Inclusive energy transition facilitates a shift towards sustainable energy, emphasising social equity and accessibility. This approach addresses the energy trilemma by balancing energy equity, environmental sustainability and energy security. Prioritising inclusivity fosters a resilient and equitable energy landscape, capable of meeting global energy demands in a just and orderly manner. It also plays a crucial role in mitigating climate change and benefiting communities across socio-economic spectrums.

Yinson firmly believes in biodiversity management to safeguard our planet’s biodiversity, recognising its critical role in sustaining ecological equilibrium, supporting human health and ensuring long-term prosperity. As a global player in the energy and marine sectors, we understand that biodiversity is not an abstract concept — it directly influences our business operations. We believe that actively engaging in conservation efforts and risk management helps to minimise our negative impact on biodiversity. Healthy ecosystems contribute to stable weather patterns, clean air and water, and resilient supply chains. By preserving biodiversity, we safeguard our well-being and that of future generations.

Yinson is dedicated to integrating climate action, clean energy, water and waste management into our strategic development and daily operations, aiming to address environmental challenges responsibly. This commitment includes managing waste and pollutants from offshore operations with specialised procedures to minimise environmental impact. Adhering to strict regulations ensures regulatory compliance, operational efficiency and minimal environmental harm. By prioritising environmental responsibility, we contribute to stakeholder well-being, enhance our reputation and ensure our continued operation. As a multinational corporation, Yinson recognises the importance of promoting environmental awareness and responsible stewardship at all levels of the organisation.

Infrastructure assets, such as our FPSOs and solar farms, are resource-intensive due to their sheer scale and complexity. Their construction requires large quantities of materials such as steel and silica, as well as resources like energy and water. The maintenance and operation of infrastructure over its lifespan continue to consume resources, especially if the assets are not designed with efficiency in mind. Prioritising efficient and responsible resource utilisation over the projects and operations phases of our assets is paramount so that we can ensure that our assets can contribute to economic growth without negatively affecting natural resources. Further, resource-efficient infrastructure has been identified as a crucial driver of sustainable development and meeting global climate action goals. As global demand for infrastructure increases, resource-efficient designs and processes can help...