Petroleum Technology Transfer Council

PEOPLE AND CONNECTIONS
Shortening the Technology Application Life Cycle

Technology—The Engine That Drives O&G Production




NOVEMBER 02, 2006

Industry Highlight: Controlled Source Electromagnetic (CSEM) Imaging Reducing Offshore Exploration Risk
CSEM imaging offers exploration companies working offshore the opportunity to distinguish between water-filled and hydrocarbon-filled formations, as well as to determine the size and extent. Originally limited to depths of around a 1,000 feet, commercial seabed logging surveys have now been completed in significantly less water depths. Once the domain of majors, midsize and junior exploration companies are now applying the technology to reduce offshore exploration risk. (Excerpted from "Controlled source electromagnetic imaging," Oil and Gas Journal, Oct. 2, 2006, pp. 33-36). Electromagnetic Geoservices AS (emgs) won  a 2006 Hart's E&P Meritorious Engineering Award in the "exploration system" category for its seabed logging survey method.

DOE Highlight: Progress Reported in Various DOE-Supported Technology Development Projects

PTTC Highlight: PTTC's Move to Industry Funding
Our recent newsletter, PTTC Network News, alerted industry to PTTC's move to industry funding. Its been an exciting project defining services and benefits to effectively serve both producers and vendors/service sector of all sizes. We're now there—come see the membership structure we've created, how you or your company can fit in, and make that commitment to do your part.

Trivia Question: In what year was the first prototype of the now familiar counterbalanced oilfield pump jack first developed?

Trivia Answer: In 1925 Walter Trout, who worked for Lufkin Foundry & Machinery, sketched out the counterbalanced oilfield pumpjack. Before the end of the year, the prototype was installed and working near Hull, Texas, in a Humble Oil Co. field. (Courtesy of The American Oil and Gas Historical Society, September 2006 Petroleum Age Newsletter). Would that technologies today could be so quickly tested in the field.