Gas Turbines Add Carbon Capture, Hydrogen Blending
GE Vernova's H-class configurations are shown at ADIPEC, with a UAE grid demonstration centre planned and no opening date given.
Updated on Nov. 3, 2026 in Energy
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GE Vernova plans a centre in the UAE to demonstrate digital grid technology using real-world applications, and is showing H-class gas turbine technology at the ADIPEC energy conference. The UAE centre is announced and has not been reported as operating; the turbine technology is shown as on display, and the stub does not establish its commercial availability.
Why it matters
The planned centre points to grid monitoring and control moving toward testing in live operating conditions rather than in lab settings alone. Turbine configurations for carbon capture and hydrogen blending reflect the gas-power sector's effort to lower emissions while keeping existing generation assets in use.
GE Vernova's H-class turbine configurations include options for post-combustion carbon capture and for blending up to 50% hydrogen by volume. The company's stated performance figures are presented as product configurations and have not been independently verified in the source.
The players
GE Vernova
A power-generation and grid-equipment company whose portfolio spans gas turbines, grid automation software such as GridOS, and digital substation systems.
ADIPEC
An Abu Dhabi energy conference and exhibition where oil, gas, and power technology companies display products and present research.
Rajesh Ananth
A GE Vernova speaker presenting on digital substation technology at ADIPEC.
Majed Sammak
A GE Vernova speaker presenting on carbon capture power plants at ADIPEC.
Pegah Modaressi
A GE Vernova panelist taking part in a grid modernisation discussion at ADIPEC.
The details
The planned UAE centre is designed to demonstrate grid monitoring and management through real-world applications, covering control rooms and field equipment. Post-combustion carbon capture is a process that removes carbon dioxide from exhaust gas after fuel is burned, while hydrogen blending mixes hydrogen into natural gas fed to a turbine, lowering its carbon intensity. GE Vernova's electrification display also features synchronous condensers, rotating machines that help stabilise grid voltage, and digital substations, which use networked digital systems in place of conventional wiring for protection and control.
Timeline
3 November 2026: Rajesh Ananth presents on digital substations at ADIPEC.
4 November 2026: Majed Sammak presents on carbon capture power plants at ADIPEC.
5 November 2026: Pegah Modaressi joins a grid modernisation panel at ADIPEC.
The Tech Race
GE Vernova is positioning its H-class gas turbines, which carry carbon capture and hydrogen blending configurations, against competing gas-turbine makers as the power sector looks for ways to cut emissions from fossil-fuel generation. The Middle East demonstration centre extends that effort into grid-control software and digital substations, areas where grid operators are competing on reliability and automation.
The UAE demonstration centre has no announced opening date, so the grid tools it tests are not yet available to utilities or consumers. Carbon capture and hydrogen blending options on H-class turbines are described as configurations, and their availability and pricing were not stated in the source.
The takeaway
The trajectory is gas-fired generation adding emissions controls and grid-stability tools rather than being replaced outright in the near term. Watch for the 3 to 5 November 2026 ADIPEC presentations, and for a stated opening date for the UAE centre as a sign of when grid demonstrations move into operation.
Further reading
For more on how turbine and grid technology is reshaping power generation, see the Energy section.
Source note: This article includes information reported by Utilities Middle East.
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