New Director of WVU Energy Institute Lays Out His Vision
Brian Anderson has done important work as director of the West Virginia University (WVU) Energy Institute–working on a number of shale-related research projects. Anderson was recently tapped to become director of U.S. Department of Energy’s National Energy Technology Laboratory (NETL), where he will do equally important work. James Wood has been named as Anderson’s replacement at the Institute. Wood recently outlined his priorities. While Wood digs “clean energy research,” he remains committed to promoting projects like the NGL storage hub. Here’s Wood’s comments on what to expect from the WVU Energy Institute under his leadership.
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Does the oil and gas industry in New York State even matter anymore? Well, yes, it does! It employs a number of people and produces oil and gas to feed our economy. Although Andrew Cuomo has single-handedly sentenced upstate residents to generational poverty by denying them the opportunity to allow shale drilling, there is a rich history of conventional drilling for oil and gas in the state. But now, even the conventional industry is under assault and attack by Cuomo and his lackeys at the Dept. of Environmental Conservation (DEC). How? The DEC has unveiled what IOGA of NY calls “devastating proposed air regulations”–regulations that will shut down many o&g operators in the Empire State. IOGA calls it a “regulatory assault.” We call New York State the Empire Crumbling State.
The annual Black & Veatch “Strategic Directions: Natural Gas Report” (full copy below) explores the complexities and market dynamics impacting today’s natural gas landscape. As the world continues to invest in the adoption of so-called renewable energy options, the outlook for natural gas has never been more positive. You read that right! More renewables = more investment in natural gas. Shifts in the global energy market are influencing gas production and transportation, altering the volume of supply. Developers, who know a good opportunity when they see it, are investing heavily in liquefied natural gas (LNG) and liquefaction capacity. But more infrastructure and pipeline capacity will be needed to continue to support the growth in LNG, especially as Asian markets continue to migrate away from coal in an effort to meet environmental goals. This report explores how complex geopolitics will impact upstream, midstream and downstream operations, while global forces reshape the industry across the board.
Residents of Virginia have benefited in a major way from an abundance of cheap, clean-burning shale gas. How much benefit? Try $11 billion of money went directly into the pockets of Virginia residents and businesses over the past 10 years thanks to low-priced natural gas–fracked gas, coming from the Marcellus/Utica. Industry group Consumer Energy Alliance (CEA) has just published a new report that shares the good news (full copy below). You may recall not long ago CEA published a similar study for Pennsylvania (see 
We’re speechless–and that doesn’t happen often. The U.S. Energy Information Administration’s (EIA) monthly “Drilling Productivity Report” (DPR) said that in October the country’s seven major shale plays would produce an amazing, all-time high of 73 billion cubic feet per day (Bcf/d) of natural gas production (see 
Each year the International Energy Agency (IEA) issues a special 
Trout Unlimited (TU), previously outed as an anti-fracking organization (see 
Eni, an Italian oil and gas company (11th largest in the world), recently issued Volume 2 of its annual Global Energy Outlook. It’s titled “World Gas and Renewables Review” (full copy below) and it’s full of interesting statistics about natural gas and the U.S.’s role in producing it. For example, when it comes to estimated reserves–how much natural gas is in the ground that we might conceivably be able to extract–Russia, Iran, Qatar and Turkmenistan (!) all have more natural gas reserves than the U.S. We’re #5 down the list, after Turkmenistan. And yet, when it comes to production, the U.S. is #1. The difference is, of course, fracking.
We spotted an intriguing editorial in the Williamsport Sun-Gazette. It quotes a study by “an independent, market-based think tank” with some phenomenal findings. If you invest $1 million in solar, over a 30-year period you’ll get around 25 million kilowatt hours of electricity. If you invest that same $1 million in wind, you’ll get 50 million kilowatt hours over a 30-year period. But if you invest the same $1 million in natural gas-fired electric generation (cost to extract the gas, etc.), you’ll get 400 million kilowatt hours of electricity over 30 years! Natgas yields 8 times as much electricity per dollar as wind, and 16 times as much as solar.
PJM is the largest electric grid operator in the U.S. It serves 65 million people in 13 states plus the District of Columbia (including PA, OH, and WV). Last week PJM released a summary of findings for a report that evaluates PJM’s “resiliency”–ability to deliver electricity even under adverse conditions and heavy loads. Know what they found? PJM is reliable and can withstand periods of highly “stressed” conditions, including the phaseout of more coal-fired power plants. PJM, perhaps more than any other grid, relies increasingly on natural gas. The study shows reliance on Marcellus/Utica natgas is solid, contrary to the what scaremongers claim. There is no reason to worry.
What’s the best, most efficient way to produce electricity? The winner, hands down, is natural gas. That’s according to a recent report from the Manhattan Institute titled “The Real Fuel of the Future: Natural Gas” (full copy below). The report indicates that dollar-for-dollar, investment in natural gas generates 16 times the amount of power as solar panels, and eight times the amount of windmills. Tell us again how superior wind and solar are!
MDN told you in July that Philadelphia antis were paying $50,000 to a “consultant” to produce a faux report that will say the Mariner East 2 (ME2) natural gas liquids pipeline is dangerous, a nightmare waiting to happen (see