From Waste to Wealth
This book serves as a guide, leading readers towards a world where waste ceases to be a burden, but a wellspring of possibilities. Whether the goal is to enhance expertise, ignite creativity, or develop a thorough grasp of waste's transformative possibilities, this book serves to achieve a more...
| Other Authors: | , , , |
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| Format: | eBook |
| Language: | English |
| Published: |
Singapore
Springer Nature Singapore
2024, 2024
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| Edition: | 1st ed. 2024 |
| Subjects: | |
| Online Access: | |
| Collection: | Springer eBooks 2005- - Collection details see MPG.ReNa |
Table of Contents:
- Introduction of various types of waste
- Environment threats of waste
- Waste minimization at source
- Adsorption waste to wealth
- Waste to wealth-Agro waste management and utilization
- Adsorbent production from wheat (triticum aestivum) bran and rice (oryza sativa) husk for pharmaceutical wastewater
- Animal waste to wealth
- Baggase to wealth
- Biomedical waste to wealth: Clean energy fuel - Biogas production, from Biowaste
- Carbon Dioxide to Weath
- Cement waste to wealth
- Construction waste to wealth
- Renewable Energy production using crop waste
- Waste to Wealth-Leveraging Oilfield Waste to achieve Carbon-neutrality of Geo-resource extraction
- Dye waste to wealth
- Domestic waste management and their utilization
- Edible waste to wealth
- Electronic waste to wealth
- Farm Agro waste to wealth
- Fly ash to wealth
- Food waste to wealth
- Glass waste to wealth
- Industrial effluent to wealth
- Biohydrogen Production from Kitchen Waste and it's applications
- Laboratory waste to wealth
- Leather waste to wealth
- Metallic scrap to wealth
- Newspaper waste to wealth
- Paint waste to wealth
- Paper waste to wealth
- Petrochemical waste to wealth
- Plastic waste to wealth
- Printed paper to wealth
- Recycling of retired lithium-ion batteries
- Renewable Energy Production from Agriculture Waste
- Sewage waste to wealth
- Sugarcane waste to wealth
- Textile industry waste to wealth
- Tire waste to wealth
- Used catalyst to wealth
- Used clothes to wealth
- Used coatings to wealth-Coatings from waste materials
- Used furniture to wealth
- Vegetable waste to wealth
- Waste fiber to wealth
- Waste ink to wealth
- Waste shoes to wealth
- Waste-recycled nanomaterials for biomedical applications
- Biohydrogen production from industrial waste and waste water
- Conclusions & Future Recommendations