Event key details
Norris Conference Center, 816 Town & Country Blvd. #210, Houston, TX
12th August 2025
11:30am
- 1:00pm
With an emphasis on case studies, this bite-size event consistently provides members and their guests with a look at the latest and greatest that the industry has achieved.
The winner of the 2025 Intervention Technology Award AND the 2025 Curtis Blount Outstanding Paper is TechnipFMC for its Riserless Coiled Tubing Technology!
Revolutionizing Subsea Well Intervention with Riserless Coiled Tubing
Riserless Coiled Tubing (RLCT) is a groundbreaking advancement in subsea well intervention, eliminating the need for riser-based systems and significantly reducing cost, complexity, and environmental impact. Successfully deployed in the UK in 2024, RLCT enables seamless switching between wireline, slickline, and coiled tubing, enhancing operational efficiency. It improves safety by eliminating the tensioned frame, reducing risks to personnel and equipment while minimizing forces on the wellhead. RLCT also enhances plug and abandonment (P&A) operations by allowing precise fluid circulation and cement placement. With lower fuel consumption, reduced personnel, and faster execution, RLCT is transforming subsea interventions into safer, more efficient, and cost-effective operations.
About our Speaker
Travis Stinson is an experienced engineering leader with over 23 years in the subsea oilfield industry, specializing in engineering, leadership, commercial strategy, and team development. Currently serving as Engineering Director at TechnipFMC, he oversees the Well & Flow Control engineering organization, managing product development, performance, and lifecycle engineering. Travis has held key roles at FMC Technologies, where he led subsea tooling design and construction and managed multidisciplinary teams. A Principal Technical Expert for Well Interventions, he has a strong customer-focused approach and a proven track record in driving innovation, operational efficiency, and team growth. Travis holds a Bachelor's degree in Mechanical Engineering from Texas A&M University.