To kick-start the Outlook North conference, we will arrange a supplier-seminar together with Equinor on 1st of November from 08.00 to 10.30 at Quality Hotel Harstad.

At the seminar, you can meet Mette H. Otterøy, Director of Procurement at Equinor and Rolf Kristian Stave Nystein, VP Supply Chain Management & Logistics at Aker BP.

The target group for the seminar is everyone who is, or wants to become, suppliers to the oil and energy industry, as well as other interested parties. We organize this because we want to develop the industry and further strengthen cooperation with suppliers in northern Norway.

We hope to come in contact with existing and new suppliers, and we will use the seminar to talk about our upcoming projects and activities that may be relevant to the suppliers. Everyone is welcome to ask questions, and both Equinor and Aker BP are available for talks for those who are interested.

Aker BP has a big project portfolio

In June this year, the Storting approved Aker BP’s plans for development and operation for the Yggdrasil area and Fenris, as well as further development of Valhall. Yggdrasil and Valhall PWP-Fenris alone are making over NOK 165 billion in investments, and around 65% of these investments will come from Norwegian suppliers.

Program

08:00 Coffee and light breakfast is served

08:50 Welcome with Rolf Kristian Stave Nystein, Aker BP and Mette H. Ottøy, Equinor

09:00 Presentation by Equinor

09:30 Presentation by Aker BP

10:00 Questions from the audience

10:30 Wrap up

Press the button below to order a ticket.

Note: If you want to participate in Outlook North, you can «tick» that you want to participate in the supplier seminar as part of the «Conference ticket» order. If you only want to participate in the supplier seminar, you will find a separate ticket type for this.

We look forward to meeting you!

Aker BP was awarded the Exploration Innovation Prize for the development of machine learning models for use in exploration work. The company’s exploration department is already using the solution, often referred to as the ‘Exploration Robot.’

The machine learning models that have been developed can assist geologists and geophysicists in reconstructing missing well logs, making lithology predictions, calculating shale content, and mapping potential undiscovered reservoir areas. The solution can also provide an impartial assessment of log quality.

The prize is presented by Geopublishing and is awarded during the NCS Exploration Conference.

The jury was particularly impressed that the team has succeeded in creating a tool that is actually used and streamlines daily work.

Peder Aursand, Value Stream Manager and data scientist at Aker BP, presented the ‘Exploration Robot’ during the conference. He highlights three factors that have been crucial to their success.

«Firstly, we have focused on making the models work for the exploration team, not the other way around. Secondly, we have included explanations and quantification of inherent uncertainty as standard in the models. And we have made the models available in tools and software that the exploration team is already familiar with and uses daily,» says Aursand.

He received the award along with several representatives from the team that developed the Exploration Robot. In addition to Aursand, the team consists of Tanya Kontsedal, Kjetil Westeng, Yann Van Crombrugge, Christian Lehre, Martine Dyring Hansen, Peyman Rasouli, and Etienne Sylvain Peysson.

Aker BP receives an A+ rating in Position Green’s annual ranking of sustainability reporting among the 100 largest publicly traded companies in Norway. In total, 14 companies receive an A+ grade, which is the highest rating. «This is an important recognition for the company and for the thorough work we have done over the years,» says Øystein Arvesen, VP for Strategy and Sustainability at Aker BP.

The annual ESG100 report (Environmental, Social, and Governance) is prepared by the renowned consulting firm Position Green and assesses the quality of companies’ sustainability reporting. It evaluates compliance with formal legal reporting requirements and the quality of reporting data.

«Perhaps the most important reason why we score so well in this assessment is that our ESG goals are an integrated and crucial part of the company’s strategy. In our strategic priorities, we have goals directly related to sustainability, safety, and social responsibility,» says Øystein Arvesen.

What makes this year’s ESG100 report special is the focus on how well-prepared companies are for the much stricter rules introduced with the implementation of the EU’s Corporate Sustainability Reporting Directive (CSRD) from 2024. The directive requires systematic work in areas such as corruption, human rights, diversity, in addition to climate and sustainability. There will be stricter requirements for third-party verification of reporting data.

