- cross-posted to:
- upliftingnews@lemmy.world
- cross-posted to:
- upliftingnews@lemmy.world
cross-posted from: https://lemmy.world/post/34272214
A California-based biotechnology startup has officially launched the world’s first commercially available butter made entirely from carbon dioxide, hydrogen, and oxygen, eliminating the need for traditional agriculture or animal farming. Savor, backed by Microsoft co-founder Bill Gates through his Breakthrough Energy Ventures fund, announced the commercial release of its animal- and plant-free butter after three years of development.
The revolutionary product uses a proprietary thermochemical process that transforms carbon dioxide captured from the air, hydrogen from water, and methane into fat molecules chemically identical to those found in dairy butter. According to the company, the process creates fatty acids by heating these gases under controlled temperature and pressure conditions, then combining them with glycerol to form triglycerides.
Why not just make a fuel that can power cars if you’re gonna go this far.
@MuskyMelon @Gsus4 hydrogen probably… just need further development, I think we are in a technologic race, battery is still winning but it can change…
You can get a hydrogen car today. Just that if you’re outside a few places like Japan and California, finding a fueling station might be a bit difficult.
https://en.wikipedia.org/wiki/Toyota_Mirai
https://www.toyota.com/mirai/
https://afdc.energy.gov/fuels/hydrogen-locations#%2Ffind%2Fnearest%3Ffuel=HY
They do fuel up a lot faster than BEVs do, but the fuel cost is considerably higher than for BEVs.
cost :/ and low energy conversion efficiency. Whereas expensive novelty edibles may have a high price, fuels, not so much.
We focus too much on efficiency and cost sometimes. Sometimes efficiency is only a “nice to have” while being outweighed by practicality, convenience, safety, and any of the other factors we choose to make a priority.
It is expensive and inefficient for an airplane to have two engines instead of just one. We do it anyway because it’s required for safety and redundancy. We made that the priority, and that was an active choice. We need to start making more active choices about what the priority is when it comes to our energy futures. All priorities have tradeoffs. Cost and efficiency have their own tradeoffs. Question it when people tell you that things can’t be done because of “cost” or “efficiency”. When they do that they’re presupposing what the priority is, but often it’s billionaires trying to cut corners to make themselves richer at our expense, our safety, our futures. We can do inefficient things. Sometimes it’s even the right choice.
I think you’re missing that there are better ways to produce fuels for cars than to chemically synthesize petroleum. It’s all about cost and efficiency if you’re just looking for portable energy. Or we could burn more coal so we can generate the energy needed for synthetic gasoline…
The problem is, people can, do, and will use that exact same argument to say we don’t need any more solar panels or wind turbines, because we don’t need and can’t use or store the excess power for anything and that’s why we need to keep thermal plants as backup for base load generation. Look, when we produce too much electricity, the electricity cost goes to zero and negative! It’s “wasteful and inefficient”! But these two problems can solve each other. Synthetic fuels (doesn’t have to be gasoline, hydrogen is step 1, methane/LNG is a bit more manageable as a chemical fuel. As long as the carbon source is atmospheric, then it and other synthetic hydrocarbons are carbon neutral to burn) provide an on-demand energy sink/storage method that can support and drive more electrification and renewable power, it just has to be part of a consistent and systemic approach with strict regulation and a clear view of the big picture (something sorely lacking these days).
Nailed it.
We need a solar grid that can meet our demand during a 9-hour, overcast, low-angle winter day. That same grid will be producing more than 4 times as much power as we need during a 15-hour, high-angle summer day, even after we include air conditioning loads.
We need massive, seasonal loads to soak up that excess power and keep solar profitable.
Fake butter isn’t going to do it, but things like desalination, hydrogen electrolysis, and Fischer-Tropsch hydrocarbon production are all likely candidates.
I’m glad someone understands.
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Honestly, I’m mostly wondering about the nutrition factor. Not that you expect much from butter, but we all know this will be slipped into other things, just like hfcs.