openPR Logo
Press release

NCERC to Install Arisdyne’s Controlled Flow Cavitation System in Research Operations

06-24-2011 08:46 AM CET | Energy & Environment

Press release from: Marketing Resources & Results, Inc.

Arisdyne Systems, Inc. to donate the use of pilot scale system to aid in research to enhance ethanol yields

EDWARDSVILLE, IL and CLEVELAND, OH (June 23, 2011) -- The National Corn-to-Ethanol Research Center (NCERC) has agreed to license and support a Controlled Flow Cavitation (CFC) system from Arisdyne Systems, Inc. Arisdyne’s CFC system will be offered as an adjunct test feature of NCERC’s pilot scale ethanol test facility on the campus of Southern Illinois University Edwardsville (SUIE).

Arisdyne’s patented cavitation methods and devices were originally tested at NCERC in June and July of 2009 and early trials demonstrated ethanol yield improvements of 2-3% under low flow rate, 5 GPM, conditions. Since 2009, over five full-scale plants have installed and are testing CFC systems at flow rates of 600 -1800 GPM. These commercial tests have shown potential yield improvements of 3-5% using corn, milo, or a mix of both feedstocks.

“Arisdyne is extremely pleased that NCERC provided opportunities to advance ethanol’s position as a clean, alternative energy,” said Dr. Peter Reimers, president and CEO of Arisdyne. “We are most grateful to the many industry participants and to NCERC for the support they have provided in helping to verify the effectiveness of our technology in the laboratory and at full commercial scale. Further research involving the CFC system is expected to help the ethanol industry secure better margins, reduce energy consumption per gallon of fuel produced, and provide a pathway to hybrid production of ethanol from grain and other related fiber materials.”

“It’s small, it’s simple, it’s durable,” said John Caupert, managing director of NCERC. “That is what this industry needs. We are working on solutions that convert current starch-based ethanol plants into ‘Generation 1.5’ ethanol plants that convert not only starch but also cellulosic feedstock.”

Leading technologies like Arisdyne’s significantly reduces energy consumption, minimizes reliance on foreign-sourced oil, results in higher nutrition DDGS, and opens the doors for other related savings. With recent process enhancements, NCERC’s ethanol plant can get more ethanol from the same bushels of input grain.

About Arisdyne Systems, Inc.
Arisdyne Systems, Inc. is the leading provider of retrofit equipment and value-creating services for biodiesel and fuel ethanol producers. Arisdyne specializes in designing small footprint devices that utilize controlled hydrodynamic cavitation and applies its cavitation technology to increase yield to improve biodiesel production, enhance ethanol yield from starch, and other fuel production. For more information, call (216) 458-1991, ext. 482 or visit the Arisdyne’s website at www.arisdyne.com.

About the National Corn-to-Ethanol Research Center, Edwardsville, IL
NCERC is a not-for-profit research center that conducts research and findings for industrial and institutional clients. It offers third-party validation and commercial testing of products, technologies, concepts, and ideas. Located on the campus of Southern Illinois University Edwardsville, the center facilitates the commercialization of new technologies for producing fuel ethanol and advanced biofuels more effectively. NCERC's clients receive validation of technologies that enhance the economics and sustainability of renewable fuel production and bioprocessing scale-up. For more information, call (618) 659 6737 or visit the center’s website at http://www.ethanolresearch.com/ethanolresearch/about.shtml.

Chris Brown
Marketing Resources & Results, Inc.
1521 Georgetown Road, Suite 103
Hudson, OH 44236
330-656-9793
cbrown@resources-results.com

This release was published on openPR.

Permanent link to this press release:

Copy
Please set a link in the press area of your homepage to this press release on openPR. openPR disclaims liability for any content contained in this release.

You can edit or delete your press release NCERC to Install Arisdyne’s Controlled Flow Cavitation System in Research Operations here

News-ID: 180835 • Views: 2195

More Releases for Arisdyne

Alcohol-Based Fuel Market Analysis by Growth: 2022, Research Outlook, Dynamic Ap …
The research reports on the "Alcohol-Based Fuel Market" report give a detailed overview of factors that affect global business scope. The Alcohol-Based Fuel market report aims to provide an overview of the detailed market segmentation by type, installation type, application, and geography. The report provides key statistics on the market status of the leading market player and offers key trends and opportunities in the market. It also provides historical data,
Cavitation Devices Market Global Insights, Demand and Rising Trends 2020
Global Cavitation Devices Market research report published by market insight reports explores the current outlook in global and key regions from the perspective of Major Players, Countries, Product types and end industries. This report analyzes top players in the global market, and divides the Market into several parameters. This Cavitation Devices Market research report identifies the competitive landscape of industries to understand the competition at International level. This report study describes
Critical Path Management Hires Consultant Peter Schrandt
Arisdyne Systems, Inc. to Benefit from Schrandt’s Focus on Controlled Flow Cavitation Technology GLEASON, WI (January 30, 2013) – Critical Path Management LLC (CPM), provider of process consulting and construction management services for the ethanol and process industry, recently welcomed Peter Schrandt to the CPM team. Schrandt’s responsibilities will be as project manager for the full range of CPM clients and services with his initial focus directed towards business development
HERO BX Adopts Arisdyne’s Oleochemical Cavitation System to Reduce Biodiesel C …
ERIE, PA and CLEVELAND, OH (April 26, 2012) – The Arisdyne Systems cavitation process has allowed biodiesel producer HERO BX to reduce catalyst consumption by over 25% and contributed to the reduction of monoglycerides, since its installation at their plant. “HERO BX and Desmet Ballestra worked together with Arisdyne to test Arisdyne’s cavitation process. After two months of testing, we proved that the technology demonstrated significant cost savings, streamlined operations
United Ethanol Tested and Licenses Arisdyne’s Cavitation System to Enhance Eth …
Arisdyne and United Ethanol collaborate to refine verification test procedures and demonstrate controlled flow cavitation produces additional gallons daily MILTON, WI and CLEVELAND, OH (February 20, 2012) – United Ethanol, LLC agreed to license and acquire Arisdyne’s patented cavitation system, after extensive test development and testing to prove the plant increased daily ethanol production. With the aid of the National Corn-to-Ethanol Research Center (NCERC), Edwardsville, Illinois, the
Pinal Energy Achieves Yield Improvements Using Arisdyne Systems Cavitation Syste …
In Addition to Better Yields, the System Consumes Comparatively Less Energy in a Small Footprint 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