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Cradle to Cradle of Environment through Technology; A Sustainability Perspective, Incorporating Technologies Into Environment Volume 2

Product Code EA3341
Product Name: Cradle to Cradle of Environment through Technology; A Sustainability Perspective, Incorporating Technologies Into Environment Volume 2
Category: Az English EBooks
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Printable: NO
Original Price: RM 50.40
After Discount: RM 25.20
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Cradle to Cradle of Environment through Technology; A Sustainability Perspective, Incorporating Technologies Into Environment Volume 2

The main purpose of this book is to provide the reader with a clear and thorough presentation of the theory and application for cradle to cradle of environment through technology in a sustainability perspective. Cradle to cradle is both a design and production approach that is used when targeting zero emissions and eco-efficiency. To achieve this objective, this book has been shaped by the contributions of few authors with vast experience in their field. The book is divided into 11 chapters, in which Chapter 1 begins with sustainability in additive manufacturing. The potential solution for rubber waste disposals is introduced in Chapter 2. In Chapter 3, a renewable energy from landscape waste is then presented. Chapter 4 contains a general discussion of recent development of biohythane production from organic waste. Pilot scale analysis of phytochemical disinfection process for surface water treatment by moringa oleifera seeds are developed in Chapter 5. Applications of carbon materials as oil sorbents and the recent development of carbon-based materials from biomass waste of oil spill treatment are discussed in Chapter 6, and topics related to the agriculture impact voice towards environmental ethics is presented in Chapter 7 and related to this topic, agriculture and its impact on environment were presented in Chapter 8. On the other hands, topics of food security and effect of climate change, aerobic rice cultivation is presented in Chapter 9 and followed by study on enhanced biogas production by anaerobic digestion of food waste using biofilm technology in Chapter 10. Last but not least, Chapter 11 explained on sustainable seismic design consideration under earthquakes.


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