Deepti – författare

Treatment of toxic wastewater generated from different unit operations of the steel industry is a matter of extensive research. The most important is the utilization of different treatment techniques, especially ozonation, electrocoagulation, precipitation, and various hybrid methods for the remediation of toxic pollutants. This book covers case studies of various treatment techniques utilized for the remediation of different steel industry unit operation wastewater. The book is aimed at researchers and graduate students in wastewater treatment and chemical engineering.

Features:

Focuses on case studies of steel industry-generated wastewater treatment Discusses different unit operations of the steel industry along with wastewater generation Provides insights for the remediation of toxic industrial wastewater by different advanced treatment techniques Considers the environmental impacts of the generated steel plant wastewater Includes focused knowledge and future insights on wastewater treatment

Treatment of toxic wastewater generated from different unit operations of the steel industry is a matter of extensive research. The most important is the utilization of different treatment techniques, especially ozonation, electrocoagulation, precipitation, and various hybrid methods for the remediation of toxic pollutants. This book covers case studies of various treatment techniques utilized for the remediation of different steel industry unit operation wastewater. The book is aimed at researchers and graduate students in wastewater treatment and chemical engineering.

Features:

Focuses on case studies of steel industry-generated wastewater treatment Discusses different unit operations of the steel industry along with wastewater generation Provides insights for the remediation of toxic industrial wastewater by different advanced treatment techniques Considers the environmental impacts of the generated steel plant wastewater Includes focused knowledge and future insights on wastewater treatment

Treatment of toxic wastewater generated from different unit operations of the steel industry is a matter of extensive research. The most important is the utilization of different treatment techniques, especially ozonation, electrocoagulation, precipitation, and various hybrid methods for the remediation of toxic pollutants. This book covers case studies of various treatment techniques utilized for the remediation of different steel industry unit operation wastewater. The book is aimed at researchers and graduate students in wastewater treatment and chemical engineering.Features:Focuses on case studies of steel industry-generated wastewater treatmentDiscusses different unit operations of the steel industry along with wastewater generationProvides insights for the remediation of toxic industrial wastewater by different advanced treatment techniquesConsiders the environmental impacts of the generated steel plant wastewaterIncludes focused knowledge and future insights on wastewater treatment

Treatment of toxic wastewater generated from different unit operations of the steel industry is a matter of extensive research. The most important is the utilization of different treatment techniques, especially ozonation, electrocoagulation, precipitation, and various hybrid methods for the remediation of toxic pollutants. This book covers case studies of various treatment techniques utilized for the remediation of different steel industry unit operation wastewater. The book is aimed at researchers and graduate students in wastewater treatment and chemical engineering.Features:Focuses on case studies of steel industry-generated wastewater treatmentDiscusses different unit operations of the steel industry along with wastewater generationProvides insights for the remediation of toxic industrial wastewater by different advanced treatment techniquesConsiders the environmental impacts of the generated steel plant wastewaterIncludes focused knowledge and future insights on wastewater treatment

Disorder-assistive and neurotechnological devices are experiencing a boom in the global market. Mounting evidence suggests that approaches based on several different domains should move towards the goal of early diagnosis of individuals affected by neurodevelopmental disorders. Using an interdisciplinary and collaborative approach in diagnosis and support can resolve many hurdles such as lack of awareness, transport, and financial burdens by being made available to individuals at the onset of symptoms. Interdisciplinary Approaches to Altering Neurodevelopmental Disorders is a pivotal reference source that explores neurodevelopmental disorders and a diverse array of diagnostic tools and therapies assisted by neurotechnological devices. While covering a wide range of topics including individual-centered design, artificial intelligence, and multifaceted therapies, this book is ideally designed for neuroscientists, medical practitioners, clinical psychologists, special educators, counselors, therapists, researchers, academicians, and students.