SLB’s Post

The journey to Net Zero can only be achieved through collaboration, this is an excellent addition to our array of technology driving the energy transition.

It’s a great delight to come to Asia, a region known for its deep history, diverse heritage, and a powerhouse with heavy energy demand and strong supply to match.  Having worked across North America, Europe and the Middle East, I am truly grateful for the opportunity to helm #SLB in Asia as we transition into a new and exciting era to tackle the great #energytransition. Asia’s GDP is projected to grow between 4-5%. The region's approach to energy is evolving, with a focus on energy security as a central theme to drive economic growth, while progressively integrating #sustainability into its energy policies. Not forgetting that there can be no net zero without Asia, the completion of the joint venture with Aker Carbon Capture is much welcome news for there are abundant opportunities in this region. This joint venture will accelerate industrial decarbonization at scale, facilitating the broader adoption of both market-ready and innovative carbon capture technologies for power generation and hard-to-abate industrial sectors. Exciting times ahead for Asia! In this new role, I look forward to more shared successes with our SLB teams, customers, and various stakeholders globally. I am honored to have the opportunity to work alongside you to unlock new possibilities and drive our collective growth ahead.   ##WeAreSLB.

Exciting times ahead for #SLB. With Asia poised to become a major market for CCS, I echoed Sherif Shohdy sentiment on the evolving energy scene in this region - Abundant of opportunities in Asia!

🏭📈 Carbon capture is booming. In 2023, global projects increased tenfold to nearly 400, as industrial operators are upgrading their plants to stay compliant.  ⚠ However, failing to understand the challenges of this evolving sector can lead to design gaps, missed opportunities and operational risks.  ✅ Join Wood’s upcoming webinar to learn about the most common challenges with implementing CCS and how to address them in your project.    Including insights from our experience of implementing CCS solutions for various industries around the world, this is an opportunity not to be missed.  ➡ Register now:   https://lnkd.in/edhKd6zM 

🏭📈 Carbon capture is booming. In 2023, global projects increased tenfold to nearly 400, as industrial operators are upgrading their plants to stay compliant.  ⚠ However, failing to understand the challenges of this evolving sector can lead to design gaps, missed opportunities and operational risks.  ✅ Join Wood’s upcoming webinar to learn about the most common challenges with implementing CCS and how to address them in your project.    Including insights from our experience of implementing CCS solutions for various industries around the world, this is an opportunity not to be missed.  ➡ Register now: https://lnkd.in/grax8F7K 

🏭📈 Carbon capture is booming. In 2023, global projects increased tenfold to nearly 400, as industrial operators are upgrading their plants to stay compliant.  ⚠ However, failing to understand the challenges of this evolving sector can lead to design gaps, missed opportunities and operational risks.  ✅ Join Wood’s upcoming webinar to learn about the most common challenges with implementing CCS and how to address them in your project.    Including insights from our experience of implementing CCS solutions for various industries around the world, this is an opportunity not to be missed.  ➡ Register now:   https://lnkd.in/eih2qt9m 

🏭📈 Carbon capture is booming. In 2023, global projects increased tenfold to nearly 400, as industrial operators are upgrading their plants to stay compliant.  ⚠ However, failing to understand the challenges of this evolving sector can lead to design gaps, missed opportunities and operational risks.  ✅ Join Wood’s upcoming webinar to learn about the most common challenges with implementing CCS and how to address them in your project.    Including insights from our experience of implementing CCS solutions for various industries around the world, this is an opportunity not to be missed.  ➡ Register now:   https://lnkd.in/d-tc7gGG 

🏭📈 Carbon capture is booming. In 2023, global projects increased tenfold to nearly 400, as industrial operators are upgrading their plants to stay compliant.  ⚠ However, failing to understand the challenges of this evolving sector can lead to design gaps, missed opportunities and operational risks.  ✅ Join Wood’s upcoming webinar to learn about the most common challenges with implementing CCS and how to address them in your project.    Including insights from our experience of implementing CCS solutions for various industries around the world, this is an opportunity not to be missed.  ➡ Register now:   https://lnkd.in/grax8F7K 

🏭📈 Carbon capture is booming. In 2023, global projects increased tenfold to nearly 400, as industrial operators are upgrading their plants to stay compliant.  ⚠ However, failing to understand the challenges of this evolving sector can lead to design gaps, missed opportunities and operational risks.  ✅ Join Wood’s upcoming webinar to learn about the most common challenges with implementing CCS and how to address them in your project.    Including insights from our experience of implementing CCS solutions for various industries around the world, this is an opportunity not to be missed.  ➡ Register now: https://lnkd.in/ePk3Kxx2 

🏭📈 Carbon capture is booming. In 2023, global projects increased tenfold to nearly 400, as industrial operators are upgrading their plants to stay compliant.  ⚠ However, failing to understand the challenges of this evolving sector can lead to design gaps, missed opportunities and operational risks.  ✅ Join Wood’s upcoming webinar to learn about the most common challenges with implementing CCS and how to address them in your project.    Including insights from our experience of implementing CCS solutions for various industries around the world, this is an opportunity not to be missed.  ➡ Register now: https://lnkd.in/ejBDEKqA