The facilities will boost ADNOC Gas’ current processing capacity by 20%. (Image source: ADNOC Gas)

ADNOC Gas plc has awarded Worley Engineering the Front-End Engineering and Design (FEED) contract for new gas processing facilities at Bab Gas Cap (BGC)

The project’s processing facilities will be designed to optimise production of natural gas liquids (NGL), condensate, sales gas, and sulfur, boosting ADNOC Gas’ current processing capacity by 20% or over 1.8 billion standard cubic feet per day (scfd). Final Investment Decision (FID) is expected in 2026.

The design scope includes the development of gas processing and conditioning units, acid gas recovery units, dehydration units, sulfur recovery units, NGL recovery units, and CO2 capture facilities. It also includes the construction of injection facilities and associated utilities, along with the design and routing of new product pipelines for the efficient transfer of liquid sulfur to the Habshan Sulfur Granulation Plant.

The facilities will receive hydrocarbons from the Bab field, where ADNOC has enabled the simultaneous development of oil and gas, with a potential production of 1.5 BCFD of gas and 80mn bpd of condensate.

Dr Ahmed Alebri, CEO, ADNOC Gas, said, “Today is an important step forward for this project, which has the potential to substantially increase our gas processing capacity, unlock additional revenue and strengthen ADNOC Gas’ position as a global gas supplier. This ambitious project will deploy state-of-the-art gas processing technologies and make an important contribution to the UAE’s gas self-sufficiency efforts.”

See also https://oilreviewmiddleeast.com/exploration-production/adnoc-gas-awards-contracts-for-gas-pipeline-expansion

https://oilreviewmiddleeast.com/industry/adnoc-gas-sees-21-year-on-year-rise-in-profits

Muhammad Tayyab, Fulkrum’s regional manager for the Middle East and Caspian. (Image source: Fulkrum)

Fulkrum, a leader in inspection, expediting, auditing, and technical staffing services, has launched a new entity in Basra, Iraq

It follows the award of a multi-million dollar contract to the company for the provision of surveillance services for a major gas hub development project in the region.

The new local entity will enable Fulkrum to improve service delivery for new and existing clients, including several leading operators in the region. This strategic expansion marks a key step in advancing Fulkrum’s operational capabilities across Iraq’s growing energy sector.

The gas hub development project in Iraq for which Fulkrum was awarded the major contract will play a key role in the country’s energy infrastructure. The first gas processing train is designed with provisions for future growth, ensuring scalability in plant layout, Integrated Control and Safety Systems (ICSS), and power infrastructure. Fulkrum’s scope of work includes monitoring quality control, quality assurance, expediting, project & procurement management and other activities.

Fulkrum’s regional manager for the Middle East and Caspian, Muhammad Tayyab said, “Being locally based allows us to streamline operations and deliver customised services that meet the evolving needs of our clients. This positions us to better support our existing partners and pursue further opportunities with key operators in Iraq.”

He added that the gas hub project is a significant win for Fulkrum and marks the beginning of an exciting new chapter for its team in Iraq.

“We are proud to contribute to a project that will enhance the region’s energy capabilities and are committed to delivering our high standards of service throughout its execution.”

Michael Monica demonstrating the Iso-Smart remote monitoring solution. (Image source: Alain Charles Publishing)

Oil Review Middle East caught up with Michael Monica, director sales, marketing and customer care, GPT Industries at ADIPEC, where the company was showcasing its Iso-Smart remote monitoring solution for pipelines

Iso-Smart, which GPT is currently introducing to the Middle East, is an all-in-one solution for checking Cathodic Protection (on and instant off potentials), Isolation, Bond currents, AC vs. DC on the line, and more from remote locations. The device can be mounted on the pole at any current test station along a pipeline, and incorporates True RMS technology to provide reliable real-time data, helping pipeline owners make informed decisions, address any issues or anomalies before they become critical and comply with pipeline integrity regulations. Combining GPT Industries’ decades of corrosion prevention expertise with the latest remote monitoring technology, it sets a new standard for a versatile, user-friendly remote asset integrity monitoring.

Unique characteristics

“The unique characteristic of this device it that it doesn’t require someone to take measurements physically at the test station, this device will do it remotely,” underlines Monica. “It can gather data and provide instant readings on demand, so the user can see what the condition of their pipeline is anywhere where there's an electrical lead or test station.”

