Key engineering and delivery considerations for successful carbon capture projects

Unlocking the power of front-end engineering and design (FEED): How the FEED phase enables Final Investment Decision (FID) commitments

31

October

  • 3PM London / 11AM New York
  • Free

Why attend?

Carbon capture technologies are vital to reach net zero and decarbonize heavy industries. The scale of the net zero challenge is huge, and accelerating the deployment of these technologies is essential. For many key industries, understanding how to effectively design and implement carbon capture projects is vital.

The complexity of carbon capture projects, particularly those that are first of a kind (FOAK), requires careful planning, early engineering, and significant financial investment. The front-end engineering design (FEED) phase is especially critical, as it lays the foundation for project success, de-risks investments, and drives informed Final Investment Decision (FID) commitments.

This exclusive webinar will explore how the FEED phase is pivotal in steering carbon capture projects from concept to reality. Gain insights from experts at Worley, who have navigated the complexities of first of a kind (FOAK) carbon capture projects worldwide. Discover how FEED can identify technical and economic uncertainties, mitigate risks, streamline operations, and enable FID commitments.

Key learnings:

 

  • Navigating FOAK project challenges: Understand unique FOAK carbon capture project challenges and strategies to address them.
  • The role of FEED in achieving FID commitments: Explore the critical role that a well-executed FEED phase plays in enabling Financial Investment Decision (FID) commitments.
  • Examples of projects: real-world examples of carbon capture projects led by Worley.

Speakers

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Dr. Maryam MKhani
Director, CCUS Technology Integration, Worley

Dr. Maryam MKhani is a registered professional engineer with 25 years of research, concept, technology and business development expertise in sustainable process technology at energy companies and energy-intensive industry, start-ups, and academia. She has diverse carbon capture experience both in Direct Air Capture and point source CO2 capture technology development, technology scouting, evaluation and implementation across multiple industrial sectors with both commercial and emerging/ leading-edge technologies. In her current role as Director at Worley, Maryam is working on technical and commercial aspects of CCUS portfolio to integrate innovative solutions across the value chain. She also holds an Adjunct Assistant Professor appointment at Schulich School of Engineering, University of Calgary, where she contributes to teaching graduate courses such as CO2-capture – Science, Engineering and Society.

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Peter Hunszinger
Project Director, CCUS, Worley

Peter Hunszinger is a registered professional engineer with over 35 years of project management and engineering expertise including leadership roles at Chevron and Worley. He has 20 years of sustainable fuels and carbon capture project experience. Peter is Worley’s Global CCUS Project Delivery Lead. In this role he leads the activities of Worley’s CCUS Communities of Excellence to further grow Worley’s technical capabilities and capacities covering the complete CCUS value chain. Peter has strong values in reducing the cost and risk of CCUS projects to accelerate their implementation.

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