A guide to recycling ablution water in mosques for irrigating surrounding gardens: environmental sustainability and water resource conservation.
A Guide to Recycling Ablution Water in Mosques for Irrigating Surrounding Gardens: Environmental Sustainability and Water Conservation
General Information from the Syrian Engineering Guide, Specialized Guides Center
Contemporary environmental and engineering planning is witnessing a growing interest in developing water sustainability systems. Projects for recycling and reusing ablution water in mosques for irrigating surrounding gardens and green spaces represent a unique urban model that integrates religious values with the preservation of fragile natural resources. This practical engineering system relies on collecting ablution water and treating it through micro-filtration and microbial purification units, thus providing an economical and sustainable irrigation source for green spaces instead of depleting main freshwater networks.
These innovative engineering structures consist of underground collection networks and advanced sedimentation and filtration tanks that separate impurities and oils and remove odors to ensure that the treated water meets approved health and environmental standards for irrigating non-fruit-bearing plants and public gardens. Reports issued by the United Nations Environment Programme and water engineering studies indicate that recycling greywater in service facilities and places of worship contributes to reducing water consumption by up to forty percent, achieving high efficiency in water resource management to address the challenges of water scarcity and climate change. Climate
Studies published by the Food and Agriculture Organization (FAO) confirm that implementing sustainable irrigation systems using treated wastewater significantly reduces the operating and periodic maintenance costs of green spaces, in addition to protecting the soil and providing a healthy and attractive urban environment. Civil and environmental engineering experts indicate that designing recycling networks in a flexible and easily maintainable manner enhances community awareness of the importance of conserving resources and adopting simple behaviors with a significant and sustainable impact on the local environment.
Information Sources
United Nations Environment Programme (UNEP): Technical reports and environmental studies on greywater management and sustainability applications in service facilities and places of worship. Food and Agriculture Organization (FAO): Periodic research related to sustainable irrigation systems, water resource management, and reducing water consumption in urban green spaces.
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