CleanSight expands Its deployment in aker BP’s offshore fleet
The adoption of digital technologies continues to gain ground in the energy industry. This time, Aker BP and DrillDocs announced the expanded deployment of CleanSight, a solution based on computer vision that allows real-time monitoring of wellbore cleanliness and stability during offshore drilling operations.
The new system installation will be carried out aboard the Deepsea Nordkapp rig, operated by Odfjell Drilling. This move is part of a framework agreement signed between both companies to accelerate the incorporation of digital tools aimed at optimizing drilling operations and reducing operational risks.
CleanSight expands its presence in aker BP's contracted fleet
Following the results obtained on the Noble Integrator rig, Aker BP decided to proceed with the implementation of CleanSight on more contracted drilling units.
The company believes that the information generated by this technology offers a more precise view of the conditions developing within the well. Thanks to this, drilling teams can identify potential incidents before they escalate into larger operational problems.
Furthermore, the system's expansion is part of a broader strategy aimed at strengthening the digital transformation of exploration and production operations on the Norwegian continental shelf.
How does cleanSight's computer vision technology work?
CleanSight uses cameras installed on the rig's shaker screens to capture information related to the material returning to the surface during drilling.
Subsequently, using data analysis algorithms and local information processing, the system evaluates variables such as the size, shape, and quantity of cuttings generated in the well.
This capability provides indicators of wellbore cleaning efficiency and detects signals associated with potential instability events. As a result, operational teams receive alerts and recommendations that facilitate a faster response to situations that could affect drilling performance.
Reduced non-productive time and increased well stability
One of the main benefits identified during previous tests has been the reduction of non-productive circulation time.
Likewise, the technology has demonstrated the ability to detect early signs of wellbore collapse. This information allows specialists to intervene more quickly and reduce the risk of incidents related to stuck pipe or restrictions in material flow.
The ability to act almost in real-time contributes to improving operational continuity and reducing costs associated with unplanned interruptions.
Aker BP accelerates drilling digitalization
For Aker BP, the expanded deployment of CleanSight represents an additional step in its technological modernization strategy.
The company seeks to combine advanced analytics tools, automation, and intelligent systems to enhance operational safety and optimize the performance of its offshore assets.
In parallel, the framework agreement signed with DrillDocs includes the evaluation and development of new technological solutions that can be applied to other challenges present in drilling operations.
A market accelerating the adoption of smart technologies
CleanSight's expansion reflects a growing trend within the oil and gas sector. More and more operators are incorporating computer vision, data analytics, and artificial intelligence in drilling to improve decision-making and increase the efficiency of their operations.
In this context, the collaboration between DrillDocs and Aker BP shows how digital tools are moving from pilot projects to scaled implementations within some of the most active companies in the offshore market. This evolution could accelerate the adoption of similar solutions on other platforms and regions in the coming years.
Additional news of interest
EMGS drives expansion with the Vessel Atlantic
EMGS began a new phase with the incorporation of the vessel Atlantic for future marine controlled-source electromagnetic (CSEM) exploration operations off the coast of Norway. The company secured contracts worth approximately $6 million and will work with Sea Shipping AS to launch a campaign that strengthens its activity in the offshore market.
The company highlighted that interest in CSEM technology is growing among international oil and gas companies. This increase responds to the return of exploration projects in underdeveloped maritime areas, where companies seek tools that allow them to better assess the potential of reservoirs before undertaking costly drilling. Additionally, Atlantic will be able to participate in different types of marine geophysical work and complement other exploration techniques.
Transocean secures contracts worth US$185 million
Transocean has secured new contracts valued at approximately $185 million for two of its semi-submersible rigs specialized in highly complex offshore operations. The largest award corresponds to the Transocean Norge rig, which will undertake a five-well campaign for Harbour Energy in Norway starting in 2028. This agreement will add approximately $149 million to the company's backlog and includes options for additional work.
Meanwhile, the Transocean Equinox rig was contracted by Santos for a two-well campaign in Australia set to begin in 2027. The contract will add approximately $36 million to the company's backlog and also includes options to extend the scope of operations. Both awards reinforce the company's future activity in strategic markets for hydrocarbon exploration and production.
Puerto Bahía accelerates its LNG terminal in Colombia
Puerto Bahía and ECOnnect Energy signed an agreement to develop a liquefied natural gas (LNG) import terminal in Cartagena Bay using a rapid deployment solution. The project will utilize a system that allows LNG transfer without building new jetties, connecting a floating storage and regasification unit with existing facilities. The infrastructure is expected to begin operations in early 2027 and will have the capacity to supply up to 500 million standard cubic feet of gas per day.
The initiative comes at a time when Colombia faces a decline in its national gas production and a greater need for reliable energy sources. The new terminal will become a strategic point to reinforce the country's supply, especially during periods of lower hydroelectric generation. Furthermore, its location in Cartagena facilitates the arrival of large LNG carriers and offers potential for connection to the national gas transportation network.
Oil retreats after signs of de-escalation with Iran
Oil prices registered a new decline, reaching their lowest level since the beginning of the conflict between Iran, the United States, and Israel. The drop occurred after Washington and Tehran reached a preliminary agreement to move towards a ceasefire, fully reopen the Strait of Hormuz, and facilitate a gradual easing of sanctions on the Iranian energy sector. The news improved global supply expectations and reduced some of the pressure that had driven prices in recent weeks.
Markets reacted particularly to the possibility of more Iranian barrels returning to international trade and the normalization of transit through the Strait of Hormuz. Analysts and investment banks estimate that oil exports from the region could approach pre-conflict levels in the coming months. However, some entities believe that prices will continue to be supported by solid demand and by supply disruptions that still persist in some producing areas.