Understanding Waste = Bioenergy (Paperback)

Dr. Smarajit Roy

ISBN 10: 1456783548 / ISBN 13: 9781456783549

Published by AuthorHouse, Bloomington, 2011

About this Item

Paperback. In countries like India the dung is collected and used as biogas which is used to generate electricity and heat. The gas is a rich source of methane and is used in rural areas of India to provide a renewable, stable and environment friendly source of electricity. This was the mother of all bioenergy. Recent awareness of climate change, harm full effect of carbon and methane gas emission and constantly growing demand of petroleum products made it necessary to look in to the field of renewable energy. Bioenergy is created with the assistance of living plants, animal excretes and municipality industrial wastes commonly referred to as "Biomass". Technologies to convert biomass to biogas, electricity and biodiesel involve chemical process, heat, pressure, enzymes and genetic engineering science. This book suggests that communities should begin to look at alternative energy resources. What are the benefits of using renewable energy technologies. Which renewable biomass is cheaper to produce and examples of some processes. There are many things we should debate about. We must find out why these technologies are not widely accepted.What are the obstacles, what are the environmental and social costs? In order to start the debate greater understanding of the technology is needed as well as greater penetration of the technology to the masses. This book is an attempt to make it easy to understand for all and start that discussion and debate process. In countries like India the dung is collected and used as biogas which is used to generate electricity and heat. The gas is a rich source of methane and is used in rural areas of India to provide a renewable, stable and environment friendly source of electricity. This was the mother of all bioenergy. Recent awareness of climate change, harm full effect of carbon and methane gas emission and constantly growing demand of petroleum products made it necessary to look in to the field of renewable energy. Bioenergy is created with the assistance of living plants, animal excretes and municipality industrial wastes commonly referred to as "Biomass". Technologies to convert biomass to biogas, electricity and biodiesel involve chemical process, heat, pressure, enzymes and genetic engineering science. This book suggests that communities should begin to look at alternative energy resources. What are the benefits of using renewable energy technologies. Which renewable biomass is cheaper to produce and examples of some processes. There are many things we should debate about. We must find out why these technologies are not widely accepted. What are the obstacles, what are the environmental and social costs? In order to start the debate greater understanding of the technology is needed as well as greater penetration of the technology to the masses. This book is an attempt to make it easy to understand for all and start that discussion and debate process. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Seller Inventory # 9781456783549

Bibliographic Details

• Title: Understanding Waste = Bioenergy (Paperback)
• Publisher: AuthorHouse, Bloomington
• Publication Date: 2011
• Language: English
• ISBN 10: 1456783548
• ISBN 13: 9781456783549
• Binding: Paperback
• Condition: new

About this title

Synopsis

In countries like India the dung is collected and used as biogas which is used to generate electricity and heat. The gas is a rich source of methane and is used in rural areas of India to provide a renewable, stable and environment friendly source of electricity. This was the mother of all bioenergy. Recent awareness of climate change, harm full effect of carbon and methane gas emission and constantly growing demand of petroleum products made it necessary to look in to the field of renewable energy. Bioenergy is created with the assistance of living plants, animal excretes and municipality industrial wastes commonly referred to as "Biomass". Technologies to convert biomass to biogas, electricity and biodiesel involve chemical process, heat, pressure, enzymes and genetic engineering science. This book suggests that communities should begin to look at alternative energy resources. What are the benefits of using renewable energy technologies. Which renewable biomass is cheaper to produce and examples of some processes. There are many things we should debate about. We must find out why these technologies are not widely accepted. What are the obstacles, what are the environmental and social costs? In order to start the debate greater understanding of the technology is needed as well as greater penetration of the technology to the masses. This book is an attempt to make it easy to understand for all and start that discussion and debate process.

About the Author

Dr Smarajit Roy - Visionary Entrepreneur Dr Roy has over 30 years of industry experience. Advised number of companies/industries. Specialist in advising in Surviving Supply Chain Integration, Knowledge Economy and Sustainable Value Creativity. Director of a number of UK registered companies. Advisory board member and Lecturer of PgDip in Entrepreneurial Management. Spoken at many seminar circuits in the UK and in Asia. Inventor of "Neat U Loo" system (www.neatuloo.com). Dr. Roy is the publisher of the book titled "Toilets To Rent" published by Strategic Publishing Group of USA, ISBN: 978-1-60911-749-8. This book deals with the effect on health, education due to lack of sanitation in developing countries. 2.6 billion People have no access to proper sanitation and globally on average 5000 children die due to water and sanitation related diseases. This is equivalent to 80 jumbo jets crashing each day. His research in recent years has identified techniques and trends in technological development from small domestic biogas plant to modern Advanced Anaerobic Digestion (AAD) plant in different global regions. Sewage can be used as feed stock in large combined heat and power projects (CHP). His vision and mission is to improve the sanitation and hygiene of developing countries with the added value of producing combined heat and electricity to fill the growing energy gap.