Rogaland: From oil region to innovation engine

Rogaland’s ingenuity, combined with its rich legacy of expertise in oil and gas, is now giving rise to several emerging industries – with new technology and sustainability leading the way.
Kontorleder i Stavanger, Kari Holmefjord Vervik, med utsikt over havnen i bakgrunnen
Head of our Stavanger office, Kari Holmefjord Vervik.
© Innovasjon Norge

‘When supplier companies in Rogaland are tasked with solving a problem, they get straight to work, develop new solutions, test them in practice and deliver the product quickly,’ says Kari Holmefjord Vervik, head of our regional office in Rogaland.

Plastic recycling with Eagle Technology, carbon credits with Trefadder and smarter electric vehicle charging with Amina Charging are just some of the ideas developed here.

«We have a culture of innovation and ingenuity that puts us in a strong position for the future»

— Kari Holmefjord Vervik, Head of Innovation Norway's Rogaland office

She leads 20 dedicated employees who work closely with the region’s diverse business community. This broad mix of industries creates significant opportunities for cross-sector collaboration, which is essential in many of the new priority areas.

Rogaland is ‘Norway in miniature’, where 50 years of oil and gas activity have built strong expertise in large-scale project management, mechanical engineering, robotics, automation, health and safety, and IT. This strong industrial heritage, combined with the region’s long-standing traditions in agriculture and ocean-based industries, provides fertile ground for developing innovative sectors such as offshore wind, electrification, energy management, the circular economy and new aquaculture technology. This attracts skilled workers, entrepreneurs and capital from abroad, giving the region a distinctly international outlook.

‘This combination of unique core expertise, 50 years of a petroleum industry willing to invest, and a strong culture of innovation makes the region attractive to Norwegian and international companies looking to develop and test new technology,’ says Holmefjord Vervik.

A good example of the region's international appeal is METCentre on Karmøy, a world-leading test centre for floating offshore wind technology, where global companies come to test their innovative solutions.

From oil technology to green innovation

Most of the projects our Rogaland office works on today have a clear environmental focus, with an emphasis on sustainable solutions.

‘The circular economy has become an important focus area in Rogaland, often driven by companies in the region applying knowledge and technology from the oil and gas sector to new industries,’ says Holmefjord Vervik.

Stavanger-based Eagle Technology is a prime example of this. Known for its drilling waste management solutions for the oil and gas industry, with major customers including Equinor, Shell and Petrobras, Eagle is now investing in Vixla, a technology that uses pyrolysis to recycle plastic. Eagle has used this method at large processing plants in the oil industry for many years.

‘Vixla is our patented plastic recycling technology. So far, our tests have achieved a recycling rate of 87 per cent, which would make it a market leader in plastic recycling,’ says Roy Moberg, CEO of Eagle Technology.

The company is a strong example of the transformation taking place in industry across the Rogaland region.

‘We take proven technology from the oil and gas industry and combine it with the expertise of our process and chemical engineers to create new solutions – in our case, for plastics recycling,’ Moberg explains.

He describes a step-by-step development of the technology and capacity.

‘We started by building small laboratory test units, then used our own capital to build a pilot. Now, drawing on this experience, we are moving forward with support from Innovation Norway to build a full-scale demonstration plant for plastics recycling,’ he says.

Pilotanlegget til Eagle Technology
Pilotanlegget
© Eagle Technology
Animasjon av demonstrasjonsanlegg
Animasjon som viser hvordan demonstrasjonsanlegget vil se ut.
© Eagle Technology

The demonstration facility is not a commercial facility. It will be used for further testing, demonstrating the technology to customers, and training Eagle’s own operators and those of its customers. For Eagle, our support has been valuable in several ways – and indispensable.

«We received excellent guidance throughout the application process. The evaluation, involving both an expert panel and advisors who asked critical questions, was challenging and insightful. For a development project worth NOK 35 million, reducing the financial risk is essential. Without the NOK 11 million in support from Innovation Norway, we would not have been able to carry it out.»

— Roy Moberg, CEO of Eagle Technology

With a global presence in Norway, Bosnia, Vietnam and Brazil, the company has ambitious plans for this initiative.

‘There is strong international interest. We have received enquiries from every continent, and with good results from our demonstration facility, we see significant potential for global exports,’ says Moberg.

Portrettbilde av Roy Moberg
Eagle's CEO, Roy Moberg, during a NORWEP presentation in Rio de Janeiro, Brazil, in February 2025, where Vixla attracted considerable attention.
© Eagle Technology

Norwegian climate forests could become the new salmon

Figures from the Norwegian Industrial Property Office support Rogaland’s position as Norway’s leading ‘inventor region’, showing that the region has ranked among the country’s leaders in developing new solutions for many years. In 2020, Rogaland accounted for 17% of all patent applications in Norway.

Haugesund-based company Trefadder grew out of a bright idea to use nature’s own method for effective CO2 removal and storage, transforming it into verified carbon credits through Norwegian ‘climate forests’.

