsetra.com - whether we manage to make a splash or not, I hope it's the start of a long career building software for sustainability.
The agriculture export economy has large carbon footprints—for your favorite fruits such as avocados, apples and citrus—and an important factor is how these sales impact local economies.
Some countries and regions that would otherwise be stagnant rely on this.
The Bloomberg article is paywalled. Their press release at https://enfuce.com/enfuce-launched-new-sustainability-servic... says:
> My Carbon Action is based on a validated calculation method called Life Cycle Assessment (LCA), which has been developed together with D-mat, a Finnish consultancy experienced in lifestyle carbon and material footprint calculations. The calculation takes into account the environmental impacts of a product’s entire lifecycle from raw-material extraction, manufacturing and transport to use and disposal.
This is good but it doesn't actually say what the "validated" LCA is.
Consumer supply chains are notoriously complex. You need details of every element of the supply chain for every product to be able to properly calculate the LCA. This is why we get things like the assumption that local produce always has lower carbon emissions, which isn't always true[1], or switching from plastic bags to organic cotton totes, which are worse on many environmental measures[2].
This is a very complex area[3] and Enfuce need to release their methodology to demonstrate that their data is accurate. Lack of transparency of data is a major problem with sustainability claims of all kinds, something I wrote about this week at https://davidmytton.blog/sustainability-doesnt-work-without-...
[1] https://doi.org/10.1111/j.1467-7679.2009.00445.x
[2] https://www2.mst.dk/Udgiv/publications/2018/02/978-87-93614-...
[3] https://link.springer.com/article/10.1007/s10806-015-9591-6
E.g. https://www.apple.com/euro/environment/pdf/a/generic/product... and https://www.microsoft.com/en-us/download/details.aspx?id=559...