Pinal Energy Achieves Yield Improvements Using Arisdyne Systems Cavitation System to Enhance Ethanol Yield

FOR IMMEDIATE RELEASE
Cleveland, Ohio, United States of America (Free-Press-Release.com) February 16, 2012 -- CLEVELAND, OH (February 16, 2012) – Pinal Energy, LLC agreed to license and acquire Arisdyne Systems, Inc.’s patented cavitation system to increase ethanol production from current grain consumption, following test results of enhanced yield improvements with the use of cavitation in a mixed feedstock environment.

“Seeking ways to improve efficiency and reduce production costs are critical challenges to all grain-based ethanol producers,” explained Dr. Peter Reimers, president and CEO of Arisdyne. “Ethanol producers are facing very volatile, uncertain industry policies and economic conditions. Today’s plants face expansion limitations from both state environmental agencies as well as federally mandated Renewable Fuel Standards.”

Grain-based producers are seeking yield improvements as a key to enhanced margins. Converting more starch to sugars for fermentation is the first step facing the industry today.
In an effort to improve ethanol yield, grain-based plants are evaluating competing particle-size reduction technologies to improve ethanol yield. Arisdyne’s technology has proven to be very energy efficient and requires very little plant floor space.

“In the midst of several operations improvement projects at Pinal, Arisdyne conducted its Cavitation Analysis and Verification (CAV) Test to demonstrate system results on more starch/sugar conversion and enhanced ethanol yields,” said Fred Clarke, executive vice president of Arisdyne. “During our four-month test, both the operations and lab teams were invaluable in monitoring and measuring data, and sharing results along the way.”

About Arisdyne Systems, Inc.
Arisdyne Systems, Inc. is the leading provider of retrofit equipment and value-creating services for fuel ethanol, biodiesel, and biogas producers. Arisdyne specializes in designing small footprint devices that utilize controlled flow hydrodynamic cavitation and applies its cavitation technology to increase yield for ethanol and biogas production, to reduce catalyst consumption for biodiesel production, and to change the viscosity of heavy crude oil. For more information, call 216-458-1991, ext. 482 or visit the company website at www.arisdyne.com.

Arisdyne Systems     cavitation system     enhanced ethanol production     hydrodynamic cavitation     Pinal Energy