Calgary Branch Luncheon – Alberta’s Electricity Future
Where Fairmont Palliser Hotel 133 9 Avenue SW
Calgary Time 11:15 a.m. – Registration
11:45 a.m. – Luncheon Speaker Wayne Stensby, P.Eng. Managing Director, Electricity ATCO Ltd. Cost $50 – Members & Guests
$25 – Students
$15 – ASAP As we phase out coal and integrate renewables into the generation mix, the Alberta electricity industry is at a turning point. What will replace our coal assets? What are the opportunities, risks and costs for new generation including renewable
Reservoir and Production Technical Panel (Beer & Chat)
TECHNICAL Panel Presentation- Reservoir and Production
Calgary Petroleum Club
Wednesday, December 7, 2016
3:00 - Registration 3:30 - 5:30pm - Program and Networking “Doing More with Less” Times are tough right now for thermal producers. Yet it is times like these that provide leaders with unique opportunities to innovate and drive the industry as a whole to higher levels of efficiency. As Winston Churchill once said, “Never let a good crisis go to waste.” This talk wil
The Role of Innovation in Navigating the Challenges and Finding Opportunities in Oil Sands
Date: Tuesday, 13 December 2016
Speaker: Cal Broder
Location: Calgary Petroleum Club
Time: 11:30 - 1:00 pm
Cost: $45 SPE Members, $55 Non-members, $15 Students Innovation is increasingly being regarded as the foundation needed for non-renewable energy development, and even perhaps its future existence. Alberta has a very unique crude oil; it’s a solid at room temperature in its native form. Industry has chosen to make it a liquid to conform to what a crude oil is thought
Statistical Approach to Forecasting Gas-Oil Ratios & Solution Gas Production for Shale Oil Reser
Date: Tuesday, 6 December 2016
Speaker: Dr. John Lee, Ph.D.
Energy Navigator
Location: Calgary Petroleum Club
Time: 11:30 - 1:00 pm
Cost: $45 SPE Members, $55 Non-members, $15 Students This presentation will discuss a novel method of forecasting oil and gas production from liquid-rich (volatile oil) shale reservoirs using a statistical technique, “Principal Components Methodology (PCM).” In our study, we simulated production of fluids with different compositions for 30 ye