Considerations for the Application of Controlled In-Situ Burning
The burning of oil in place (in situ) on water is a viable means of mitigating the impact of marine oil spills. This paper defines three phases of decision-making, prioritizes the key issues of each phase, and proposes a process for analyzing the issues when considering controlled in-situ burning as an early response option in both icy and warm conditions. Also provided is a fact-based consideration of safe practices, such as those involving potential personnel exposure, sealife exposure, ignition control, fire control, and vessel safety. Controlled in-situ burning (ISB) can be initiated on a pre-approved or case-by-case basis, and there is generally a short operational time window during which it can be effectively used; therefore, quick, informed decision-making is imperative. This paper provides a discussion of these factors, along with a knowledge base of best practices that includes general categories of considerations, decision-making support tools, and specific operational approaches. The Deepwater Horizon response is used to illustrate both the operational approaches and the three decision-making phases; however, every situation is different and calls for decisions based on the individual circumstances. Because of its long history of research, testing, and use during spills, as well as positive environmental tradeoffs, controlled ISB is now considered by many to be a conventional response option.
BP Completes North Sea Drone Methane Monitoring Pilot
The pilot utilized sensor technology originally deployed by NASA for the Mars Curiosity Rover to collect methane emissions data live-streamed from a drone. BP said it plans to deploy the technology to all of its North Sea assets, including ETAP and Glen Lyon, in 2020.
SeekOps Secures Venture Funding To Scale Drone-Based Emissions Systems
Equinor Technology Ventures and OGCI Climate Investments have agreed to back the tech developer, which integrates its SeekIR miniature gas sensors onto drones to detect, localize, and quantify carbon emissions.
Is Optical Gas Imaging the New Solution for Methane Detection?
Thermal imaging helps operators maintain regulatory compliance on methane-emissions requirements. Optical gas imaging technology may be an answer in allowing for faster, more efficient inspections, but there are hurdles to its adoption. How can its widespread use become a reality?
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09 September 2019
09 September 2019
10 September 2019
11 September 2019
12 September 2019