Disaster Management, Water-Remediation and Application of Mzenes – A Visionary Future and the Vast Road Ahead

The world of environmental engineering science and environmental pollution control today are in the avenues of newer scientific rejuvenation and engineering vision. In the similar vision, drinking water and industrial wastewater treatment are today in the phases of newer innovations and scientific instinct. In the present treatise, the author deeply discusses with profound scientific conscience and innovation different areas of water and wastewater treatment, heavy metal groundwater remediation and the vast and varied areas of computer science and nanotcchnology. The application of Mzenes is a visionary area of science and engineering today. Today millions of people around the world are without pure drinking water and proper sanitation. Thus, the author deeply delves into the areas of United Nations Sustainable Development Goals and World Sustainable Development Goals. Disaster management today stands tall in the midst of deep engineering vision and scientific triumph. A newer scientific rejuvenation in the field of nanotechnology and disaster management will surely lead a long and visionary way in unveiling the scientific truth of machine learning, artificial intelligence and disaster management. The path of scientific introspection and scientific ingenuity in the field of industrial wastewater treatment and management are vast and varied. This article is a veritable eye-opener to the areas of modern science and technology in the field of disaster management, integrated water resource management, industrial wastewater management and nanomaterials/engineered nanomaterials. Water integrity, environmental remediation and conservation are the true pillars of environmental engineering science today. This treatise will broaden mankind’s overview in the application of nanotechnology and nanomaterials in disaster management, energy and environmental sustainability. The human civilization’s immense scientific and engineering prowess will be widened if academicians and policymakers across the world takes positive and fruitful efforts in mitigation climate change and climate resilience. The authors deeply validate these engineering issues with scientific perseverance.