Showing posts with label HOUSTON. Show all posts
Showing posts with label HOUSTON. Show all posts

Tuesday, March 27, 2012

Houston college, university programs give students an edge into industry

http://www.drillingcontractor.org/wp-content/uploads/2012/03/IADC-LoneStar-v2.flv http://www.drillingcontractor.org/wp-content/uploads/2012/03/video-uh.flv

In the mecca of the oil and gas industry, Houston-area college and university programs are giving students a leg up into the industry, from field services to petroleum engineering. As the industry continues to expand, these institutions recognize the demand and opportunity to provide an educational background that leads to a career in the realm of oil and gas.


Companies have actively recruited graduates of Lone Star College’s drilling program, which began in January 2011. In one semester (16 weeks), students, who include veterans and professionals of other industries, can graduate with a marketable skills award certificate, which makes them a top candidate to local service companies. For more information on Lone Star College’s program, click here.


One of only a few programs in the US, the undergraduate petroleum engineering program at the University of Houston has received support from industry and has worked with companies to provide students with internships through their college career. The program, which began in fall 2009, was developed in response to the industry’s need for more engineers. For more information on the University of Houston’s program, click here.


In these videos, DC editorial coordinators Joanne Liou and Katherine Scott provide an overview of these programs being offered at Lone Star College and the University of Houston.


View the original article here

Thursday, March 22, 2012

HOUSTON, TEXAS – Oct. 31, 2011 - WellLink 3D

HOUSTON, TEXAS – Nov. 4, 2011 – Turning wellbore-related data into real-time imagery for enhanced well planning and optimization, directional drilling and reservoir navigation is now part of Baker Hughes’ digital oilfield offerings through its WellLink™ 3D visualization service.


“Our customers can now see a real-time synopsis of their drilling environment, including Earth models and tool diameters,” says Scott Schmidt, Baker Hughes’ President of Drilling and Evaluation. “Well data is now viewable within its geologic context allowing operators to make real-time corrections of well trajectory and drilling parameters, effectively optimizing wellbore placement and maximizing reservoir contact.”


Powered by the CoViz® platform from Dynamic Graphics Inc., the WellLink 3D visualization service provides a single, integrated 3D visualization and decision support solution that leverages the industry-standard protocol, WITSML. The ability to connect directly to other WITSML data sources enables operators to visualize both off-line and real-time datasets through a vendor-neutral, shared display.


“Data using many curves can be rendered as a single, clear and easy-to-understand symbol,” Schmidt adds. “Objects such as Earth models, well trajectory, logs and reservoir models can all be integrated and viewed in a collaborative environment. It truly is an exciting and user-friendly tool that will facilitate discussions and decision-making, especially between those at a rig site and others who may be providing input from remote locations.”


Baker Hughes’ WellLink 3D visualization service:

Improves the understanding of real-time measurements by displaying them in geologic context.Minimizes risk through better understanding of the formation and its relationship with the wellbore.Provides better understanding of available space between offset well paths and the planned or actual well path for optimal anti-collision planning.

To learn more about the Baker Hughes WellLink 3D visualization service, visit our website at www.bakerhughes.com.


# # #


About Baker Hughes
Baker Hughes provides reservoir consulting, drilling, pressure pumping, formation evaluation, completion and production products and services to the worldwide oil and gas industry.


View the original article here