Researchers at the University of Utah have developed a method that can economically convert algae into a biological crude oil that can be used to drive ships, vehicles and aircraft. The method developed by the team is extremely fast at converting algae into fuel and is cost-effective in producing fuel in large quantities.
The process developed by the university uses a specially designed jet mixer in the production process. The key to using algae as a biofuel is to extract oil from fatty acid molecules, which can be used to drive diesel engines. Prior to the advent of new methods for extracting the required oil from algae, the challenge was the energy required to extract bio-crude oil from aqueous plant material. The energy input by traditional methods is greater than the energy obtained from biofuels. The new jet mixer developed by the researchers can extract lipids from algae with less energy, and can also quickly complete oil extraction in a few seconds, so that The fuel obtained in this form is closer to becoming a cost-effective alternative fuel.
In the new mixing extractor, a stream of solvent is injected into the injection port, creating local turbulence and shortening the distance required for the lipid to enter the solvent flow. When the process is complete, the solvent is removed and can be used again as part of the process. The process can be used to remove biofuel lipids from other materials such as bacteria, fungi, and any other microorganism-derived oils. The advantage of using algae is that it can grow in ponds, raceways or bioreactors and harvest abundant fuel.
Wardrobe Cabinet Handle,Thickened Solid Door Handle,Pure Copper Door Handle,Minimalist Wardrobe Invisible Handle
Guangzhou Junpai Hardware Co., Ltd , https://www.junpaihardware.com