IKM Ocean Team Participated as a Finalist in the OAA for Our 3rd Generation SCCO2 Technology

IKM Ocean Team was a finalist in the Society of Petroleum Engineers (SPE) Offshore Achievement Awards (OAA) for our 3rd generation SCCO2 technology, designed to clean chemical injection lines using high turbulent flow.

Historical background of SCCO2 technology (supercritical CO2):

  • Prototype tested for proof of concept in Austria 2013.
  • Patents secured since 2023 for various applications of the technology.
  • Winner of the ICOTA Award 2018.
  • Finalist for the SPE OAA.

The Aberdeen section of SPE is one of the largest globally, with the mission to enable the oil and gas extraction industry to share the technical expertise required to meet global energy needs safely, responsibly, and sustainably.

The SPE Aberdeen Offshore Achievement Awards (OAA) are the longest-running and most prestigious industry awards in the UK’s offshore energy sector, covering the entire spectrum from supply chain to upstream operations and offshore renewable energy. These awards promote innovation and collaboration in the North Sea.

IKM Ocean Team partners with IKM Testing UK through IKM’s international network to offer this technology to the oil and gas sector.

Our nomination was recommended by a major international oil producer, who suggested entering the Post-Commercial Deployment Technology Award category. This case describes our project with the customer: Link.

This nomination highlights our project with the client and demonstrates the technology's innovation and significant contribution to reducing costs and increasing reliability.

Our cutting-edge SCCO2 technology enables efficient cleaning of chemical injection lines at depths exceeding 3 kilometers through high-turbulence flushing.

Scale inhibition and well integrity challenges have historically left operators with limited options such as costly workovers or well abandonment. Restoring closed wells using SCCO2 technology can significantly enhance production.

Our client faced production losses due to check valves (NRVs) located over 3 km deep in the well, necessitating a solution for well integrity challenges. After just 10 days of localized offshore flushing, high-producing wells were brought back online, delivering substantial value.

New inflow tests were successful, with the wells fully operational after only 12 hours of effective SCCO2 flushing per line.

Revolutionizing Offshore Workover Practices

The 3rd generation SCCO2 flushing technology transforms offshore maintenance by offering a cost-effective alternative for removing blockages, either as a preventive measure or on-site solution.

Technical benefits: On-site localized operations.

Competitive advantages: A cost-efficient alternative to well abandonment or expensive workovers.

Academic benefits: The patented CO2 solution supports academic excellence, with practical trials and testing informing technical calculations.

Economic benefits: Significant cost savings for clients compared to extensive workovers, as localized on-site operations reduce expenses.

Safety benefits: Restoring well integrity mitigates risks associated with compromised offshore operations, reducing the likelihood of explosive incidents. The SCCO2 technology offers a transformative approach to well maintenance, driving value, safety, and sustainability in offshore operations.

This text has been translated by Energy Cluster Denmark.

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