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Spotlight On Unconventional Resources
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Shale Gas Water Treatment Strategies
By Veolia Water Solutions & Technologies
The market-changing growth of shale gas production in recent years has resulted in the emergence of pressing environmental and water management challenges. Treating large quantities of water used in the hydraulic fracturing process is a major concern for operators.
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Hydraulic Fracturing Water Analysis Video
Offering on-site results in an easy-to-use, rugged, portable lab, Hach's Hydraulic Fracturing Water Analysis Kit covers parameters critical to water analysis in oil and gas applications, including source water, fracturing fluid, produced water, flowback water, water treatment, drilling fluids, and enhanced oil recovery.
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Pressure Activation Technology For Downhole Applications
By Fike Corporation
A common problem in oil and gas drilling, completion, and production is the failure of proper activation on downhole tools. These failures can result in lost productivity, safety issues, and significant cost to fix the problem. As wells continue to be drilled deeper, encountering higher pressures and temperatures, it is more critical than ever for correct tool activation.
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Porous Media: Produced Water Case Study
By Pentair Porous Media
Pentair Porous Media has worked with a major global oil and gas producer to optimize the performance of the filtration and separation at their United States mid-continent operations located in the Wind River Basin of Central Wyoming.
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Downloads
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Measurement Solutions For The Petroleum Industry |
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In QC applications, prior to the refining process, a spectroscopic analysis with AAS or ICP-AES provides fast results for trace metals in crude oils. |
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Type A2 Pressure Transmitter Datasheet |
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Designed for heavy industrial and hazardous location applications, the new Ashcroft A2 pressure transmitter is a durable instrument that provides considerable specification flexibility in terms of performance, construction, and optional features. |
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CAM-PCP Progressing Cavity Pumps Brochure |
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The two main components of downhole progressing cavity pumps are a rotor and stator. The rotor is machined typically from alloy steel in the form of a single helix, and is coated with chrome or another corrosion-resistant plating. |
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