Improving Biogas Production by Integrating Shallow Solar Pond ab 64.9 € als Taschenbuch: . Aus dem Bereich: Bücher, Wissenschaft, Technik,
Improving Biogas Production by Integrating Shallow Solar Pond ab 64.9 EURO
Anaerobic digestion (AD) of biogas fermentation is very sensitively to temperature. So, temperature is main impact factor to biogas fermentation. Utilization of solar energy to increase the digester temperature, especially during cold climate, is very useful in heating biogas digesters because of its affordability. It is environmentally, friendly and economical. So, this study presents a new concept of using shallow solar pond (SSP) to increase the fermentation and biogas production rate during cold climate, therefore a new application of SSP by the integrating with a developed biogas digester was investigated at the Faculty of Agriculture, Zagazig University. The pre-constructed developed digester has been operated and evaluated compared to the conventional digester using dairy cattle dung. Due to the high productivity of the developed biogas digester, as well as a zero-waste engineering and environmentally sound system so this technology requires further more attention and study.
Gasification is not new in India and China. Gasifiers in different forms were used for cooking foods. During the Arab Oil Embargo of 1973 the U.S. Government provided financial support for several proof-of-concept gasification projects, including the world's first Integrated Gasification Combined Cycle (IGCC) electric power plant. Presently, several IGCC power plants are operating throughout the world. The book, Gasification System is a compilation of research based literatures useful to students, scholars, scientists and engineers and help in integrating the advance technology that will contribute in production of energy for filling the gap between available and needed energy. The book covers most recent technologies on gasifiers and biogas in 9 chapters, Introduction, Gasification System, History of Gasification, Biogas Technology, Development of Biogas Plant, Mathematical Modeling of Gasification System, Design of Gasification System, Commercialization of Gasification System and Testing and Evaluation of Gasification System. It may be a useful book having up-to-date information on the subject.
This book, based on extensive field work and research, examines the status quo of China's biomass energy developments in the renewable energy sector by conducting three representative case studies of biogas projects in China with different feed-in stocks and scales. By integrating material flow management (MFM) concepts into the projects' development and implementation, the author has applied SWOT analysis to each of the enlisted case study, to determine what are the strengths, weakness, opportunities and threats for the biogas project development and relevant policy in China.