Normally it’s chefs who find inspiration in food. But a number of clever engineers and inventors are doing the same these days, developing new materials, biofuels, ways to harvest energy, and other inventions by using common foods and food waste to create the foundation or impetus for their designs.
Two of the most popular areas of food-based inventions are in biofuels and materials science, with a number of waste products from food being reused as the basis for eco-friendly fuel, bioplastics, and new and stronger materials. Food also is making its way into energy sources and even 3D printing.
Click on the image below to see the creative ways these foods are being used by engineers for new inventions.
A US company called Renmatix has invented a process called plantrose that can turn lignocellulosic biomass -- such as waste from sugar cane -- into industrial sugars. These sugars are a key element of bio-based chemicals and fuels, including polypropylene and polyethylene. Renmatix’s process is water-based, making it easy, fast, and scalable. So impressed with it was plastic and chemical giant BASF that the German company invested in $30 million in Renmatix to help it broaden its options for the use of biomaterials. (Source: Renmatix)
"In that case what I think is government should help or support the farmers to produce more tomatoes in order to avoid scarcity. No doubt scarcity will be a problem but then it is the responsibility of the government to look into the matter and take steps which will result in more production because in the end it will be beneficial to the country only ."
Debera, yes government can help the farmers t increase the production. But again there may be some other governance issues like finding place for additional cultivation, fertilizer, water etc and moreover they cannot give incentives to any particular crop also.
In that case what I think is government should help or support the farmers to produce more tomatoes in order t oavoid scarcity . No dounbt scarcity will be a problem but then it is the responsibility of the government to look into the matter and take steps which will result in more production because in the end it will be beneficial to the country only .
"they should keep a strong check and balance not only on the quality of things produced but also like you said to keep the prices reasonable for the reusable items and products than only these inventions can be usefull for the country and the enviornment"
Debara, agreed. It's not a question of who owned the technology; irrespective of ownership the raw material tomato is the issue. Tomato is cultivating by farmers and it's available in public market, so when they collecting in huge quantity for fuel purpose, it can create similar demand in food market also, due to scarcity.
Indeed, Pubudu, I like the idea not only of turning food waste into something else that can be used and is productive, but also being able to use food to create something new that is edible. 3D printed sugar sculptures that one of our reporters wrote about is a fine example of this.
Agreed My Design that there can be socio economic factors but then I will say that it is the responsibility of government to own these new inventions as in they should keep a strong check and balance not only on the quality of things produced but also like you said to keep the prices reasonable for the reusable items and products than only these inventions can be usefull for the country and the enviornment .
Thanks, Debera. Yes, food waste is becoming a key material for recycling and reusing, and it's about time. I, too, think it's interesting all the inventive ways engineers are finding to use it for other things.
"I have a lot of friends that do that with food here where I live, and also do a lot of composting. It's a really good way to reuse food. I just bought a house and haven't started a garden yet but do eventually want to start reusing food this way eventually."
Elizabeth, then start it as soon as possible and be self reliable through natural methods. Natural means vegetation without chemical fertilizers.
Engineers at Fuel Cell Energy have found a way to take advantage of a side reaction, unique to their carbonate fuel cell that has nothing to do with energy production, as a potential, cost-effective solution to capturing carbon from fossil fuel power plants.
This is part one of an article discussing the University of Washington’s nationally ranked FSAE electric car (eCar) and combustible car (cCar). Stay tuned for part two, tomorrow, which will discuss the four unique PCBs used in both the eCar and cCars.
Researchers working with additive manufacturing have said multimaterial techniques will allow industry “to fabricate materials with combinations of density, strength, and thermal expansion that do not exist [yet].”
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