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Tracer analysis, through techniques like SWCTT and PITT, helps improve reservoir simulations by providing critical data on flow paths, residual oil saturation, and reservoir connectivity. These insights assist in refining Enhanced Oil Recovery (EOR) methods, optimizing recovery strategies, and reducing uncertainties in complex reservoirs.

Timely access to tracer data is revolutionizing energy operations by optimizing resource management, improving efficiency, and reducing environmental risks. Digital platforms that integrate this data enable smarter decision-making, enhanced collaboration, and more sustainable outcomes across oil and gas, geothermal, and carbon capture projects.

Tracer technology is transforming Enhanced Oil Recovery (EOR) by improving precision in reservoir monitoring, reducing chemical usage, and simplifying operations. RESMAN's innovative solutions address key industry challenges while promoting more sustainable oil production practices.

Advancements in Enhanced Geothermal Systems (EGS) are transforming the geothermal energy landscape, similar to the shale revolution. Central to this shift is tracer technology, which enhances EGS performance through detailed analysis of fracture behavior and flow dynamics, paving the way for increased efficiency and commercial viability in geothermal energy production

Carbon storage plays a vital role in mitigating climate change by integrating with Net Zero targets and decarbonization strategies. Oil and gas companies, leveraging their technological expertise and resources, are uniquely positioned to advance these initiatives, especially in challenging industrial sectors.

Digitalization is transforming tracer technology by enhancing customer interactions and operational efficiency. RESMAN’s use of digital platforms not only boosts brand value and financial stability but also improves data security and scalability, enabling more insightful and actionable analytics in the energy sector.

This summer, I had the honor of guest lecturing at the University of Ljubljana's International Sustainability Strategy course, where I was inspired by the students' enthusiasm and perspectives. A key topic of our discussion was greenwashing, the deceptive practice of companies falsely presenting their environmental efforts, and how to avoid it.

Sven Kristian Hartvig brings over 25 years of tracer technology experience. He assumes the role of CTO with a profound understanding of the company's objectives and a proven track record of innovation

Offshore carbon capture, utilization, and storage (CCUS) is a promising solution for reducing carbon emissions and mitigating climate change, providing a secure and environmentally sound method for long-term carbon dioxide (CO2) storage while leveraging existing offshore infrastructure and the vast capacity of offshore geologic repositories. The long-term impact of offshore CCUS storage will be required globally and has the unique potential to lower anthropogenic carbon dioxide emissions and thus enable the essential utilization of fossil fuels in an environmentally transformative manner.

Sustainability reporting is essential for businesses committed to sustainability goals, but amidst the push for transparency and accountability, several key challenges emerge. Below, we discuss some of these issues.

RESMAN Energy Technology used its chemical tracers for the first time in an enhanced geothermal setting during testing at Utah FORGE’s drilling site.

Our Chief Physicist Olaf Huseby recently delivered a guest lecture at the University of Houston. We discussed the important role of tracer technology in the energy industry with an impressive assembly of brilliant professors, researchers and engineering students.

Recently, we spoke with Charles McConnell, Executive Director of the Center for Carbon Management in Energy (CCME) at the University of Houston and a former US assistant secretary of energy.

Energy technology company RESMAN has supported the Utah FORGE project with tracer test technology to characterize connectivity in the geothermal reservoir.

We've just wrapped up the initial phase of tracer monitoring at Utah FORGE, the groundbreaking enhanced geothermal system (EGS) project in the US poised to become an important test case for scaling geothermal technology globally.

RESMAN Energy Technology is pleased to announce that its tracer technology is being used in the groundbreaking Utah FORGE geothermal project.

New tracers by RESMAN Energy Technology enable measurement while a well is still producing.

In recent years, the discussion on Environmental, Social, and Governance (ESG) principles has elevated the importance of diversity and inclusion across industries globally. This heightened awareness has yielded numerous benefits, as companies have increasingly embraced diversity and inclusion in their recruitment and advancement strategies. Nevertheless, despite these strides, the challenges presented by the pandemic and ensuing economic turmoil have introduced setbacks, prompting shifts in priorities at both personal and organizational levels.

In a significant milestone for the company, RESMAN has secured funding from Innovation Norway, acting on behalf of the Norwegian Government with programs and services intended to stimulate entrepreneurship in Norway. This funding will help fuel the development of RESMAN’s Client Portal, an innovative digital platform scheduled to launch in the second quarter of 2024.

Geothermal energy offers numerous opportunities that make it a compelling solution in the global shift towards sustainable energy future. As an abundant and renewable energy source, it is essentially limitless, helping us to ‘use the Earth as a battery’. It can deliver a steady supply of electricity regardless of weather conditions or time of day, making it a reliable complement to intermittent renewable sources like wind and solar. Furthermore, it produces minimal greenhouse gas emissions, making it a valuable tool in combating climate change.

