Binglin Guo – författare

Wastes to Low-Carbon Construction Materials provides a comprehensive overview of the utilization of wastes in the production of low-carbon construction materials. It covers a wide range of topics, including the basics of waste-tomaterials, the use of various types of waste, the manufacturing and processing of low-carbon construction materials, and the design and applications of wasteto-materials in low-carbon construction. Notable features of this book include the detailed discussion of different wastes, such as industrial, agricultural and municipal solid wastes and their properties and characteristics as construction materials. It also explores the manufacturing processes, performance, durability and environmental impact of low-carbon construction materials, as well as the emerging technologies for their production. In addition, this book introduces environmental impacts and economic benefits of using waste materials in construction, making it a valuable resource for researchers, practitioners and policymakers interested in sustainable building practices.Comprehensive coverage of wastes to low-carbon construction materials.In-depth exploration of advanced manufacturing and processing techniques. Emphasis on environmental impacts and economic benefits

Wastes to Low-Carbon Construction Materials provides a comprehensive overview of the utilization of wastes in the production of low-carbon construction materials. It covers a wide range of topics, including the basics of waste-tomaterials, the use of various types of waste, the manufacturing and processing of low-carbon construction materials, and the design and applications of wasteto-materials in low-carbon construction. Notable features of this book include the detailed discussion of different wastes, such as industrial, agricultural and municipal solid wastes and their properties and characteristics as construction materials. It also explores the manufacturing processes, performance, durability and environmental impact of low-carbon construction materials, as well as the emerging technologies for their production. In addition, this book introduces environmental impacts and economic benefits of using waste materials in construction, making it a valuable resource for researchers, practitioners and policymakers interested in sustainable building practices.- Comprehensive coverage of wastes to low-carbon construction materials.- In-depth exploration of advanced manufacturing and processing techniques.- Emphasis on environmental impacts and economic benefits

Managing nuclear waste remains one of the most significant challenges for the nuclear industry in terms of both safety and environmental concerns. This book offers a thorough examination of the migration and immobilization of nuclear waste.Focusing on the chemistry of radioactive elements in natural rocks, waters, and engineered barriers, the book details how key isotopes travel through or are retained by soils, clays, and groundwater. It also examines how chemical conditions, mineral surfaces, and colloidal particles control the movement of radionuclides and how glass, cement, and advanced ceramics can contain waste for long periods. The chapters in this book cover radioactivity essentials, waste generation from medical, energy, and industrial applications, and processing, transporting, and storage of waste. Accessible case studies-from Three Mile Island and Chernobyl to Fukushima-demonstrate how nuclear accidents unfold and how emergency responses can limit environmental harm.This book will appeal to engineers, scientists, and researchers working in nuclear energy and waste management.

Managing nuclear waste remains one of the most significant challenges for the nuclear industry in terms of both safety and environmental concerns. This book offers a thorough examination of the migration and immobilization of nuclear waste.Focusing on the chemistry of radioactive elements in natural rocks, waters, and engineered barriers, the book details how key isotopes travel through or are retained by soils, clays, and groundwater. It also examines how chemical conditions, mineral surfaces, and colloidal particles control the movement of radionuclides and how glass, cement, and advanced ceramics can contain waste for long periods. The chapters in this book cover radioactivity essentials, waste generation from medical, energy, and industrial applications, and processing, transporting, and storage of waste. Accessible case studies-from Three Mile Island and Chernobyl to Fukushima-demonstrate how nuclear accidents unfold and how emergency responses can limit environmental harm.This book will appeal to engineers, scientists, and researchers working in nuclear energy and waste management.