Saroj Kumar – författare

Giving an account of successfully applied and recently developed green remediation technologies for water pollution control, this book describes the scope and applications of nature-based wastewater treatment technologies for environmental sustainability. The major focus is on associated eco-environmental concerns, recent technological developments, field studies, lessons learned, sustainability concerns, and future challenges. It also deals with the development of valuable bioresources together with wastewater treatment for the circular economy.This book:Covers nature-based wastewater treatment systems for the efficient management of wastewater for the protection of precious water resources. Includes development and utilization of useful bioresources, bioenergy, and value-added products together with wastewater treatment for the circular economy. Discusses technological aspects such as design, operation, and maintenance, eco-friendliness, effectiveness, and sustainability concerns. Highlights technological advancements, field experiences, research gaps, recent developments, challenges, and future directions for further improvements.Reviews field studies and challenges between pollution sources, exposure pathways, and impacts on environmental quality and human health. This book is aimed at graduate students and researchers in environmental engineering and sciences, environmental microbiology, and biotechnology.

Giving an account of successfully applied and recently developed green remediation technologies for water pollution control, this book describes the scope and applications of nature-based wastewater treatment technologies for environmental sustainability. The major focus is on associated eco-environmental concerns, recent technological developments, field studies, lessons learned, sustainability concerns, and future challenges. It also deals with the development of valuable bioresources together with wastewater treatment for the circular economy.This book:Covers nature-based wastewater treatment systems for the efficient management of wastewater for the protection of precious water resources. Includes development and utilization of useful bioresources, bioenergy, and value-added products together with wastewater treatment for the circular economy. Discusses technological aspects such as design, operation, and maintenance, eco-friendliness, effectiveness, and sustainability concerns. Highlights technological advancements, field experiences, research gaps, recent developments, challenges, and future directions for further improvements.Reviews field studies and challenges between pollution sources, exposure pathways, and impacts on environmental quality and human health. This book is aimed at graduate students and researchers in environmental engineering and sciences, environmental microbiology, and biotechnology.

Giving an account of successfully applied and recently developed green remediation technologies for water pollution control, this book describes the scope and applications of nature-based wastewater treatment technologies for environmental sustainability. The major focus is on associated eco-environmental concerns, recent technological developments, field studies, lessons learned, sustainability concerns, and future challenges. It also deals with the development of valuable bioresources together with wastewater treatment for the circular economy.

This book:

Covers nature-based wastewater treatment systems for the efficient management of wastewater for the protection of precious water resources. Includes development and utilization of useful bioresources, bioenergy, and value-added products together with wastewater treatment for the circular economy. Discusses technological aspects such as design, operation, and maintenance, eco-friendliness, effectiveness, and sustainability concerns. Highlights technological advancements, field experiences, research gaps, recent developments, challenges, and future directions for further improvements. Reviews field studies and challenges between pollution sources, exposure pathways, and impacts on environmental quality and human health.

This book is aimed at graduate students and researchers in environmental engineering and sciences, environmental microbiology, and biotechnology.

Giving an account of successfully applied and recently developed green remediation technologies for water pollution control, this book describes the scope and applications of nature-based wastewater treatment technologies for environmental sustainability. The major focus is on associated eco-environmental concerns, recent technological developments, field studies, lessons learned, sustainability concerns, and future challenges. It also deals with the development of valuable bioresources together with wastewater treatment for the circular economy.

This book:

Covers nature-based wastewater treatment systems for the efficient management of wastewater for the protection of precious water resources. Includes development and utilization of useful bioresources, bioenergy, and value-added products together with wastewater treatment for the circular economy. Discusses technological aspects such as design, operation, and maintenance, eco-friendliness, effectiveness, and sustainability concerns. Highlights technological advancements, field experiences, research gaps, recent developments, challenges, and future directions for further improvements. Reviews field studies and challenges between pollution sources, exposure pathways, and impacts on environmental quality and human health.

This book is aimed at graduate students and researchers in environmental engineering and sciences, environmental microbiology, and biotechnology.

This book provides insights into current developments and the revolution in industrial applications of miniaturized bioreactors. Miniaturized bioreactors transform industrial biotechnology by facilitating quick, efficient, and cost-effective development. These small-scale bioreactors enable high-throughput screening of many conditions simultaneously, speeding up the tuning of critical parameters such as temperature, pH, and nutrition delivery. This results in higher product yields, better quality, and faster bioprocess scale-up. Miniaturization also saves vital resources and lessens the environmental impact of bioproduction. By providing a diverse platform for bioprocess development, miniaturized bioreactors can potentially accelerate biotechnology innovation and sustainability. The book further discusses the role of miniature bioreactors in microbial screening, high-throughput cellular screening, the revolutionizing of upstream and downstream processing systems along with numerous potential applications. The subsequent sections describe the uses of miniaturized bioreactors across industrial biotechnology, including biopharmaceuticals, drug development, small- and large-scale industries, and the food and beverage sectors.