Day 233 – I first came across an article about a company in Milan, named Krill Designs, that is transforming inedible food waste into functional homeware products. One of the products is a 3D printed lamp made from orange peels. The “Ohmie” is a compostable lamp made from the peels of two to three oranges that are dried, ground into a powder, and added to a vegetable starch base. That combined material is molded into pellets used in a 3D printing process that layers the material into a textured shade and base. Due to the organic matter that makes up the lamp, the color varies. One of the coolest features is that even as it ages it maintains its citrusy smell.
So, after reading about the orange lamp, I wanted to find out more about 3D printing food waste into usable products. I found two very cool companies that are taking food waste and turning into something quite amazing!
Upprinting Food is a company in the Netherlands that is turning food waste into attractive, tasty food using 3D printing.
“By blending and combining the different ingredients from residual food flows, purees are created, which then are being 3D printed by a food printer. These prints are baked and dehydrated for crunch and longevity. We currently have created several recipes, both bread, and rice-based, and we are working to create new recipes all the time. We are focusing on collaborations with high-end restaurants to help them reduce their residual food flows and to create a unique dining experience.” – Upprinting Food
Genecis is a Canadian company that has figured out a way to recycle food waste and turn it into biodegradable plastics, which can then be used to make everything from 3D printing filament to packaging. Their PHBV plastic has equivalent properties to traditional oil based plastics, without the environmental costs. When the product reaches end of its useful life it can be composted within a month. If it does find its way into the ocean, it degrades within a year.
“Genecis uses biology to convert organic waste into higher value materials. The first product line is PHA (polyhydroxyalkanoates) biopolymers, which is used in combination with PLA to make 3D printing filaments. It is also used to make high-end flexible packaging and containers. In addition, PHAs makes a tougher and less brittle 3D printing filament. The end product is 100 percent biodegradable, and can be mixed with a variety of colors,” explained Luna Yu, the Founder and CEO of Genecis. “Currently, all PHAs are made from expensive food crops such as corn, sugar cane, and canola. Genecis has developed a novel technology that produces PHAs from mixed food waste, dramatically reducing the production costs.”
The technology is there to help numerous problems that plague our planet. Food waste and plastic pollution could be a thing of the past if companies decide to tap into these brilliant solutions.
Tomorrow, we are at a point where we need to cover our mountains in order to save the snow caps.