Ronald A. Putt
Ronald A. Putt is an Associate Research Professor at Auburn University’s Chemical Engineering department.
Contact Information:
Office: 220 Ross Hall, Auburn University, AL 36849
Phone: (334) 844-2480
Area of Research: Systems for microalgae cultivation and harvesting; catalyst development; electrochemical technology; product and process development; technology startups
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On February 20, 2008 Ron Putt was a guest speaker in a T-CO Biodiesel Seminar. He presented his research on how algae could be used to produce an oil, which could then be processed in to biodiesel. Ron can be seen in a short preview video clip of the February 20th seminar, and he can also be heard answering a few questions during the Q & A session following the seminar.
Download the Powerpoint file used during the presentation.
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In November of 2007, Ron Putt (Principle Investigator) as part of the Center for Microfibrous Materials Manufacturing (CM3), Department of Chemical Engineering of Auburn University conducted a feasibility assessment regarding the use of algae as a biodiesel feedstock.
Below is the table of contents and a link to the the complete version of this document.
| Algae as a Biodiesel Feedstock: A Feasibility Assessment | |
| Table of Contents: | |
| • Executive Summary | 1 |
| • Introduction | 3 |
| • Overview of this Report | 4 |
| • Nutrients | 5 |
| • Animal Husbandry Summary | 7 |
| • Algae Growth Kinetics | 7 |
| • Overall System Design | 9 |
| • Digester | 10 |
| • Pond | 10 |
| • Carbonation | 12 |
| • Harvesting | 12 |
| • Experimental Program | 14 |
| • Economic Analysis | 16 |
| • The Next Step | 20 |
| • References | 21 |
| Appendices: | |
| A. Air-to-Pond Carbon Dioxide Transport | 22 |
| B. Means of Enhancing Air-to-Water Carbon Dioxide Transport | 24 |
| C. Carbon Dioxide Stripping from Diesel Exhaust Gasses | 28 |
| D. Pond Mass Balance | 33 |
| E. Paddlewheel Power | 34 |
| F. Digester for Animal Litter | 36 |
| G. Harvesting | 39 |
| H. Dewatering and Drying | 41 |
| I. Energy Balance | 43 |
| To read this feasibility assessment, Download the PDF file . | |





















































