Ethanol production begins with starchy grains or cellulosic biomass. The feedstock is reduced to particulates by mechanical milling. The particles are then mixed with water. The resulting slurry is fed into the controlled flow cavitation™ zone. Powerful cavitation forces fracture the particles, resulting in high surface area dispersions.
The high surface area of the dispersion causes faster hydrolysis from starch to sugar. Ethanol is then formed through fermentation and separated off through distillation. Further processing includes water removal and the addition of denaturing agents.
Arisdyne Systems is applying its proven innovations to ethanol production. Controlled Flow Cavitation™ has the potential to increase feedstock flexibility. Industry research points to the environmental benefits of cellulosic ethanol. CFC™ can unlock the power in waste cellulose and fast-growing renewables.
Through university research and industry collaboration partners, Arisdyne Systems is working to improve ethanol production technology and equipment.
Contact us if you are interested in becoming a collaboration partner.
21200 Aerospace Parkway
Cleveland, Ohio 44142
440.239.7005