This is amazing. I love the way this firm has looked under every rock to turn a waste product into such a huge range of materials and ingredients.
@ichifish10 күн бұрын
Impressive work, Estonia! Good luck with your products.
@jajajaja26063 ай бұрын
This is very cool. I had no idea yeast can produce fat. I wonder what would happen if they used something else as starting feed for the yeasts - for example linenseed pulp, which already contains fat? or fatty algae for biodiesel? or if farmers used it to ferment animal feed? This is super interesting, but if anyone wanted to use it as food in the EU, then obtaining novelty food registration is probably too costly for any small startup. Can't wait to hear about other applications of this technology.
@MahmoodHashem3 ай бұрын
According to the yeast feed, I think it is mainly carbohydrates, like common yeast in our live . The GMO part is how to modify the yeast yield to be fat or oils. I agree with you about the regulations, but I think it is something that can be tackled.
@rodelenz81142 ай бұрын
This is very interesting 👍. I wonder what can be done with other waste sources. I happen to have some experience growing Oyster mushrooms using a mixture of waste human hair from barbershops and sawdust. The mushrooms grew BEAUTIFULLY 🎉
@rodelenz81142 ай бұрын
This is amazing 👍
@MarcCoteMusic3 ай бұрын
Excellent video about a fascinating topic. Well done.
@ilantzriker75043 ай бұрын
great video
@juliamarsh20779 күн бұрын
Doesn´t that plywood waste contain glues?
@gedelgo32428 күн бұрын
Makes me think of the people making "vegan honey" which was just hyper processed corn syrup. Yeah, industrial chemistry can turn an organic molecule into another organic molecule with enough steps.
@AppliedCryogenics3 ай бұрын
I sure hope they find some other uses for it besides for human consumption! We're eating enough synthetic garbage already!
@juliamarsh20779 күн бұрын
I thought cattle could safely eat sawdust, so could you skip a process and add it to feed directly.