Frequently Asked Questions
Here you will find answers to the most common questions about the RevHydro project, its scope, objectives, and implementation.
Whether you are an industry stakeholder, policymaker, researcher, or part of the general public, our goal is to provide clear insights into the project and its benefits.
Read on for helpful information and guidance.
Here you will find answers to some of the most common questions regarding the application process.
Whether you’re a first-time applicant or a seasoned veteran, we’re here to help you every step of the way. Read on to find helpful tips and guidance to ensure a successful application.
RevHydro Project Overview
The RevHydro project focuses on revolutionizing hydropower refurbishment by integrating innovative technologies such as RFC (Runner Flow Control) and DFC (Draft Tube Flow Control) systems. It aims to increase efficiency, extend the operating range, minimize fatigue, and incorporate circular economy principles to promote sustainability and biodiversity.
The project develops novel solutions like RFC and DFC systems to improve turbine efficiency and resilience and the I-Fish intelligent fish barrier to enhance biodiversity by safely guiding fish away from turbine inlets.
RevHydro integrates circular economy principles into refurbishment processes by optimizing resource use, reducing waste, and implementing durable, sustainable materials and technologies to extend the life of hydropower equipment.
Technical and Methodological Questions
RFC and DFC systems are innovative solutions designed to mitigate harmful pressure fluctuations and vortical flows in turbines, thereby reducing fatigue and extending the operational lifespan of hydropower plants.
The I-Fish is an intelligent behavioral barrier system that uses machine learning to guide fish safely away from turbine inlets, enhancing biodiversity while maintaining the efficiency of hydropower operations.
Environmental and Biodiversity Focus
By implementing the I-Fish system, RevHydro contributes to biodiversity conservation, ensuring more than 95% of fish are redirected safely, thus minimizing the ecological impact of hydropower plants.
Circular economy strategies in RevHydro include resource-efficient refurbishing processes, sustainable material selection, and comprehensive life cycle assessments to reduce CO2 emissions and promote long-term environmental and economic benefits.
General Inquiries
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Visit our publication repository on Zenodo for comprehensive documents, research findings, and progress updates related to the project.
