Offshore energy infrastructures play a crucial role in meeting the worldwide energy requirements. However, they pose significant environmental consequences and give rise to safety and security concerns in the maritime domain. This study aims to comprehensively comprehend environmental apprehensions and their interconnection with safety and security measures. This study scrutinizes conventional oil and gas and nascent renewable energy infrastructures, encompassing offshore wind, wave, tidal, and solar power installations. The inquiry indicates that offshore oil and gas operations engender hazards such as oil spills, discharges from drilling, pollution from underwater noise, destruction of habitats, and emissions of greenhouse gases. Renewable infrastructures present distinctive environmental challenges such as disturbance of habitats, noise pollution, the potential for collisions, electromagnetic fields, and alterations in hydrodynamic regimes. The significance of maritime safety and security has been identified as crucial in preventing and managing environmental hazards. The article proposes that the integration of technological advancements, rigorous safety and security protocols, and strict regulatory measures can facilitate the maintenance of a harmonious equilibrium among energy requirements, ecological sustainability, and maritime safety. Prospective avenues for research encompass the advancement of methodologies for evaluating environmental impact, the augmentation of technological and operational remedies, and the optimization of policy and regulatory structures to foster sustainable offshore energy infrastructures.
