فاطمه شيخ فروتن

The shortage of water resources and environmental crises, especially in arid and semi-arid regions such as Sistan and Baluchestan province, are among the most important challenges in these areas. The new city of Tis, due to its specific climate, faces issues such as irregular rainfall, sandstorms, and seasonal floods. This research aims to design an innovation center in the water sector to provide sustainable solutions for reducing water resource consumption, efficient management, and promoting urban agriculture in this region. The study, using qualitative and quantitative methods, analyzes the climatic and social challenges of the region, examines case studies, and performs numerical calculations to eva‎luate water management systems. The proposed solutions include new technologies such as extracting water from the air, recycling greywater, and using water-collecting facades. The research results show that using these technologies can reduce water consumption by up to 40%. The design of systems for extracting water from atmospheric moisture and rain, along with hydroponic agriculture and greywater recycling, not only reduces dependence on surface and groundwater resources but also helps improve the region's ecosystem and develop urban agriculture. Additionally, this center, by utilizing sustainable technologies, provides a platform for educating and empowering farmers, developing local businesses, and creating sustainable employment. The proposed innovation center, in addition to supplying water resources for buildings, plays an important role in improving the environmental and economic conditions and enhancing the quality of life in this region, reducing migration caused by the water crisis. The design of this center, based on the Faraza design approach, using low-consumption materials and ecological systems, enhances the positive interaction between the physical environment, human resources, and natural resources and contributes significantly to the region's sustainable development.

طراحي فرازا , مديريت آب , مديريت منابع آب نهفته , استفاده مجدد و بازيافت آب خاكستري , استحصال آب از هوا , شبكه‌هاي جمع‌آوري مه , مركز نوآوري , كشاورزي شهري , شهر جديد تيس

Regenerative design , collecting water from the air , embodied water resources management , innovation research center , Water collector façade , Urban Farming , Tiss

Fatemeh Sheikh Forootan

Dr. Mohsen Feizi- Dr.Mehdi Khakzand