Announcements

“The Obama administration has already proposed a $150 billion plan to further advance our renewable and alternative energy initiatives over the next ten years. This commitment, coupled with a growing consumer demand for non-petroleum energy sources, reinforces the need for companies like OriginOil to scale up their research and development departments to ensure a more rapid commercial deployment of renewable energy technologies,” said Riggs Eckelberry, President and CEO of OriginOil. “Adding Heather and Adam to our already robust research and development department will enable us to accelerate the commercial viability of our algae-to-oil technology and pave the way for new technological breakthroughs.”

Heather Heath joins OriginOil as a biochemist who will be developing and managing growth protocols at OriginOil. She comes with an extensive laboratory and molecular biology background that includes measuring enzymatic activities (Enzyme Assays), measuring the concentration of substances in biological liquids (Immunoassays), DNA amplification via polymerase chain reaction (PCR) or recombinant DNA techniques, Gravimetric Analysis and Potentiometric and pH Titration measurement.

Prior to OriginOil, Heath served as a biochemist and research associate at Siemens Healthcare Diagnostics, one of the largest clinical diagnostics companies in the world, where she was involved with experimental preparation, experimental investigation and data preparation. She received a Bachelor of Science degree from California State University at Northridge and graduated cum laude with an Associate of Science degree in Veterinary Technology from Harcum College.

Adam Liegner joins OriginOil as a research engineer in charge of process engineering of the prototypes and new designs. He received a Bachelor of Engineering degree in Chemical Engineering from Vanderbilt University and also holds a Minor in Chemistry.

Liegner most recently served as an independent research engineer for Quality Filtration, L.T.D., a company that designs, develops and manufactures filtration products used in the industrial and hydraulic market. Previously, he successfully completed experiments using nanodevices and micro-fluid chips, testing the effects of pH on cell cultures as a student research engineer.

“Both Heather and Adam add a combination of academic and laboratory research experience that will be invaluable as we continue to bring our algae-to-oil technology to market,” concluded Eckelberry.