MXenes as Emerging Modalities for Environmental and Sensing Applications

MXenes as Emerging Modalities for Environmental and Sensing Applications by Tahir Rasheed and Chandrabhan Verma delivers a timely, authoritative exploration of MXenes—the two-dimensional transition metal carbides and nitrides transforming environmental technology and sensor design worldwide.

Open with the book’s clear promise: whether you are an environmental engineer, materials scientist, or policy-maker, this volume maps how MXenes’ exceptional electrical conductivity, surface chemistry and tunable porosity enable breakthrough solutions for water purification, air-quality monitoring, and biological sensing. Detailed chapters translate complex physics and chemistry into practical strategies for real-world deployment.

You’ll find deep, evidence-backed descriptions of synthesis routes, surface functionalization, and characterization techniques alongside case studies demonstrating MXenes in wastewater remediation, heavy-metal adsorption, gas sensors, and electrochemical biosensing. Comparative analyses with graphene and metal oxides highlight performance advantages and scalability considerations—critical for researchers and industry teams in North America, Europe, India and Asia.

Imagine accelerating laboratory research into field-ready devices: this book provides actionable insights on sensor fabrication, stability, and integration with IoT platforms, making it essential for academic courses, R&D labs, and startups focused on environmental monitoring and smart-city applications.

Practical, forward-looking and globally relevant, Rasheed and Verma’s work bridges theory and practice, helping you evaluate MXenes’ potential and implement cutting-edge solutions. Add this authoritative guide to your collection to stay at the forefront of nanomaterials for environmental and sensing applications—an indispensable reference for innovators across the globe.

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