Only currently registered students appearnew student names are added at the start of the academic year.
Bioprocess Engineering Degree Sought: PHD Advisor(s): Liu |
Undergraduate Institute: Michigan State University (Chemical Engineering) Graduate Research Topic My work aims to improve enzymatic production of cellulases by to optimizing the fermentation conditions and substrate utilization for a given microorganism. This study uses wood extract produced during hot-water pretreatment as substrate to stimulate the enzymes yield. An increment in enzyme production would be a step in the right direction in the efforts to reduce the enzymatic cost and could help the biobased industry become more competitive.
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Paper and Bioprocess Engineering Degree Sought: MPS Advisor(s): Scott |
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Doelle |
Previous Graduate Study: SUNY-ESF (PSE )
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Bhavin Bhayani
ERE Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Ramarao |
Previous Graduate Study: Clarkson University (Civil Engineering ) Personal Statement I have completed my Bachelor's in Civil & Environmental engineering from Kolhapur Institute of Engineering, India, and Masters in Civil Engineering from Clarkson University, Potsdam, NY and currently pursuing my PhD in Bioprocess Engineering in SUNY ESF, Syracuse, NY
My interests include water and waste-water engineering, separation technologies and engineering management. Currently I am working on using different separation technologies for separating lignin from lignocellulosic biomass.
Graduate Research Topic Studying the separation technologies such as Membrane filtration, Coagulation and centrifugation to separate lignin from lignocellulosic biomass Home Page Web Link
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Liu |
Undergraduate Institute: MAKERERE UNIVERSITY, KAMPALA U (Food Sciences) Previous Graduate Study: XIAMEN UNIVERSITY, PR CHINA (Chemical Engineering) Graduate Research Topic My research is focused on production of Poly(lactic acid) from hemicellulosic wood sugars. PLA is a biodegradable and biocompatible polymer with the potential to replace petroleum derived plastics. Successful utilization of wood hemicellulosic sugars in the production of PLA would help in driving the biobased economy more favorable. Favorite Quote Nothing in life is to be feared. It is only to be understood. Marie Curie
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Ramarao |
Previous Graduate Study: WESTERN MICHIGAN UNIVERSI (PAPER SCIENCE ENGINE)
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Bioprocess Engineering Degree Sought: MPS Advisor(s): Scott |
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Paper and Bioprocess Engineering Degree Sought: MS Advisor(s): Ramarao |
Previous Graduate Study: University of Chittagong (Chemistry )
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Degree Sought: PHD Advisor(s): Amidon |
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Liu |
Previous Graduate Study: Syracuse University (Electrical Engineeri)
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Bioprocess Engineering Degree Sought: MS Advisor(s): Liu |
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Paper Science and Engineering Degree Sought: PHD Advisor(s): Bujanovic |
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Bujanovic |
Previous Graduate Study: Ramnarian Ruia College (Organic Chem )
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Bioprocess Engineering Degree Sought: PHD Advisor(s): Ramarao |
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Paper and Bioprocess Engineering Degree Sought: MS Advisor(s): Doelle |
Undergraduate Institute: HN University of Commu.&Trans. (Mechanical Engineeri)
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Lai |
Previous Graduate Study: University of Chittagong (Forestry )
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Ramarao |
Undergraduate Institute: Seoul National University (Wood Science) Previous Graduate Study: Seoul National University (Wood Science )
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Francis |
Previous Graduate Study: SUNY-ESF (PSE )
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Paper and Bioprocess Engineering Degree Sought: MPS Advisor(s): Scott |
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Liu |
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ERE Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Amidon |
Graduate Research Topic Nanocellulose
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Bioprocess Engineering Degree Sought: MS Advisor(s): Amidon |
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Liu |
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Liu |
Previous Graduate Study: SUNY-ESF (PBE )
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Lai |
Previous Graduate Study: National Taiwan University (wood science )
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Liu |
Graduate Research Topic Polyhydroalkanoates (PHAs) are biopolyesters produced by many bacteria as carbon and energy storage compound under nutrient limiting conditions. PHAs have attracted a wide research interest because of their applications in biodegradable plastics and medical uses. Recent developments show that PHA and its related technologies are forming an industrial value chain ranging from fermentation, materials, energy to medical fields. Though compared with the petroleum products, the cost of PHA production is still expensive. One solution for this problem is using inexpensive renewable carbon sources, such as plant oils, molasses, starch, whey, wood extract and other industiral wastes to make PHAs production more economical. Another solution is to find a more enviornmental friendly and more economical method to purify the PHA from cell mass. Favorite Quote there is a will, there is a way. education 2000~2004,Dalian University of Technology. Bachelor
2004~2007, Chinese Academy of Science, Master
2009~present, SUNY-ESF, Ph.D
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Amidon |
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Bioprocess Engineering Degree Sought: PHD Advisor(s): Liu |
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Paper and Bioprocess Engineering Degree Sought: PHD Advisor(s): Liu |
Previous Graduate Study: Beijing Forestry University (Pulp and Paper Produ)
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Bioprocess Engineering Degree Sought: PHD Advisor(s): Ramarao |
Previous Graduate Study: Acharya Nagarjuna University (Biotechnology ) Graduate Research Topic Separation and Purification of Lignocellulosic Hydrolyzates by Polymer Flocculation and Tangential Flow Micro Filtration.
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