Study: $546 Billion Needed in Gas/Oil/NGL Infrastructure by 2035!
Forget about drilling, infrastructure is where it’s at baby! That’s our words summarizing a new study just released by the Interstate Natural Gas Association of America (INGAA). The new study, titled “North American Midstream Infrastructure Through 2035: Leaning into the Headwinds” (full copy below) says the U.S. and Canada need to invest $546 billion (real 2015$) total over the 21-year period from 2015 to 2035–or $26 billion per year–in natural gas, crude oil and natural gas liquids infrastructure. Natural gas infrastructure includes “gathering and transmission pipelines, compressors, laterals, gas-lease equipment, processing, gas storage and liquefied natural gas export facilities” (NGI). Our tongue-in-cheek opening statement isn’t completely true. You need drilling or sooner or later you have no gas to flow through the infrastructure. However, for the time being, investors (and engineers and construction firms, etc.) need to pay attention to infrastructure buildout…
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The International Gas Union (IGU) released their “2016 World LNG Report” at the LNG18 conference yesterday taking place in Perth, Australia. The report (we have a full copy below) shows global LNG, or liquefied natural gas, is set to grow. It will play an increasingly important role in the world’s energy mix. In addition to giving a great overview of the worldwide LNG industry, the report contains some really cool appendices, including a list of active liquefaction (i.e. export) plants, a list of export plants under construction, a list of receiving terminals (and terminals under construction), and a list of LNG ships that cart it from point A to point B. LNG, as we’ve said a number of times, will be an important market for Marcellus/Utica drillers. We look at this report like “everything you wanted to know about LNG”…
In an interview on CNBC, Chevron chairman and CEO John Watson said some interesting things. Among them: Watson believes the oil markets will “balance out” (price/production-wise) in the “coming months.” He also spoke about the prospects for LNG, saying it’s “maturing” and we are entering “a new phase”…
Rex Energy has stepped up to be the second Marcellus/Utica driller to cut a deal using the Mariner East pipeline to ship ethane, propane and (eventually) butane from western PA to the Marcus Hook refinery in Philadelphia, and from there load it onto ships heading to (in this case) Europe. Range Resources was the first driller to use Sunoco Logistics Partners’ Mariner East pipeline to send ethane to Marcus Hook and on to exporting (see
Yesterday MDN’s favorite government agency, the U.S. Energy Information Administration (EIA), issued our favorite monthly report–the Drilling Productivity Report (DPR). The DPR is the EIA’s best guess, based on expert data crunchers, as to how much each of the U.S.’s seven major shale plays will produce for both oil and natural gas in the coming month. First interesting observation about the report just issued: The rate of production decline in the Marcellus has gone down. That is, although the Marcellus is predicted to produce less shale gas in May than it will in April, the amount of less production has decreased–meaning we may be close to equilibrium where the Marcellus produces around the same amount of gas each month, month after month. Second interesting observation: Utica natgas production has continued to grow each month while the other six plays have declined in production each month. The EIA is predicting that in May the Utica will not grow by much–just 1 million cubic feet per day of additional production. Essentially, Utica production of natgas is now flat month over month. Will it also go in the red when the next monthly report comes out?…
Last week MDN updated you on progress (or lack thereof) for Marathon’s Cornerstone Pipeline project–a 50-mile liquids pipeline connecting several processing plants in Ohio to Marathon’s refinery in Canton (see
On May 18, the Ben Franklin Shale Gas Innovation & Commercialization Center (SGICC) will announce four $20,000 winners of this year’s Shale Gas Innovation Contest. In addition to showcasing the 12 finalists, this year’s event will also feature a Poster Contest highlighting research underway related to the oil and gas sector–from four major regional research universities. Below we have the list of all 12 finalists with a description of their qualifying technologies. Among the list is one of our favorite companies, HalenHardy, a previous winner of another SGICC award for Shale Gas Environmental, Health, & Safety (see
Not long ago researchers at the University of Cincinnati that found fracking in Carroll County, OH taking place near water wells did not affect those wells (see 
We don’t have to tell you it’s bad out there in the oil and gas patch. Hundreds of thousands of jobs have disappeared in the last year or so. Many workers are on unemployment. Some have transitioned to other jobs within the oil and gas industry–many to other industries completely. But there’s one guy–a former roughneck–who has transitioned to a job we never imagined. He creates Art Deco pieces by welding old machinery and leftover whatever together–into things like tables. Apparently he makes enough money from it to pay the bills, including the salary of one employee. He does admit, however, that he’s biding his time until the o&g industry turns around again. Meet a unique 50-something guy in Ohio who went from roughneck to artist…
CPA/consulting firm HBK (Hill, Barth & King) is fresh out with their 2016 Energy Assessment–an analysis of energy trends, opportunities, challenges and risks. In the assessment (full copy below) HBK Energy Advisors (a division of HBK) weighs in on issues like Obama’s odious Clean Power Plan, renewable energy, LNG and more. Of particular interest to MDN is a series of predictions made not in the official assessment, but in an accompanying blog post on the HBK website. The analysts make a series of predictions for Pennsylvania, Ohio, New Jersey and Florida. The first prediction for Ohio is that pipeline work in the Buckeye State will increase, mostly due to the NEXUS pipeline. Which we find interesting. Just last week we told you an analyst from Wood Mackenzie predicted the NEXUS won’t get built (see
Last Thursday MDN brought you the news that the Dept. of Justice has decided to try to block the merger/buyout of oilfield services company Baker Hughes by bigger oilfield services company Halliburton (see
MDN spotted a fascinating story in NGI’s Shale Daily publication about what may be a new trend developing in the Utica Shale. It all concerns interlateral well spacing. What the heck is that? When you drill a shale well, like a Utica well, you can drill down from a single location (i.e. well pad) multiple times and when you turn the drill bit horizontally, you drill an entirely new well. So each well pad contains, typically, anywhere from 2-12 underground wells. Each horizontal well underground is called a lateral. When you drill a lateral, you frack it–using small explosive charges to crack the rock apart near the lateral, injecting water with sand into the cracks. The water drains out, the sand remains “propping open” the cracks to allow natural gas (or oil, or NGLs) to drain out of the cracks, into the well and up the borehole to the surface. In the past few years most drillers have found putting the laterals about 750 feet apart keeps them far enough apart that the cracks from one well don’t interfere with the cracks from another well (see image below). Ideally you want the laterals to be far enough away that they don’t drain any gas from the next lateral–but close enough that you’re not leaving undrained rock in between. That distance in the Marcellus/Utica seems to be around 750 feet. But Rice Energy and Gulfport Energy, two major players in the Utica, are moving back to 1,000 foot spacing between their laterals. Why?…