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Conference Agenda

Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).

Please note that all times are shown in the time zone of the conference. The current conference time is: 24th Aug 2026, 05:33:29am America, Santiago

Daily Overview

Session

51E: Energy & Water
Location: Room 09: Luz

Presentation 3

8:54am - 9:06am

Recovery of the energy potential of rainwater through sustainable urban drainage systems with hydraulic microturbines in San Juan Bautista, Maynas

Michael Omar Padilla Garcia¹, Diego Huarhua Chipao², Sofia Vargas Paredes³, Jessary Suhei Gonza Mendiguri⁴, Jim Rogelio Cano Colonia⁵, Espilco Portugal Elizabeth Julia⁶, Yancarlos Martin Chocce Pachas⁷

1: Universidad Tecnológica del Perú UTP - (PE), Perú; 2: Universidad Cientifica del Sur; 3: Universidad Nacional Mayor de San Marcos - (PE); 4: Universidad Cientifica del Sur; 5: Universidad Cesar Vallejo; 6: Universidad Cesar Vallejo; 7: Universidad Cientifica del Sur

The district of San Juan Bautista, in the province of Maynas, faces a dual challenge: recurrent flooding due to heavy rainfall and limited access to electricity in vulnerable communities. This research analyses the feasibility of implementing Sustainable Urban Drainage Systems (SUDS) integrated with micro hydraulic turbines as a synergistic solution to both issues. The main objective is to assess the potential for energy utilization of stormwater, transforming an environmental risk into a renewable resource. Through a review of case studies and relevant scientific literature, the technical feasibility of this approach is explored, aligning with the global transition toward resource optimization within the water-energy nexus [1]. Preliminary results, based on analyses of similar cases, suggest that integrating microturbines into stormwater drainage systems can efficiently generate renewable energy (with estimated outputs between 1kW and 110kW in stormwater systems) while simultaneously contributing to flood control [2]. This study concludes that the proposed model represents an innovative and sustainable alternative to enhance urban resilience and quality of life in San Juan Bautista, in line with the Sustainable Development Goals.