Project Abstract

Addressing the Challenges of Stormwater Management in Growing Cities The rapid urbanization and expansion of cities worldwide have posed significant challenges in managing stormwater runoff effectively. Traditional drainage systems, designed to quickly transport water away from urban areas, often fail to address the underlying issues of water pollution, flooding, and the depletion of groundwater resources. This project aims to explore the potential of (SUDS) as a comprehensive approach to addressing these pressing concerns, with a focus on enhancing the sustainability and resilience of urban water management. Firstly, the project will investigate the limitations of conventional drainage systems and the environmental consequences they can have, such as the transfer of pollutants into water bodies, the increased risk of flash floods, and the disruption of natural water cycles. By understanding these shortcomings, the project will establish a strong rationale for the adoption of SUDS as a more holistic and ecologically sound solution. At the core of the project is the in-depth analysis of SUDS, which include a range of techniques and design strategies that mimic natural processes to manage stormwater. These strategies may involve the use of permeable surfaces, green infrastructure (e.g., bioswales, rain gardens, and wetlands), and the integration of water storage and infiltration systems. The project will explore the various components of SUDS, their effectiveness in different urban contexts, and the potential for their implementation in both new developments and existing urban environments. A key aspect of the project will be the assessment of the multifunctional benefits of SUDS, which extend beyond just stormwater management. The project will investigate how these systems can contribute to urban cooling, habitat creation, improved air quality, and enhanced aesthetic and recreational value for communities. By highlighting these diverse ecosystem services, the project aims to make a compelling case for the widespread adoption of SUDS as a means of achieving more sustainable and livable cities. To ensure the practical applicability of the findings, the project will also examine the challenges and barriers to the implementation of SUDS, such as regulatory frameworks, funding mechanisms, and public awareness. The project will explore strategies to overcome these barriers, including the development of policy recommendations, the identification of funding opportunities, and the engagement of local stakeholders to foster a collaborative approach to SUDS implementation. Furthermore, the project will incorporate case studies from various cities that have successfully implemented SUDS, providing valuable insights into the planning, design, and management processes involved. These case studies will serve as benchmarks and sources of inspiration for other municipalities interested in adopting SUDS as part of their urban water management strategies. In conclusion, this project seeks to establish a comprehensive understanding of as a vital tool for addressing the water-related challenges faced by growing cities. By highlighting the environmental, social, and economic benefits of SUDS, the project aims to inform decision-makers, urban planners, and community stakeholders, ultimately contributing to the development of more sustainable and resilient urban environments.

Project Overview