Transforming Used Cooking Oil into Biodegradable 3D Printing Resin: A Study by University of Toronto
A group of researchers at the University of Toronto transformed used cooking oil from McDonald's and turned it right into a high-resolution biodegradable 3D printing resin. For one liter of used oil, they acquired 420 mL of liquid resin, which they used to 3D print several butterflies. The material they developed did not fall apart or thaw above space temperature. This task is an excellent example of how 3D printing technologies can offer worth to our food waste. The professors behind this job started from a straightforward observation: most plastics are made from manufactured synthetic parts that are much more challenging for nature to absorb.
The researchers found that the grease particles in the frying oil had the same qualities as those of industrial material. Utilizing a basic, one-step chemical procedure, the researchers describe that they transformed 1 liter of used oil into 420 mL of plastic resin, suitable with a 3D printer. To show the potential of this chemical change, they published numerous butterflies with outstanding physical and chemical residential properties, proving that the product is as effective as a material in the additive production market.
And while the resin is extra eco-friendly, it is likewise more affordable to generate. According to researchers, it costs just $300 per ton, while an industrial material derived from fossil fuels can rise to $525 per liter, given its more intricate manufacturing process.
Want to know more about Advanced 3D printers and printing services for high-tech, industry, and education?
Contact us: 3DNY Import and marketing of 3D printers and raw materials
Atir Yehuda 21 Kfar Saba (free parking for customers)
Phone: 09-7449959