Many offshore artificial structures are at or nearing their ends of life, and society faces the
considerable challenge that is decommissioning. Current scientific evidence of the …

This study provides a comprehensive review of recent discussions on carbon equivalent
emission reduction alternatives, emphasizing the importance of efficiency in Offshore Supply …

The rapid expansion of offshore wind farms plays a key role in meeting global Net Zero
targets by 2050 and if delivered sustainably could address the dual challenges of climate …

The decommissioning of offshore platforms has been increasingly discussed due to its
economic, social, and environmental impacts. The high complexity of this multilevel context …

Although decommissioning of offshore oil and gas facilities is a well-established global
practice, it is in the early stages of development and exploration in China. With the …

The objective of the industrial case study is to address the challenge of efficiently managing
end-of-life offshore assets while meeting established ESG targets. The offshore industry …

Offshore platform decommissioning is a complex process that can cause marine damage.
The circular economy can be used to implement sustainable initiatives in the …

The mitigation of greenhouse gas emissions necessitates a shift from fossil fuel to
environmentally friendly energy, such as geothermal energy. It is advantageous to retrofit …

Decommissioning decision-making is an integral and complex process in various industries,
such as nuclear power plants, oil and gas facilities, and industrial manufacturing plants. The …

Coal Tar coatings were extensively utilized from the 1960s to around 1990 to waterproof
offshore oil facilities, such as pipelines, and shield them from corrosion. However, in the …