Posts tagged “Permian Basin”
Favorable Economics, the Permian, and Choices
In July, I wrote about the ramped up activity in the Permian Basin. The point of that story was to merely observe and document that period of time in the Basin. In the data offered over the course of several articles, the conclusion was clear: the U.S. is in the early period of another boom from U.S. production of oil, and Texas is largely the zone for the majority of the production capacity. While the Bakken Shale and the Eagle Ford receive numerous well-deserved headlines, exploration and production (E&P) firms were busy making new history in the Permian Basin.
The largest producer in the Permian Basin is Occidental Petroleum, also known as Oxy. This also makes the firm the largest producer in Texas. Pioneer Natural Resources, Apache and Kinder Morgan Production follow behind Oxy in Permian Basin production for 2012. According to the Energy Information Agency, in 2012 the U.S. imported approximately 10.6 million barrels of crude oil per day. The ratings agency Moody’s recently made an announcement about the impact of the “Permian revival” on exploration and production (E&P) firms. In their communication, they mention producers speculate that the full development of the Wolfcamp Shale could result in 2 million barrels a day — more than the 1970s peak for the entire basin. That is nearly 20% of U.S. daily imports. When might that happen? Hard to say.
Impacting Economics, Geopolitics and Markets
The U.S. is expected to spend about 8.5% of its GDP on energy in 2013. In 2008, when oil prices peaked, it was closing in on 10%. U.S. oil production provides a buffer to supply shocks — which happens frequently in the Middle East and North Africa, two key crude supply regions. In July 2013, disruptions to crude oil and liquids production were nearly 2.7 million barrels per day. Of the supply disruptions, 800,000 barrels were from non-OPEC nations and the other 1.9 million from OPEC, according to the U.S. Energy Information Administration (EIA). August is estimated at a 2.8 million shortfall.
The OPEC-related outages, which include Iran, Iraq, Libya and Nigeria, are considered to be the highest since early 2009. This has contributed to rising prices, from the year’s low of $97 in April to a high nearing $117 August 27th, after Syrian chemical weapons attacks followed on the heels of Egypt’s political turmoil. The causes of the outages in Libya were from labor disputes, while Iraq’s shortfalls originated from pipeline disruptions from violence; Iran’s woes stem partly from sanctions, and Nigerian oil challenges related generally to oil theft and infrastructure sabotage and degradation.
Jaunt Through West Texas Reveals Oil’s Revival
It was a 102 degree-hot, mid-July, typical summer day travelling on the road to West Texas; a nine-hour, high-speed journey made with numerous gasoline pit stops. Passing by Midland-Odessa, the commercial hub of the Permian Basin, was a stretch of energy mecca some 20 miles or more, filled to the brim on either side with oilfield services firms — transmission gear, pump equipment, fracking services, and other oil and gas-related businesses. Pumpjacks, also known as nodding donkeys, scattered across swathes of the expansive oilfields. Signs with “Home for Your Workforce” in Pecos and Odessa cropped up a couple of times. Workers, and their firms, are settling in for a boom which could last for many years to come, like the second boomlet in the 1970s and early ’80s that followed the Middle East oil crisis. Bust followed boom in Texas to the mid-1990s.
The scale of energy production in the Permian Basin looks mammoth. The Permian Basin produced more than 270 million barrels of oil in 2010, over 280 million barrels in 2011, and 312 million in 2012. In percentages, production increased 10% in 2011 and 35% in 2012. Texas’ oil production represents about 25% of the U.S. oil production, with the Permian housing 57% of Texas’ oil production, according to the Texas Railroad Commission.
Where there are higher prices or margins possible to justify accessible resources, production will follow. The ability to recover more oil, thanks to technological advances, which include multi-stage hydraulic fracturing, horizontal drilling and carbon dioxide injection, has reversed the declining U.S. production trend of 20-years prior.
Recycling and Reusing Becoming an Imperative
There is no greater example of the water-energy nexus than the juncture where water meets the hydraulic fracturing process, or fracking, of natural gas and oil. This nexus has created a public-private crossroads, with both sides attempting to further their goals. For legislating and rulemaking bodies, their goals revolve around protecting public safety and natural resources needed by society.
For energy firms, producing energy to meet demand in a profitable way is the target. Non-governmental organizations play a public advocacy role as well, sometimes positively and constructively and sometimes losing sight of their mission. Increasingly, the challenge is about producing energy in the most environmentally-friendly manner, using less water more efficiently and responsibly, and utilizing natural resources as if a sustainable imperative were upon us. It may well be.
Many believe that the effects of climate change will be felt through water — extremes of floods and droughts, rising sea levels, and warming oceans, to name a few challenges. Whether viewing the water-energy nexus through the lens of climate change or resource sustainability, the impact of energy development on water resources has reached an inflection point.