Microbial and Enzyme-Based Technology for Plastic Biodegradation Microbial and Enzyme-Based Technology for Plastic Biodegradation
Synthesis Lectures on Chemical Engineering and Biochemical Engineering

Microbial and Enzyme-Based Technology for Plastic Biodegradation

    • US$19.99
    • US$19.99

출판사 설명

Improper disposal of plastics increases micro-plastic discharge and waste to the environment. It causes growing global concern about the environmental and public health impacts of related byproducts. This book presents a safe process based on application of microbial cultures from different sources for the degradation of plastic waste to harmless products.

The book begins by introducing the problem of plastic waste and its environmental impact, then moves on to describing microbial resources and the mechanism of biodegradation before presenting examples of biodegradation processes. Challenges of the microbial and enzyme based technologies for plastic biodegradation and potential research directions are also discussed. 

In addition, this book includes


Explains the principles and benefits of microbial and enzyme technology in sustainable waste management
Highlights the advantages of using microbial resources for biodegradation of plastic waste
Includes examples of the application of bioremediation technology and useful suggestions

장르
과학 및 자연
출시일
2025년
3월 21일
언어
EN
영어
길이
76
페이지
출판사
Springer Nature Switzerland
판매자
Springer Nature B.V.
크기
3.5
MB
Soil and Land Use Change Soil and Land Use Change
2025년
Producing Healthy Food with Healthy Soils Producing Healthy Food with Healthy Soils
2025년
Management of Waste to Control Environmental Pollutions: Sustainability and Economic Feasibility Management of Waste to Control Environmental Pollutions: Sustainability and Economic Feasibility
2025년
Zero Liquid Discharge Wastewater Treatment System Zero Liquid Discharge Wastewater Treatment System
2025년
Environmental Landscape and Sustainable Biodiversity for Healthy Green Growth Environmental Landscape and Sustainable Biodiversity for Healthy Green Growth
2025년
Host Adaptation, Virulence, and Evolution Host Adaptation, Virulence, and Evolution
2025년
Eco-Friendly Textile Processes Eco-Friendly Textile Processes
2025년
Digital Transformation of the Chemical Process Industry Digital Transformation of the Chemical Process Industry
2025년
Biopolymer Engineering Biopolymer Engineering
2025년
Sonochemistry Sonochemistry
2025년
Applying Multiple-Reaction Stoichiometry to Chemical Reactor Modelling Applying Multiple-Reaction Stoichiometry to Chemical Reactor Modelling
2024년