3D Printing Technology for Water Treatment Applications 1st Edition

Capture attention with a clear promise of innovation: 3D Printing Technology for Water Treatment Applications, 1st Edition by Jitendra Kumar Pandey, Suvendu Manna, and Ravi Patel explores how additive manufacturing is reshaping water purification, wastewater management, and sustainable infrastructure worldwide.

Discover practical insight and cutting-edge methods that bridge engineering and environmental science. This authoritative volume explains core 3D printing principles, printable materials, design strategies for membranes and reactors, and integration of sensors and catalysts—translating laboratory advances into deployable systems. Rich with real-world case studies and design examples, the book equips researchers, environmental engineers, and water-sector professionals with the know-how to prototype custom filters, optimize flow dynamics, and scale low-cost solutions for urban and rural settings.

Imagine faster development cycles, reduced material waste, and tailor-made devices that meet local water quality challenges—from municipal treatment plants to off-grid communities. The authors present actionable guidance on selecting printers and materials, modeling fluid behavior, and meeting regulatory and performance requirements so you can move from concept to pilot with confidence. Its global perspective highlights relevance for practitioners in India, Southeast Asia, Africa, and beyond—making it both regionally practical and internationally applicable.

Whether you’re an academic, industry engineer, policy planner, or student focused on sustainable water management, this book delivers a compelling toolkit to innovate responsibly. Add this essential reference to your library and lead the next wave of water-treatment solutions powered by 3D printing. Order your copy now to stay at the forefront of environmental engineering and additive manufacturing.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.