Monica explains that as such, it not only provides significant savings in time and cost but in particular addresses the critical issue of safety, as it eliminates the need for physical inspections which may require crossing property lines or accessing remote or inaccessible locations, particularly valuable in the vast and often harsh terrains of the Middle East.

“The original remote monitors were used on rectifiers, where they can turn the rectifier on and off. This device goes to the next level; you can turn the unit on and off remotely, and actually test the current on your pipeline on demand. If you've got critical bonds on the pipeline, you can monitor the critical bonds. You can also directly measure current on the pipeline, across bonds or isolation joints as opposed to calculating prone potentials across a shunt. So it's a really nice diagnostic tool to determine that you have adequate protection against corrosion.”

He adds that the other unique thing about the device is that it addresses the issue of AC interference on the pipeline, a significant concern for the industry today.

“If pipelines are running through a corridor where you've got overhead power lines, those overhead power lines can put AC current onto the pipeline, and depending upon the amount or the density of the AC current, if it reaches a certain threshold or level, it will significantly increase the potential for corrosion. This device can tell you what your AC density is, so you can put mitigation measures in place to make sure that that you don't have a critical amount on your pipeline.”

Middle East interest

While Iso-Smart is only now being introduced to the Middle East, it has already attracted a lot of interest from operators in the region, given that pipeline integrity and corrosion protection are key concerns.

“Operators are cathodically protecting their pipelines, but they want to be able to determine the status of the current on their pipelines and identify where they have issues with AC current, because it adversely affects their DC current.”

Turning to future plans, Monica says that the company is developing a next-gen compact version of the Iso-Smart that will be able to be fixed inside the test station, thus addressing any issues with potential tampering.

See also https://oilreviewmiddleeast.com/technical-focus/revolutionising-asset-integrity-in-the-middle-east-with-iso-smart

https://oilreviewmiddleeast.com/technical-focus/gpt-industries-launches-iso-smart-for-monitoring

Ed Leung, senior technology advisor at RESMAN Energy Technology. (Image source: RESMAN Energy Technology)

Ed Leung, senior technology advisor at RESMAN Energy Technology discusses the shift towards gas and how Resman’s INFLOW Gas Tracer Technology can help de-risk large-scale gas projects

The energy landscape is shifting as global gas demand rises, moving away from coal toward cleaner alternatives. Consequently, investment trends are shifting. According to Goldman Sachs, the global gas market is expected to expand by 50% in the coming years, and LNG investments are projected to surge by over 50% by 2029, supported by 73 major projects currently under development worldwide.

The Middle East is poised to play a crucial role in this growth. According to Wood Mackenzie, gas production in the region is expected to rise, backed by investments of up to US$120bn to boost production capacity by 14 billion standard cubic feet per day by 2030. This investment will significantly enhance energy security and support global demand for cleaner energy sources. This increase is significant, equating to the gas consumption of the entire European power sector.

However, achieving these goals is not without challenges, including infrastructure development, market volatility, environmental regulations, geopolitical factors, competition with renewables, technological challenges, public perception and acceptance, and supply chain constraints, among others. Importantly, large-scale gas projects demand increased operator confidence and a comprehensive understanding of subsurface conditions.

The role of tracer technology

This is where innovative technologies such as wireless monitoring using chemical tracers come into play. By providing definitive proof of mass transport and enabling continuous monitoring without intervention, tracer technology significantly reduces operational risks while delivering accurate data insights into the gas reservoir conditions. Conventional production logging methods face numerous challenges, from downhole complexities to the need for accurate, direct data.

As the only provider of proven Inflow Gas Tracer Technology, RESMAN Energy Technology has expanded its footprint since 2016 when the first R&D project kicked off, partnering with industry leaders such as Equinor, ENI, and Shell, among others. This growth underscores the increasing importance of innovative solutions in navigating the evolving energy landscape, ultimately helping to ensure sustainability, security, and affordability in gas production.

As gas continues to play a vital role in the global energy transition, the Middle East’s contribution to this shift is crucial. Large-scale gas projects present unique challenges, particularly in terms of subsurface data accuracy and operational safety. RESMAN’s Inflow Gas Tracer Technology addresses these demands, providing precise insights without invasive interventions. By minimising risk and delivering reliable data on gas reservoir conditions, RESMAN empowers operators to maintain productivity and sustainability standards while significantly reducing environmental impact.