Addressing urban challenges like water scarcity and environmental degradation, this project explores the potential of innovative rainwater storage systems to alleviate flooding and enhance local ecosystems. The focus is to develop multi-objective models for optimizing a network of rainwater storage to maximize their efficiency and effectiveness. These systems aim to decrease overflow, improve stream baseflows to support biodiversity and provide a renewable source of non-potable water for urban use. The project offers a dynamic, scalable approach, adaptable to future technological and methodological developments.
- Student type: International, Domestic
- Research degree type: Master of Philosophy, PhD
- Signature research theme: Sustainable Green Transition
- Supervisor: Professor Lewis Mitchell