«For many years, we have established a systematic approach at Aker BP to document and measure the impact of our work in these areas. This is important not only to ensure that we are actually improving but also to achieve the goals we set for ourselves,» explains Øystein Arvesen. «We have initiated a project to close the gaps and be ready for CSRD reporting for the fiscal year 2024. This recognition from Position Green is a great motivator in this effort and demonstrates that we not only produce good reports but, more importantly, that we are doing excellent sustainability work at Aker BP,» says Øystein Arvesen.

Last week, Microsoft announced the strategic partnership that Aker BP, SLB and Halliburton are part of. This collaboration aims to develop Data Mesh, an innovative solution designed to revolutionize the efficiency and data availability for energy companies.

In today’s practice, field development involves a complex process where data from approximately 150 different applications must be collected manually, often using tools such as PowerPoint and Excel sheets, before decisions can be made at Decision Gates (DG). The time-consuming manual process of moving data between these applications is one of the main reasons why field development takes such a long time.

The purpose of the collaboration between Aker BP, Microsoft, SLB and Halliburton is to solve one of the industry’s biggest challenges. «Data Mesh,» the framework on top of Microsoft Azure Data Manager for Energy, will play a key role in solving this challenge. This framework provides the ability to maintain full visibility into the use of data, including its sources and assumptions, allowing for a more transparent and traceable decision-making process. This will significantly simplify and reduce the complexity and time efficiency associated with implementing changes.

Data Mesh can be described as an overarching layer that effectively connects all the data sets. This allows seamless access to data from various sources, including SLB, Halliburton and the Norwegian Petroleum Directorate, via a single tool. The remarkable adaptability of the tool also enables easy integration of other datasets from future partners. This initiative will help transform the way data is shared and used in the industry, providing a solid foundation for future innovations and partnerships.

An important part of the process to become data-driven

In order to position ourselves as the leading company in exploration and production, it is necessary to continuously improve our operations. This often involves automating manual processes and basing our decisions on thorough analysis of data. Our collaboration related to Data Mesh represents a decisive step towards increased efficiency in the development and planning process for oil and gas fields.

Data Mesh lays the foundation for a more data-driven approach to field development. It frees up valuable resources previously spent on manual tasks and gives us the opportunity to channel those resources towards more critical aspects of the planning process. This initiative helps us to work more intelligently and strategically and gives us the opportunity to focus more on the core aspects that drive our success in field development.

– With Azure Data Manager for Energy and Data Mesh, we have seen efficiency increase across the board. It is a testament to the power of combining traditional industry knowledge with cutting-edge tech, says Paula Doyle, Chief Digital Officer at Aker BP.

Data Mesh also means that you have a continuous and up-to-date overview of where the data set is taken from, and how robust the data is. This helps to make faster decisions and reduce risk.

– When we now get continuously updated insight, and can improve operational efficiency, we will also move away from traditional data handling and consider data as a valuable product in itself. This represents a transition from passive to proactive data management. Data Mesh will take Aker BP a big step towards becoming data-driven, says Arnfinn Grøtte, Domain Manager Digitalisation D&W.

Building a larger data delivery ecosystem

Now that a digital platform is being established that is part of a larger digital ecosystem together with Microsoft, we can look at how we can automate more of the manual work we do today. It is measures like this that enable us at Aker BP to make faster decisions and have better control over risk. This will be incredibly important when we have to deliver the huge portfolio of projects in the coming years.

On behalf of the license holders in production licenses 019 and 065, Aker BP, as the operator, hereby presents a proposal for an Environmental Impact Assessment (EIA) program for the cessation of activities on the Ula and Tambar/Tambar East fields in the North Sea for public hearing.

The Petroleum Act requires the submission of a cessation plan two to five years before the expected cessation of production/operations or the expiration of the production license. The relevant production licenses are set to expire at the end of 2028. Based on the current production forecast and limited potential for new discoveries in the area, there will be no application for an extended license period for further production.

The Environmental Impact Assessment program has been developed in accordance with the latest guidelines for Plan for Development and Operation (PDO) and Plan for Operation and Development (POD) issued by the Ministry of Petroleum and Energy in 2022. In consultation with the Ministry of Petroleum and Energy, the public hearing period has been set to 12 weeks. Any comments or remarks should be sent to Aker BP ASA at regulatory@akerbp.com with a copy to the Ministry of Petroleum and Energy at postmottak@oed.dep.no by November 20, 2023.

