Sustainable Water Management in Morocco

¹ Phd Reseacher, Laboratory of Economic Analysis and Modeling, Faculty of Law, Economic and Social Sciences – Souissi, Mohammed V University - RABAT, Morocco.
² Professor at the Institute of African Studies, Mohammed V University - RABAT, Morocco.

^* Corresponding author: This email address is being protected from spambots. You need JavaScript enabled to view it.

Abstract

Our increasing awareness of the water shortage and the threat of environmental contamination makes it imperative that we address this issue now. This is because it is driving us to prioritise the development of sustainable water management solutions. It is imperative to act quickly to address population growth, water contamination, and global warming by refining wastewater treatment methods, assessing their environmental effects, and streamlining water supply networks to guarantee future generations have sustainable, environmentally responsible access to water resources. In order to establish a sustainable water-based economy, this article aims to provide a thorough plan for addressing the difficulties associated with wastewater treatment, assessing its effects on the environment, and streamlining the water supply system. Techniques like the analytical methodology, classification technique, functional technique, statistical technique, synthesis technique, and so on are applied. Examining wastewater treatment technologies, environmental impact assessments, water supply system development, urban waste management, hydrological processes, environmental pollution, green energy use, risk assessment, and soil erosion are all part of the study of water management and environmental protection. The necessity of technological advancements and the significance of sanitation systems' effectiveness were emphasised. The study's findings highlight how crucial it is to create plans and regulations targeted at preserving water supplies and enhancing the environment. By developing a global strategy to address wastewater treatment issues, measure its environmental impact, and optimise the water supply system, this research work represents a significant scientific advancement that will help develop sustainable water management.