Tight Oil Water Management 2011 Bakken, Niobrara, Eagle Ford & Permian (TOWM)
Venue: Marriott City Centre Hotel
|Event Date/Time: Oct 25, 2011||End Date/Time: Oct 26, 2011|
|Registration Date: Oct 20, 2011|
|Early Registration Date: Aug 19, 2011|
...ensuring that there is sufficient water available for operations in the Bakken, Niobrara, Permian and Eagle Ford Tight Oil Plays, it is essential that operators are able to evaluate leading strategies and cutting edge technologies for sourcing, transporting, reusing and disposing water for hydraulic fracturing.
As fresh water supplies are becoming scarce and unpredictable, misconceptions about water usage in the Bakken, Niobrara, Permian and Eagle Ford continue to grow. It is only by bringing together a cost per barrel analysis of the latest re-use technologies and the leading cost and time efficient water handling strategies that the industry can truly maximize fresh water supplies.
Tight Oil Water Management 2011 is a one of a kind initiative and Americaâ€™s only summit dedicated to bringing together the leading experts in the unconventional oil industry to find solutions to the water management challenges operators are facing. This congress will see VPs, Directors and experts from the Bakken, Niobrara, Permian and Eagle Ford to collate their knowledge and collectively develop cutting edge strategies on a cost per barrel basis for optimizing water resources in North American tight oil plays.
RE-USE STRATEGIES: Establishing a cutting edge strategy for cost-effectively utilizing frac water at every stage of the hydraulic fracturing process
RE-USE TECHNOLOGIES: Investigating the very latest treatment technologies in relation to operational effectiveness and cost efficiency
WATER QUALITY: Understanding how frac fluid composition and water quality affect the frac and examining methods to eliminate scaling risk
DISPOSAL: Examining the availability of water disposal facilities relative to water quality requirements to determine cost-feasibility
WATER TRANSPORT: Evaluating the most cost-effective infrastructure options for transporting frac water to reduce trucking