We are thrilled to announce that RESMAN Energy Technology has been officially certified as a Great Place to Work. This recognition is based on the renowned Trust Index ™ employee survey by the Great Place to Work, a global authority on workplace culture. 

Saudi Arabia, Qatar and the UAE are actively boosting their CCUS facilities because of their large CO2 emissions.

We are selected as finalists for REUTERS Global Energy Transition Awards among 400+ industry applicants.

In this post, we look at CCUS as a critical technology for reducing carbon dioxide (CO2) emissions and mitigating the impacts of climate change.

The energy transition represents a fundamental shift in the way we generate, distribute, and consume energy. Technology innovation is paramount for addressing the imperative of the energy transition as a systemic challenge transcending geographical and industry boundaries.

In this post, we look at what it takes to resolve one of the most pervasive challenges with reservoir management.

Tracer technology has a proven track record of delivering a greater return on investment for the operators than other technologies due to its unparalleled insights into the reservoir flow.

In a testament to our unwavering dedication to scientific advancement and innovation, we proudly celebrate the publication of our 70th scientific paper with the Society of Petroleum Engineers (SPE).

JUPITER, Fla., April 27, 2023 /PRNewswire-PRWeb/ -- An upcoming segment of Advancements with Ted Danson will focus on breakthroughs in reservoir surveillance across the energy sector.

RESMAN has been recognized for our contribution to the energy transition with two nominations at the Carbon Capture Canada Awards

RESMAN AS, an industry leader in wireless reservoir surveillance, announced today that its Board of Directors has appointed Bonnie Powell as Chief Executive Officer, effective February 1st, 2023. Mrs. Powell takes over the position from Gunnar Hviding who will continue in his existing role as Chairman of the Board.

The last few years has seen the E&P industry come under increasing pressure as demands grow for a more sustainable energy system. The response from the E&P industry has initially been to evaluate its operating practices to reduce emissions in oil production, which covers Scope 1 and 2 in the Paris Accord, and further developing the technologies around Carbon Capture and Storage (CCS), which covers Scope 3.

The E&P industry is under increasing scrutiny as demands are growing for a more sustainable energy system. The global Greenhouse Gas Emissions (GHG) are approximately 40 billion tonnes, of which 18.2 Gt or 46% comes from extraction and use of oil & gas, according to Intergovernmental Panel on Climate Change (IPCC) and International Energy Agency (IEA).

Tracer technology can help E&P operators lower carbon footprint through the use of risk-free methods to optimise production through better understanding of the producing asset, Gunnar Hviding, CEO, Resman, tells OGN.

On the other hand, the framework and place of training of personnel require the definition and clarification of the relevant conditions for activation.

Chemical tracer systems technology aims to digitise the wellbore to enable zone-specific well event processing, exception-based well surveillance and continuous monitoring for optimised production, Sajid Qayyum RESMAN’S VP for Middle East, tells OGN.

Kuala Lumpur, February 2021: Following an award from Hess Exploration and Production Malaysia B.V., as operator of the North Malay Basin Integrated Gas Development project offshore Peninsular Malaysia, received via Petrotechnical Inspection (M) Sdn Bhd, RESMAN successfully designed and safely implemented first in the world Gas Tracer technology in the Bunga Anggerik and Bunga Zetung Fields.

Houston, Texas– (October 21, 2020) PetroTal Corp. (“PetroTal”) will deploy RESMAN oil and water tracer technology to monitor well production in a well on Block 95.

Trondheim, 2 July 2020: Resman AS has been awarded a grant to improve its sub-nano tracer technology, which will give reservoir data with higher resolution and extended lifetime.Resman’s Longevity project, scheduled to start fall 2020 and lasting for 4 years, is awarded funding of 10MNOK.

Digitisation is at the heart of RESMAN’s current development. RESMAN tracer data can be loaded into production databases as well as geomodelling and reservoir simulation software environments for well and reservoir surveillance

IFE’s tracer technology has formed the basis for the successful establishment of both Restrack AS and Resman AS. Resman AS was established in 2005 and was sold to Nordic Capital in 2015. Through this work IFE has laid the foundations for a significant portion of the products and services within the tracer technology field and helped Norwegian industry to take a leading position in tracer services globally.

TRONDHEIM, Norway -- Resman AS, a well and reservoir surveillance and intelligent tracer systems company, has announced that it has agreed to acquire Restrack AS, a tracer service provider, in a share purchase agreement. The combined company will have up to 100 employees.

Advances in well-established technologies are playing a major role in production optimization and the generation of accurate well and reservoir data for decision-making support. One such example is chemical tracer system technology