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9783668319141 - Debajyoti Bose: Potentials of Potato Starch for Biofuel Production. Fermentative Production of Alcohol by Saccharomyces Cerevisiae utilizing Potato Starch - Buch

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Potentials of Potato Starch for Biofuel Production Fermentative Production of Alcohol by Saccharomyces Cerevisiae utilizing Potato Starch (?)

Lieferung erfolgt aus/von: DeutschlandBuch ist in deutscher SpracheNeuware, neues BuchEBook, E-Book, elektronisches Buch
ISBN:

9783668319141 (?) bzw. 3668319146

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Scientific Study from the year 2014 in the subject Biology - Micro- and Molecular Biology, language: English, abstract: At present, both price and availability of crude oil have motivated a worldwide search for cheap alternatives. Starch is an alternative source of energy because it is both renewable and available throughout the globe in ... Scientific Study from the year 2014 in the subject Biology - Micro- and Molecular Biology, language: English, abstract: At present, both price and availability of crude oil have motivated a worldwide search for cheap alternatives. Starch is an alternative source of energy because it is both renewable and available throughout the globe in large quantities. There are varieties of products which can be obtained from starch biomass via hydrolysis. Alcohol is one of the largest volumes of products that can be produced from biomass. Recently there has been an active research aimed at attaining an increase in ethanol productivity by fermentation. A large amount of potatoes is wasted every year due to improper cold storage facilities in developing and underdeveloped countries. So, saccharification and conversion of these huge amounts of excess potatoes into alcohol, especially ethanol may generate an employment potential apart from saving a good amount of foreign exchange. In my present research work, the production of alcohol from different varieties of potato, showed a better result after enzymatic hydrolysis of those potatoes followed by alcohol(ethanol) production utilizing Saccharomyces cerevisiae NCIM 3314. Maximum alcohol(ethanol) was obtained utilizing high grade Kufri Jyoti variety when compared to other varieties of potatoes.
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Kategorie: eBooks / Fremdsprachige eBooks / Englische eBooks / Sach- & Fachthemen
Schlüsselwörter: eBooks
Daten vom 01.01.2017 22:45h
ISBN (andere Schreibweisen): 3-668-31914-6, 978-3-668-31914-1
Aus dem Archiv:
9783668319141 - Debajyoti Bose: Potentials of Potato Starch for Biofuel Production. Fermentative Production of Alcohol by Saccharomyces Cerevisiae utilizing Potato Starch - Buch

(?):

Potentials of Potato Starch for Biofuel Production Fermentative Production of Alcohol by Saccharomyces Cerevisiae utilizing Potato Starch (?)

Lieferung erfolgt aus/von: DeutschlandBuch ist in deutscher SpracheNeuware, neues BuchEBook, E-Book, elektronisches BuchArtikel zum herunterladen
ISBN:

9783668319141 (?) bzw. 3668319146

, in Deutsch, GRIN Verlag, neu, E-Book, elektronischer Download
E-Book zum Download
Scientific Study from the year 2014 in the subject Biology - Micro- and Molecular Biology, language: English, abstract: At present, both price and availability of crude oil have motivated a worldwide search for cheap alternatives. Starch is an alternative source of energy because it is both renewable and available throughout the globe in large quantities. There are varieties of products which can be obtained from starch biomass via hydrolysis. Alcohol is one of the largest volumes of products that can be produced from biomass. Recently there has been an active research aimed at attaining an increase in ethanol productivity by fermentation. A large amount of potatoes is wasted every year due to improper cold storage facilities in developing and underdeveloped countries. So, saccharification and conversion of these huge amounts of excess potatoes into alcohol, especially ethanol may generate an employment potential apart from saving a good amount of foreign exchange. In my present research work, the production of alcohol from different varieties of potato, showed a better result after enzymatic hydrolysis of those potatoes followed by alcohol(ethanol) production utilizing Saccharomyces cerevisiae NCIM 3314. Maximum alcohol(ethanol) was obtained utilizing high grade Kufri Jyoti variety when compared to other varieties of potatoes. Dr. Debajyoti Bose (Post-Doc, Ph.D, M.Sc.) is a Reader (Associate Professor) & Head of the Department of Biological Sciences of Yobe State University, Nigeria.Dr.Bose has 13 years of teaching & research experience in the area of Fermentation Tech, Food Technology, Medical & Applied Microbiology, Biotechnology and Astrobiology with 38 National/International publications in books, journals & proceedings. Supervised more than 42 PG & UG Students in Research Projects with 5 years of Administrative experiences in renowned Private and Government Universities.
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Kategorie: Bücher
Schlüsselwörter: Technik,Wissen > Biologie
Daten vom 01.01.2017 22:45h
ISBN (andere Schreibweisen): 3-668-31914-6, 978-3-668-31914-1

9783668319141

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