Petroleum Technology Transfer Council

PEOPLE AND CONNECTIONS
Shortening the Technology Application Life Cycle

Technology—The Engine That Drives O&G Production




Industry Highlight: Hart’s 2006 Meritorious Engineering Awards

Just some of the winners of Hart’s 2006 Meritorious Engineering Awards are listed below. Readers are encouraged to view them all to see just which technology might fit their application.

Exploration, Individual Equipment: Schlumberger’s QuickSilver Probe reduces time for obtaining uncontaminated formation fluid samples.

Subsurface Characterization, System: Halliburton’s Chi Modeling System generates accurate synthetic “triple-combo” openhole logs from cased-hole pulsed neutron capture (PNC) logs and triple-combo logs from an offset well.

Wellbore Construction, Individual Equipment: Reed Hycalog’s Raptor Thermostable PDC bit wears less in high temperatures. Among other things, this means higher RPMs can be used in abrasive formations.

Completions Individual, Equipment: Easywell’s Swellpacker, which has no moving parts, swells and seals the annulus around a pipe in cased and open holes.

Production Systems, Surface Controls for Intelligent Well: Baker Oil Tool’s InForce intelligent well system.

DOE Highlight: New Solicitation Focusing on CO2 Capture from
Power Plants


For many areas of the U.S., anthropogenic CO2 is the only viable option for CO2 flooding and capturing CO2 from power plants is a primary option, but technology needs further development. The aim of CO2 capture research is to produce a CO2-rich stream at pressure. The research is categorized into three pathways: postcombustion, pre-combustion, and oxyfuels. Part of DOE's R&D program is directed at "novel" system concepts that could provide a significant leap ahead. Qualifying technologies need to demonstrate at least 90% CO2 capture. Applications are sought in three areas of interest:

  • Breakthrough Approaches to Carbon Dioxide and Separation

  • Continued Development of Direct CO2 Capture and Separation

  • Field Testing of CO2 Capture and Separation Technologies

PTTC Highlight:  Distance Learning Module—Hydraulic Fracturing

PTTC's first video/slide distance learning module focuses on "Hydraulic Fracturing Module - A Focus on Tight Gas." PTTC captured presentations by 10 well-known industry leaders in a February 2006 workshop. Speakers addressed design and operational considerations, including post-treatment evaluation and lessons learned. Points were well illustrated with case studies and the service sector shared recent technologies being applied. Those attending learned how to build a mechanical earth model, how to make modeling work for them, how to get the treatment they designed "in the ground" and how to modify it on the fly for better results. Critically, participants learned how to monitor treatments so the next ones can be even better. These insights and knowledge are now available in three different formats:

  • Through online streaming

  • CD with video/slide presentations plus pdf files of slides

  • Notebooks (hardcopy of slides used in the presentations)

Trivia Question:  When and where was gas first commercially produced in Louisiana?

Trivia Answer: Natural gas was first commercially discovered in Louisiana when American Well Works, while drilling a 961-foot water well in Shreveport for the Shreveport Ice Plant, discovered gas. Gas was used to light the plant.