A close-up shot of a cylindrical metal WAB with parallel grooves running along its length.

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Discover flexible solutions for your next well project

Effective MSS fracking using novel MEP solution

Maximizing efficiency and control in multistage fracking requires reliable zonal isolation, minimal intervention, and robust tool performance under extreme downhole conditions. 

Engineered for high-pressure environments, the MEP offers metal-to-metal sealing without relying on elastomers, making it ideal for challenging temperature and chemical conditions. This session explores how the MEP system enhances stimulation precision, reduces well complexity, and delivers long-term reliability across various reservoir types.

Through detailed technical insights and field-proven case studies, attendees will gain a clear understanding of how the MEP solution is reshaping modern fracturing strategies by enabling effective zonal isolation, reduced risk of screen-outs, and improved stimulation efficiency.

Webcast Agenda:

  • Multistage stimulation challenges in today's wells
  • Introduction to the Metal Expandable Packer (MEP) solution
  • Advantages of metal-to-metal sealing in fracking operations
  • Deployment strategies in both cased-hole and open-hole environments
  • Field case studies demonstrating performance in unconventional plays
  • Long-term reliability and lifecycle cost benefits of the MEP system

Who Should Attend:

This session is designed for completion engineers, production technologists, and well integrity professionals seeking a next-generation solution for efficient multistage completions. Whether you're planning new wells or optimizing workovers, the MEP system offers a high-integrity, modular approach to zonal isolation and stimulation access — without the limitations of traditional packer systems.

Petter Lønning, Sales Director

Presenter


With over 15 years of experience in well construction, multi-zone lower completions, and product development, Petter brings extensive expertise and insight to the table. Based in Scandinavia, he contributes valuable input during the well planning phase, focusing on smart, flexible, and efficient solutions.