In a workshop at Mongstad, three bright yellow valve trees are ready to be shipped and installed on top of the wells on the Hanz field in the North Sea. They all look brand new; however, the massive steel structures have been in use for seven years on the now closed Jette field. This is the first time used production equipment has been moved between producing fields on the Norwegian continental shelf.

It’s not given that valve trees, or Christmas trees as they are usually called, are fit for reuse. The condition must be good enough, their specifications fit into a new field development, and not least the equipment must be available. When the project team considered development solutions for Hanz, they ticked all these boxes.

“The Christmas trees from Jette was available at the time when we considered various business cases for Hanz. They showed that we could save investment costs compared to new build, but just as important was that we could save time”, says Børge Skjevdal, Project Manager for the Hanz development.

“In addition, we achieve a positive environmental effect which is a motivation in itself. Production of steel and other raw materials for new builds entails emissions, and with equipment in this shape it is too bad to use it for nails”, says Skjevdal.

Better than new
Subsea production systems are usually designed to last for several decades. Therefore, the Christmas trees from Jette still had a long lifespan left when they were brought up from the seabed. OneSubsea’s department in Aberdeen has taken the equipment apart down to the smallest component to check that the condition is good. Gaskets and wearing parts have been replaced.

“By doing this we are absolutely sure that the equipment is as good as new, and perhaps even better”, says Børge Skjevdal. “These Christmas trees are already proven to be functional over time”, says Skjevdal.

The Christmas trees have now undergone the final preparation at PSW Technology in Mongstad, and are ready to be shipped to sea.

More reuse in the future
Reuse of equipment is not new to the oil and gas industry, but it’s mainly been done in drilling operations. For example, wellheads, BOPs and risers. This is equipment that is used for a relatively short period before both rig and equipment is moved to the next well. Equipment to be used in production must be installed for several decades. That’s one of the most important reasons for choosing to install new equipment.

Now we see a shift from large standalone developments to smaller marginal tie-ins to existing installations. Combined with an increased focus on cost savings leads to increased interest in reuse.

PSW Technology at Mongstad has actively positioned themselves towards this market, both through maintenance projects like Hanz, but also through speculation, explains Håvard Kallestad, SVP Operations and Business Development.

“We have secured some ‘lottery tickets’ in the recycling market. Simply bought some equipment that we can refurbish and prepare for resale to customers. Some of these purchases have already paid off in the form of sales”, says Kallestad.

“And we foresee more of this in the future, especially for heavier equipment such as Christmas trees, manifolds and well frames”, Håvard Kallestad says.

When the Øst Frigg Beta/Epsilon wildcat well reached its target depth, the team had drilled 8168 metres. As it made its way horizontally through the reservoir, the value of Yggdrasil increased metre by metre − in what is Norway’s longest ever exploration well. 

Preliminary calculations of the Øst Frigg Beta/Epsilon discovery show 53-90 million recoverable barrels of oil equivalents (link to the NPD notice). The overall resources in the Yggdrasil area have increased to more than 700 million barrels. 

«We’re talking about a total increase in resources of approximately ten percent. This means further improved profitability in the development and increased value creation from Yggdrasil. Many years of very good work over several years is behind this discovery from the team. I’m very proud of what we’ve just delivered,» says SVP Yggdrasil Lars Høier. 

Aker BP first reported the discovery on Thursday, 25 May. At that point, the drilling was nearly complete, and it was clear that the company had made a significant oil discovery. On Friday, the projected volume was increased further. 

Gas already produced 

Øst Frigg consists of two structures, Alpha and Beta. This is a gas discovery from the 1970s with ten metres of oil under the gas. The gas was produced in the 1980s and 1990s by Elf, while the oil remained untouched. 

«This means that we’ve got more than 250 million barrels of proven oil, yet to be produced, in the middle of an area we’re going to develop. We had to get to the bottom of this. Where had the oil gone?» asks Subsurface manager Tor-Ole Jøssund. 

The hunt for the Øst Frigg oil got started in early 2022. A sidetrack to Øst Frigg Alpha was drilled from the Grefsenkollen well. 

«The result showed a bit of oil on top, and some oil trapped under a barrier, but it was too spread out to recover. This wasn’t the result we were hoping for,» Jøssund says. The subsurface team worked out a plan to drill horizontally in Beta and also included Epsilon. 