‘We are the only Norwegian company exporting carbon credits, and we have grown significantly since launching Norway’s first climate forest in 2019. We now have more than 200 customers across almost every continent,’ says Anders Kristiansen, founder and CEO of Trefadder.

The carbon credits involve CO2 capture through carbon storage in forests, where trees absorb CO2 and convert it into carbon that is stored in the biomass.

‘Trefadder offers a trusted Norwegian premium brand in a market characterised by a lack of traceability and documentation. We help businesses offset residual emissions that cannot currently be reduced for technological and financial reasons. Choosing the right carbon credits has now become an important part of strategic risk management and brand building for businesses,’ says Anders Kristiansen, founder and CEO of Trefadder, adding:

– This creates local jobs, generates value and makes an important contribution to a better climate. The best of all worlds.

Anders Kristiansen ute i naturen med en kasse med grønne planter
Founder Anders Kristiansen with young climate forest seedlings. The carbon credits generated by the climate forest can be used by all types of businesses to offset their residual emissions.
© Privat

Kristiansen believes that carbon credits based on carbon capture in Norwegian forests could become a major new export industry for Norway, just as salmon has been since the 1970s.

‘We help businesses achieve their climate targets while building a new export industry that could become important for Norway in the post-oil era. That is why Innovation Norway has approved us to use the Made in Norway label, supporting our ambition to make Norway a global carbon store. This gives us tremendous momentum in international markets,’ says Kristiansen.

Our support has been crucial at several stages.

‘Innovation Norway gave us a crucial startup loan that kept us afloat until we secured investors. We then won the ITSA accelerator programme in Stavanger, which brought in more investors, while our participation in the Fauna programme helped us attract larger customers,’ says Kristiansen.

Our NOK 3.5 million growth guarantee loan marked a turning point for Trefadder, tripling the funding the company had raised up to that point.

«With NOK 2 million in new equity from DNB and additional funding from Innovation Norway, we significantly strengthened our business and were able to scale up our technology, certifications and production. This boost has helped Trefadder build an order backlog of well over NOK 100 million.»

— Anders Kristiansen, founder and CEO of Trefadder

Smart charging for the power grid of the future

Rogaland’s strong energy heritage is now driving a wave of new companies developing tomorrow’s green technology. Stavanger-based Amina charging has quickly become a key player in Europe’s rapidly growing EV charging market. The company plays a central role in addressing one of the greatest challenges of the future – the electrification of Europe.

‘The growing share of solar and wind power in Europe’s energy mix makes the electricity supply less stable, as these sources only generate power when the sun shines or the wind blows. Scheduled charging and chargers with reserve capacity will therefore be crucial to managing these fluctuations and ensuring a stable electricity supply across the continent.’

‘We want to make charging simple and seamless for users, while handling the complexity behind the scenes,’ says Fredrik Lima, CEO of Amina.

Fredrik Lima lener seg mot en vegg hvor en lader er påmontert
Fredrik Lima, CEO of Amina, standing in front of a wall-mounted Amina C.
© Tommy Ellingsen/amina charging

Amina's technology enables third-party providers to manage charging based on available power, electricity prices and other factors.

‘More renewable energy in the energy mix makes the power supply more variable, and our solution enables the chargers to automatically understand and adapt to conditions in the power grid. This is becoming increasingly important as more renewable energy enters the system,’ says Lima.

Del av en hvit bil foran en hvit vegg med en påmontert lader
Always connected: The new Amina C charging solution is designed to provide optimal coverage across Europe by connecting via mobile networks rather than limited IoT networks.
© Tom Ellingsen/amina charging

Amina recently received a NOK 20 million loan to grow using its existing technology, as well as a NOK 16 million grant from us through the Environmental Technology Scheme to develop a new charging platform.

«The support was crucial to developing our new platform, which adapts to the energy mix of the future. It enabled us to start the project earlier than planned and gave us a real head start. This meant we could spend more time exploring the potential of the product and platform, while focusing on testing and development.»

— Fredrik Lima, CEO of Amina

Lima adds:

‘The application process was demanding, and we had to make a strong case for the project all the way to the highest level at Innovation Norway. It was reassuring that an independent panel of four external experts assessed and confirmed the project’s potential.’

– Get in touch early in the process

Businesses in Rogaland have a tradition of standing on their own two feet. Our regional director is impressed by the energy and drive of people in Rogaland, but still has this advice:

‘We can help you achieve even greater success. We have offices in more than 20 countries, and if you want to realise your full potential, you should make greater use of our market insights, government contacts and local relationships. If you are an established company planning to enter new markets or develop innovative products, get in touch with us early in the process.’

Together with our global network, banks and one of Eksfin’s two regional offices in Norway, located in Stavanger, we can help reduce risk, unlock market opportunities and create value – both locally and internationally.

«Through close collaboration between high-potential companies, their investors and banks, we see significant opportunities to develop new, highly productive export companies in Rogaland»

— Kari Holmefjord Vervik, Innovation Norway's Regional Director for Rogaland


Published 19 Feb 2025Last updated 14 Oct 2026
This page is translated with the assistance of AI