This blog previously addressed the serious issues presented with the use of water by the oil and gas industry , especially where the water is used for drilling and fracing in drought affected states. It has become an especially pronounced issue in the western states, like Texas, that have both significant oil and gas reserves and a limited water supply. A report from Wood Mackenzie Ltd., using data and analysis from the World Resources Institute (WRI) and published late last year, determined that almost all forms of energy production and power generation are dependent on water, although the impact differs depending on type of energy being produced and the location. The report indicated that the oil and gas industry is expected to use technology to mitigate water-related risks as water supplies become more scarce. The report found that some companies are able to mitigate some water risks by understanding their specific water requirements, identifying the water risk involved and developing a clean water strategy.
The World Resources Institute publishes an Aqueduct Risk Atlas which surveys water risk in the most active energy producing regions of the world. Among the regions found to have the highest water risk were U.S. shale gas plays, coal production (particularly in China), and crude oil production in the Middle East. In the U.S., more than half of the shale plays and gas reserves are in areas of mid to high-level water stress, where the oil and gas industry must compete with agriculture and other industries for water. This is true in Texas for the Eagle Ford Shale play.
The Wood Mackenzie report noted however that hydraulic fracturing requires large amounts of water only for a short period of time, and the rest of the time individual wells do not require a high volume of water. This means that shale gas drillers actually use a smaller percentage of water than many other industries. Still, the report notes, “These short but intense demands add up and can threaten to displace other water users. Over time, freshwater availability in shale development areas could decline as demand from homes and farms starts competing with hydraulic fracturing operations.”



Chief Justice Roberts reversed the lower courts’ rulings. The Supreme Court’s majority opinion found that the right-of-way was terminated at the time of the abandonment, and that the Brandts owned the property. The Court found that the language, legislative history, and subsequent administrative interpretation of the 1875 Act supported this decision. The Court cited