Sulzer leads way in GCC with carbon capture innovations

Sulzer's advancements in carbon capture and process solutions position it as a leader in the GCC’s sustainable energy transition, Sunil Srinivasan and Khalil Sharara tell OGN

- ABDULAZIZ KHATTAK

THE GCC region is embracing a brighter future with Sulzer leading the way in innovative carbon capture technologies, helping to transform its energy landscape for a more sustainable tomorrow.

With projects like a groundbreaking initiative at a major gas processing plant, the company is spearheading efforts to align industrial practices with sustainability goals in the region.

In an exclusive interview with OGN energy magazine Sunil Srinivasan, Country Manager UAE and Qatar, and Khalil Sharara, Head of Upstream Process Sulzer Chemtech Middle East, highlight how the UAE and GCC are navigating a crucial crossroads between energy production and environmental stewardship.

In an era where climate action is paramount, Sulzer is redefining the possibilities of carbon capture in the GCC.

Below are excerpts from the interview:

Sulzer has been a key player in carbon capture projects, including the large-scale carbon capture initiative at a gas processing plant. How do you envision the adoption of carbon capture technologies in the UAE and GCC, especially with the region's reliance on fossil fuels?

Sharara: That’s a great question! Given the region's heavy reliance on fossil fuels, carbon capture technology will be crucial in balancing energy needs and sustainability goals. The UAE and GCC are already making strides toward integrating renewables, but fossil fuels will remain a major part of the energy mix for the future.

I am glad to announce that Sulzer is currently executing a large-scale carbon capture project in the Middle East, with a capture rate of 1.5 million tons of CO2 per annum, making it one of the largest carbon capture projects globally.

Our MellapakTM CC technology enhances the capacity and efficiency of the project, enabling us to capture larger volumes of CO2 at a lower cost while maximising performance.