Pulsed Electric Field System is capable of eliminating predators.

Press Release Summary:

Offering non-chemical solution to algae predator control, PEF System uses 1 to 20 µs high voltage pulses to create 1 to 50 kV/cm high voltage field. Capable of eliminating predators which adds cost of growing algae at commercial scale, system decreases cost of algal production and extraction. Depending upon desired effect, PEF voltage intensity lyses cell membranes in plant cells.


Original Press Release:

Algae Predator Control System Employs PEF Processing Instead of Chemicals

A new PEF (pulsed electric field) system that offers a non-chemical solu-tion to algae predator control and cellular product extraction is being developed by Diversified Technologies, Inc. of Bedford, Massachusetts.

Diversified Technologies’ PEF System applies 1 to 20 µs very high voltage pulses that create a 1 to 50 kV/cm high voltage field across a liquid that induces electroporation of cell membranes in microbes, plant, and animal cells. Depending upon the desired effect, PEF voltage intensity lyses the cell membranes in plant cells or can selectively kill predators in predator control, while having little impact on the microalgae cells themselves.

Capable of eliminating predators which can significantly add to the cost of growing algae at commercial scale because they can “crash” a pond in hours, the Diversified Technologies’ PEF System is a non-chemical, low electric field process that can decrease the cost of algal production and extraction. The process is being developed in cooperation with the Arizona Center for Algae Technology and Innovation (AzCATI) at Arizona State University.

Diversified Technologies’ PEF System is priced from $25,000.00 and is being funded under a USDA SBIR grant.

For more information contact:

Diversified Technologies, Inc.

Michael A. Kempkes, VP of Marketing

35 Wiggins Ave.

Bedford, MA 01730-2345

(781) 275-9444 x211

FAX (781) 275-6081

e-mail: kempkes@divtecs.com

www.divtecs.com

More from Software

All Topics