| Description |
1 online resource (243 p.) |
| Contents |
Cover -- Title -- Copyright -- End User License Agreement -- Contents -- Preface -- List of Contributors -- A New Philosophy of Production -- Dragana Nešković Markić1,*, Predrag Ilić2 and Ljiljana Stojanović Bjelić1 -- INTRODUCTION -- CIRCULAR ECONOMY -- Industrial Ecology -- Application of Industrial Ecology -- Analysis of Material Flows -- Life Cycle Assessment -- Design for Environment -- Ecological Economics -- Blue Economy -- Application of the Blue Economy -- Biomimicry -- Application of Biomimicry in Practice -- Cradle to Cradle Design -- Application of C2C -- Cleaner Production |
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Application of Cleaner Production -- Regenerative Design -- An Example of Regenerative Design -- CONCLUDING REMARKS -- CONSENT FOR PUBLICATION -- CONFLICT OF INTEREST -- ACKNOWLEDGEMENT -- REFERENCES -- Alternative Building Materials -- Road to Sustainability -- S. Jeeva Chithambaram1,*, Pardeep Bishnoi2, Abhijeet Singh3, G.S. Rampradheep4 and C. Ravichandran5 -- INTRODUCTION -- CLASSIFICATION OF BUILDING MATERIALS -- Need For Alternative Building Materials -- Alternative Building Materials -- Concept of Sustainability in Building Materials -- CONCLUSION -- CONSENT FOR PUBLICATION |
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CONFLICT OF INTEREST -- ACKNOWLEDGEMENT -- REFERENCES -- Smart Waste Management to Enrich Cleanliness and Reduce Pollution in the Environment -- N. Shenbagavadivu1,*, M. Bhuvaneswari2 and G. Jenilasree3 -- INTRODUCTION -- CURRENT STATUS OF THE GARBAGE COLLECTION -- Solid Waste Management in Italy -- Solid Waste Management in Switzerland -- Indian Scenario and Technological Gap -- Technological Gap -- Operational/Service Level -- Capacity and Capability Issues -- Technological Gap -- THE CRITICAL IMPORTANCE OF THE PROPOSED SMART WASTE MANAGEMENT SYSTEM -- THE PROPOSED MODEL'S TECHNOLOGIES |
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PROPOSED MODEL -- Particular Goals -- METHODOLOGY AND SCIENTIFIC FOUNDATION -- Collection of Daily Waste -- Constrain-Based Collection -- Smart Bin Design -- Compaction -- Telecommunication -- ADVERTISEMENTS & CUSTOMIZABLE DESIGN -- LOCKING MECHANISM -- SOLAR COMPACTOR BENEFITS -- DETECTION OF HAND AND FIRE -- SMART BIN PROCESS AND MONITORING -- DETAILS OF THE SMART SENSOR -- Ardunio Uno Board -- GSM Module SIM 800 -- SMART BIN WORKING PRINCIPLES (SSWM) -- Smart Trash Bin Monitoring and Real-Time Analysis Service -- AUTOMATIC VEHICLE ROUTE SCHEDULING AND MONITORING |
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WORKFORCE MANAGEMENT WITH WORK SCHEDULES -- Online Work Allocation to the Staff -- Amount of Work Done by the Staff/Work Load Calculation -- SSWM COMMAND CONTROL CENTER WITH GRIEVANCE MANAGEMENT FOR PUBLIC ENQUIRY -- RESULTS AND OUTCOMES -- CONCLUSION AND FUTURE WORK -- CONSENT FOR PUBLICATION -- CONFLICT OF INTEREST -- ACKNOWLEDGEMENT -- REFERENCES -- Remediation Approaches for the Degradation of Textile Dye Effluents as Sustaining Environment -- S. Lakshmana Prabu1,*, R. Thirumurugan2, M. Rengasamy3 and G. Venkatesan4 -- INTRODUCTION -- Derivation of Synthetic Dye -- Classification of Dyes |
| Summary |
Sustainability Studies: Environmental and Energy Management is a collection of reviews on topics on sustainability with the objective of informing the reader about the environmental impact of industrialization and the ways technology can be implemented to sustain it. The book presents 11 chapters that focus on the environmental issues, waste management methods, and green chemistry for environmental-friendly production and construction. 2 chapters bring attenti |
| Notes |
Description based upon print version of record |
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Significance of Effluent Treatment in Textile Dye Industry |
| Subject |
Sustainability.
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Environmental management.
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environmental control.
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Environmental management
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Sustainability
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| Genre/Form |
Electronic books
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| Form |
Electronic book
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| Author |
Prabu, S. Lakshmana
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Rengasamy, M
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| ISBN |
981503992X |
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9789815039924 |
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