Haroon Rashid optimizes biofouling detection to improve the efficiency of tidal turbines in Benin

Haroon Rashid, a researcher at the National Polytechnic Institute of Brittany, has developed advanced solutions to detect biofouling on tidal turbines, a phenomenon that can reduce energy conversion efficiency by up to 30%. This thesis, supported in 2025, offers promising prospects for tidal energy in Benin, a coastal country with untapped potential.

Tidal energy is a potential solution to meet growing energy needs, particularly in countries like Benin. However, biofouling, which leads to the accumulation of marine organisms on turbines, poses a major obstacle, compromising the efficiency of tidal turbines and increasing maintenance costs. This issue requires innovative solutions to fully exploit marine energy potential.

Haroon Rashid's research has implemented machine learning techniques to proactively detect and manage biofouling. By identifying marine organisms before they affect the turbines, this approach aims to reduce efficiency losses and associated costs, thereby allowing for better profitability of tidal energy projects.

The results of this research have strategic implications for policymakers and investors. By optimizing biofouling management, it is possible to decrease operational costs and improve the efficiency of tidal turbines. Industry stakeholders should consider these innovations to ensure the economic viability of renewable energy projects.

« “Biofouling can reduce the energy conversion efficiency of turbines by up to 30%, which directly impacts electricity production,” says Haroon Rashid. »

« “Advances in biofouling detection are crucial for access to sustainable renewable energy and can transform the management of tidal turbines,” emphasizes the Lektaris team. »