HydroVortex: Micro-Turbine Networks for Urban Wastewater Energy Recovery
Аннотация
Urban wastewater systems produce kinetic energy up to 1000 MW of capacity and are today being discharged into the drainage systems. All these traditional methods of recovering energy are, however, ineffective, as this potential is wasted due to the limitations of infrastructure as well as the inefficiencies of extracting energy on the microscale. To address this issue, we introduce a novel microturbine network consisting of innovative microbial hydrokinetic turbines, known as HydroVortex, installed within urban drainage systems. These turbines are dynamically shaped in response to the flow intensity to achieve optimal energy capture, and an integrated biogenic film enhances bioelectricity conversion by utilising trace pollutants as an energy source. The system’s inherent requirements include IoT-based real-time monitoring and adaptive performance, as well as seamless integration with smart grids. Additionally, transparent energy transactions are registered through a blockchain-based smart contract mechanism, which enables decentralised energy distribution. The extensive use of urban implementation is ensured through a legal framework that meets environmental regulations, wastewater standards, and renewable energy incentives. The twofold advantage of the HydroVortex solution is to transform unused kinetic energy into electricity while also enhancing water quality. Adoption can significantly reduce carbon footprint, improve urban resilience, and promote the values of a circular economy to create greener and self-sufficient smart cities of the future.