Water and Environmental Engineering: Embracing Multi-Disciplinary Approach through Advanced and Integrated Technologies for Sustainability
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Keywords

Advanced technological platforms, Bioremediation, Hydro-economics, Renewable energy, Sustainable development, Water resources management.

How to Cite

Abdul-Talib, S. ., Tay, C.-C. ., Zakaria, N.-A. ., Ab-Ghani, A. ., Mohd-Sidek, L. ., & Chan, N.-W. . (2014). Water and Environmental Engineering: Embracing Multi-Disciplinary Approach through Advanced and Integrated Technologies for Sustainability. Journal of Asian Scientific Research, 4(4), 194–206. Retrieved from https://archive.aessweb.com/index.php/5003/article/view/3625

Abstract

This paper addresses how the current changes in climate and economic landscape affect the focus of engineers and scientists in managing the abundant but finite water resources. The important concept of sustainability where the delicate balance between human needs and protection of the environment is further stressed in light of emerging advanced technological platforms. The critical need to embrace these emerging platforms through multi-disciplinary approaches is highlighted through selected research projects covering management of water resources and water demand; innovative treatment of municipal and industrial wastewater; bioremediation of contaminated soil; potential exploitation of bioenergy. The paper concludes on the need for scientists and engineers to adopt both advanced technological platforms and multi-disciplinary approach towards providing innovative and sustainable solution to current and future problems.

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