The Øst-Frigg Beta/Epsilon wildcat well has a vertical main track and three horizontal sidetracks. The Scarabeo 8 rig started drilling in april. The first sidetracks were drilled in the Beta structure to prove oil and appraise the discovery. The sidetrack to Epsilon was the last one.  

Most of the Beta well was used to reach the Epsilon structure. The last casing was landed in the reservoir and drilling of the horizontal section towards Epsilon started. The results were promising, and the drilling continued towards the Gamma structure. Over a period of two weeks, the team drilled more than 6000 metres, openhole and horizontally, in the reservoir to collect geological data. 

Six kilometres in the reservoir 

The Øst-Frigg Beta/Epsilon wildcat well has a vertical main track and three horizontal sidetracks. The Scarabeo 8 rig started drilling in april. The first sidetracks were drilled in the Beta structure to prove oil and appraise the discovery. The sidetrack to Epsilon was the last one.  

Most of the Beta well was used to reach the Epsilon structure. The last casing was landed in the reservoir and drilling of the horizontal section towards Epsilon started. The results were promising, and the drilling continued towards the Gamma structure. Over a period of two weeks, the team drilled more than 6000 horizontal open hole metres in the reservoir to collect geological data. 

«Drilling six kilometres horizontally is a significant achievement. It requires precision and the ability to constantly assess risk against reward based on a continuous stream of data, as exploration wells have higher uncertainty than regular wells. We’re also doing this with a rig that’s new to Aker BP,» says Hanna Tronstad, drilling superintendent. 

The drilling operation was monitored around the clock from Aker BP’s new drilling operations centre in Trondheim. So-called geosteering allowed the team to optimise well placement in the oil-bearing layer. This is possible through using a resistivity map that was developed based on measurements from tools downhole. 

«And this is what makes this wildcat well unique. We’re able to process data quickly as we go during the operation, secure lessons learned and materialise the upside. We’re able to do this safely and efficiently based on high-quality planning and implementation. This record wouldn’t have been possible without a really good One Team mentality across departments in Aker BP. We succeeded through enormous determination in the team, good cooperation with suppliers, and particularly thanks to a solid subsurface department that challenge us,» Tronstad says. 

Collected valuable data 

Large volumes of data were collected while drilling the wildcat well. Along with a planned geopilot on Frigg Gamma Delta later this year, this will be very important in further well planning in the Yggdrasil development. 

«Now we’ve proven that we can drill horizontally in the Frigg formation, and that we can drill over very long distances. Aker BP is planning 55 wells in the Yggdrasil area. Drilling is scheduled to start in 2025, and we’ll be spending the years leading up to this ensuring efficient planning and implementation of the production wells, many of which are horizontal,» Tronstad says. 

Øst Frigg Beta/Epsilon is described in the plan for development and operation as potential additional resources for Yggdrasil. The Yggdrasil area has a significant degree of flexibility and is designed to be a hub for future discoveries and fields like this. Aker BP will now further mature the discovery. 

«Along with our partners Equinor and PGNIG Upstream Norway, we will continue to actively explore the area through additional exploration wells and appraisal wells over the next years,» concludes VP Exploration Olav Antonio Blaich. 

Following the acquisition of Lundin Energy, Aker BP was left with quite a lot of protective equipment that could no longer be used, for example due to aligning of standard products and oversupply. A decision was made to send this equipment to Helgeland Industrier, HIAS.

HIAS is a protected company that offers adapted work for people with mental or physical disabilities. 

HIAS provides a meaningful job, an inclusive environment and sense of belonging for people who might otherwise have missed out on having a career. 

Aker BP gave HIAS the assignment of removing the old logo and replacing it with a neutral patch. 

When the job is done, the protective suits and jackets will be donated to local vocational schools that provide training for mechanics, carpenters and other practical trades, along with other general protective gear. 

A software application helps the Energy Management Team and the offshore process control operators save energy at the Edvard Grieg platform by linking real-time production data with energy consumption information.

Instead of measuring energy consumption, the application uses algorithms and data models to calculate energy loss for every individual component at the process facility. Utilising this tool helps ensure optimal operations, while saving a considerable amount of energy. 

For 2022, the energy saved totalled around 4.2 GWh which equals the annual energy consumption of approximately 260 households. 

The application was developed in a cooperative effort between Aker BP and Honeywell. It runs on the existing software and hardware infrastructure, so no extra investments were necessary.