Handbook of Sustainable Development Through Green Engineering and Technology
Green engineering involves the designing, innovation, and commercialization of products and processes which promote sustainability without eliminating both efficiency and economic viability. This handbook focuses on sustainable development through green engineering and technology. It is intended to address the applications and issues involved in their practical implementation.
A new range of renewable-energy technologies, modified to provide green engineering, will be described in this handbook. It will explore all green technologies required to provide green engineering for the future.These include, but are not limited to, green smart buildings, fuel-efficient transportation, paperless offices, and many more energy-efficient measures.
Handbook of Sustainable Development through Green Engineering and Technology acts as a comprehensive reference book to use when identifying development for programs and sustainable initiatives within the current legislative framework. It aims to be of great interest to researchers, faculty members, and students across the globe.
Chapter 1 Achieving Sustainable Development through Sustainable Entrepreneurship and Green Engineering
P. V. Raveendra and Rizwana M.
Chapter 2 Environmental Performance Index Score: A Driving Force towards Green Business Model and Process Innovations
Kritika Khandelwal, Bhawna Chahar, and Pradeep Singh Chahar
Chapter 3 Precursors and Impediments of Green Consumer Behaviour: An Overview
Balween Kaur and Meenakshi Mittal
Chapter 4 Green Smart Farming Techniques and Sustainable Agriculture: Research Roadmap towards Organic Farming for Imperishable Agricultural Products
Sita Rani, Pankaj Bhambri, and O. P. Gupta
Chapter 5 Toward Circular Product Lifecycle Management through Industry 4.0 Technologies
Barbara Ocicka, Grażyna Wieteska, and Beata Wieteska-Rosiak
Chapter 6 A Taxonomy on Smart Grid Technology
Anurag Jain, Rajneesh Kumar, and Sunil Kumar Chawla
Chapter 7 Towards Urban Sustainability: Impact of Blue and Green Infrastructure on Building Smart, Climate Resilient, and Livable Cities
Chapter 8 Smart Factories: A Green Engineering Perspective
Chapter 9 Electric Vehicle Research: Need, Opportunities, and Challenges
Indu K. and Aswatha Kumar M.
Chapter 10 Sustainable Developments through Energy-Efficient Buildings in Smart Cities: A Biomimicry Approach
Divya Sharma and Hima C. S.
Chapter 11 Biomass Derived Activated Biochar for Wastewater Treatment
Ashish Pawar and N. L. Panwar
Chapter 12 A Study on the Cause and Effects of Paddy Straw Burning by Farmers in Fields and Proposal of Using Rice Husk as a Novel Ingredient in Pottery Industry
Shikha Tuteja, Vinod Karar, and Ravinder Tonk
Chapter 13 Clay and Ceramics as Sustainable and Green Materials to Remove Methylene Blue from Water: A Critical Analysis
Priyanka Sharma and Kushal Qanungo
Chapter 14 Metal Chalcogenides Based Nanocomposites for Sustainable Development with Environmental Protection Applications
Mohamed Jaffer Sadiq Mohamed
Chapter 15 Renewable Energy in Smart Grid: Futuristic Power System
Hadeel Fahad Alharbi and Kusum Yadav
Chapter 16 Experimental Investigation on Different Supplementary Cementitious Materials as Smart Construction Materials to Produce Concrete: Toward Sustainable Development
Bansari N. Dave, Damyanti G. Badagha, Ahmed A. Elngar, and Pratik G. Chauhan
Chapter 17 Solar Thermal Power Generation: Application of Internet of Things for Effective Control and Management