Cairo, Egypt – July 2025 – ESP Ltd., an Edgo company and the exclusive technology partner of Baker Hughes in Libya, recently concluded a dedicated four-day workshop in Cairo focused on advanced Electrical Submersible Pump (ESP) systems and optimization strategies. The event brought together professionals from Libya’s oil and gas sector for an in-depth, hands-on exploration of artificial lift technologies, and their operational impact.
Designed to strengthen technical capabilities and improve field performance, the workshop covered essential aspects of ESP systems, including topside equipment, permanent magnet motor technology and FusionPro, rigless ESP applications, and fluid property considerations in ESP design. Participants also engaged in sessions on variable speed drive setup and diagnostics, advanced AutographPC software training, and live demonstrations of tandem and parallel pumping configurations.
Through interactive sessions, practical simulations, and expert-led discussions, the workshop provided an ideal environment for knowledge exchange, operational alignment, and professional development. Attendees had the opportunity to work directly with technical experts from ESP Ltd. and Baker Hughes, gaining valuable insights into real-world applications and troubleshooting techniques.
The workshop received highly positive feedback from participants, who praised the technical depth, interactive format, and the quality of the presenters. Many highlighted the relevance of the content and productive engagement with field experts as key strengths.
ESP Ltd. extends its appreciation to all attendees for their active participation and to Baker Hughes for its continued technical collaboration and field support. The workshop reaffirmed the trust placed in ESP Ltd. by clients across Libya’s energy sector and underscored the company’s role as a reliable technical partner. Through its ongoing commitment to high-performance artificial lift solutions, ESP Ltd. continues to support operators in enhancing system performance and minimizing operational risk in a constantly evolving field environment.