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Chemistry

Alcoholic Fermentation

Alcoholic Fermentation

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However, in the past century, as science in general has grown at an ever increasing pace, many aspects of yeast have also been studied in depth, including the complete elucidation of the pathway of alcoholic fermentation. This book is an effort to compile various studies of the alcohol fermentation process and the different substrates leading to differences in the final product in high quality, using the original text and artwork.

Alcohol has become the social and cultural necessity in today’s society, though its role as part of diet is controversial. The alcohol is formed as a by-product of biochemical conversion of yeast on the sugars or carbohydrates of fruits. A typical alcoholic fermentation involves conversion of sugars, the most common substrate of fermentation, to typically produced products like ethanol, lactic acid, carbon dioxide, and hydrogen gas (H2). However, more exotic compounds can be produced by fermentation, which brings out the variation in the taste of the final product. The history of alcohol fermentation is as old as human civilization. Despite of being one of the most ancient fermentation processes known to mankind, alcohol fermentation is also one of the most diverse processes, bringing out variation in properties, taste, aroma and body of the product depending upon the changes in the fermentation process. The quantitative and qualitative effects of substrate concentration, yeast concentration, and nutrient supplementation directly effects the ethanol content, fermentation time, and ethanol productivity. Besides dietary contribution, alcohol from cellulosic substrate is now widely used as renewable energy source. This book is an effort to compile various studies of the alcohol fermentation process and the different substrates leading to differences in the final product.

JASPREET BANGA

JASPREET BANGA

Jaspreet Banga has completed PhD from Central Drug Research Institute, India and Master of Technology from Indian Institute of Technology. Jaspreet’s interests range from Drug development, Purification, Fermentation technology, Plant Biotechnology and Oncology.