U.S. Chamber of Commerce link

Energy Blog

Sean Hackbarth  Ty Wright/Bloomberg.Drilling pipes stacked at a hydraulic fracturing site atop the Marcellus shale rock formation in Pennsylvania. Photographer: Ty Wright/Bloomberg.


Over 50 years ago, Leonard Read wrote a short story, "I, Pencil," that explains how no one person on earth has the capability of making a pencil all by himself. The late Nobel Prize-winning economist, Milton Friedman, popularized the story in his PBS television series, Free to Choose.

Just as no one person can make something as basic as a pencil, no one person or company can get oil or natural gas out of shale rock. It takes hosts of people and companies working together to make the materials and equipment and provide the services needed for shale development.

How many people exactly?

A report produced by IHS for the Energy Equipment and Infrastructure Alliance finds that in 2012, 524,000 people worked in the supply chain industries that support shale energy development, and they earned over $41 billion in earnings. IHS expects the number of jobs in these industries to grow to 757,000 with earnings reaching almost $60 billion by 2025.

The chart below gives you a sense of how extensive the supply chain network is that supports shale energy from when it comes out of the ground (upstream) to when it's delivered to a consumer (downstream).

Shale energy development supply chain chart made by IHS.Shale energy development supply chain chart made by IHS. Materials

A lot of materials go into building an oil or natural gas well where horizontal drilling and hydraulic fracturing are performed (pipe, cement, sand). In addition, constructing pipelines and infrastructure needed to transport and store the energy require steel, cement, and other materials.

Capital Goods

Equipment like cranes, trucks, drilling rigs, pumps, and welding equipment are used to construct wells, pipelines, and other infrastructure.

Here’s one example:

[T]hroughout the upstream and midstream sectors, earth-moving construction machinery is necessary to excavate impoundment ponds, prepare access roads, dig pipeline trenches, and prepare the site of a natural gas processing plant. Thus while the original equipment manufacturers benefit from unconventional  development, so do the steel plate producers, metal fabricators, and machine tool shops that create the inputs for finished machinery that end up on upstream and midstream worksites.

Construction and Well Services

For oil and natural gas wells, workers prepare well pads, drill deep into the ground, and construct the wells. For infrastructure, workers build pipelines, pump stations (for oil), and compressor stations (for natural gas), refining and export facilities, as well as roads and other public infrastructure.

Professional Services

A host of professional services are needed: Civil and environmental engineering; waste disposal; land and right-of-way services; accounting; insurance; etc.

Logistics

Until someone invents a Star Trek-like transporter that makes materials magically appear someplace, shale energy development depends on trucks and rail to move pipe, equipment, sand, and water.

An American Petroleum Institute survey lists more than 30,000 companies in every state and the District of Columbia that support oil and natural gas development. As the shale energy boom continues, job creation will also.

Follow Sean Hackbarth on Twitter at @seanhackbarth and the U.S. Chamber at @uschamber.

Subscribe to stay informed and connected.

Sean Hackbarth Electric meter from Nashville Electric Service.Photographer: Casey Fleser. Licensed under a Creative Commons Attribution 2.0 Generic license.


Peter Roff, a senior fellow at Frontiers of Freedom, writes in the Washington Examiner about EPA’s proposed carbon regulations and the effects of driving coal use into oblivion:

The proposed EPA regulations behind all this will change the system of power generation in fundamental ways; by the agency’s own estimates, nationwide electricity prices will increase 6 or 7 percent, in some cases as much as 12 percent.

Closing down coal-fired utility plants will drive up consumer costs because there isn’t a way to replace the base power load these plants generate. Consequently, ratepayers can expect sharp increases in their monthly bills and must prepare for the eventual reality that there may not be enough energy available on the grid to permit Americans to heat and cool their homes, power their businesses, or drive the manufacturing renaissance many business economists expect over the next five years.

Higher energy costs will mean added financial stress and increased energy insecurity for many Americans, concludes two Senators on the Energy and Natural Resources Committee. Senators Lisa Murkowski (R-AK) and Tim Scott (R-SC ) write:

Even in the land of energy plenty, however, too many Americans suffer from energy insecurity; they cannot afford the energy required to heat or cool their homes or secure other basic needs such as refrigeration.

The report finds, “Almost three million households or 7 million people will enter energy insecurity across the country if household energy costs increase by 10 percent.” And if home energy costs increase by 10%, “more than 300,000 additional households with over 840,000 Americans would be pushed below the poverty line.”

As a result, higher energy prices “often crowd-out or eliminate other household essentials including food, clothing, medical care, and education.” In addition, those enduring energy insecurity are more likely to pay to increase their personal debt and more likely to be late on bill payments.

Earlier this year, the Energy Department predicted that retail power prices will rise by 4% in 2014 and rise by 13% by 2020. Some of this is due to federal regulations. Imagine if EPA's proposed carbon regulations go into effect and push coal out of America's energy mix? Reduced energy diversity will mean higher electricity costs.

To mitigate the impacts of energy cost increases on Americans’ energy security, Murkowski and Scott recommend “encouraging—or at least not actively disadvantaging—the supply of low-cost sources of electricity and heating fuels, and taking steps to minimize cost increases arising from emerging energy resources.”

A good start would be for EPA to abandon its costly and ineffective proposed carbon regulations. Dan Byers, senior director for policy at the U.S. Chamber of Commerce's Institute for 21st Century Energy, told the Platts’ Coal Marketing Days conference in Pittsburgh, “The rest of the world wants electricity, and coal is going to deliver it. Global emissions are going to go up no matter what we do," he said.

We can't afford to push coal--an abundant, affordable fuel--out of the energy mix.

Follow Sean Hackbarth on Twitter at @seanhackbarth and the U.S. Chamber at @uschamber.

Subscribe to stay informed and connected.

Sean Hackbarth Hydraulic fracturing site located atop the Marcellus shale rock formation in Pennsylvania.A hydraulic fracturing site located atop the Marcellus shale rock formation in Pennsylvania. Photographer: Ty Wright/Bloomberg.


Anti-energy activists, many who are in New York City this week, push the myth that hydraulic fracturing threatens our water. However, science continues to conclude that that just isn’t so.

The Department of Energy released a study that examined six natural gas wells in the Marcellus Shale in Pennsylvania:

The research study, led by [the National Energy Technology Laboratory’s] Office of Research and Development, used natural and man-made tracers to look for evidence that fluid and gas in this area from the hydraulically fractured Marcellus Shale had migrated at least 3,800 feet upward to a gas producing zone of Upper De-vonian/Lower Mississippian age shale, midway between the Marcellus Shale and the surface.

Let me help you visualize the depths of these wells. Most water wells are 200-1,000 feet underground, while wells that undergo hydraulic fracturing can be a mile or more beneath the surface.

Researchers found that neither natural gas nor hydraulic fracturing fluid traveled upward through the rock.

The same day that the DOE report was released, a study published in the Proceeding of the National Academy of Sciences found that water contamination from natural gas wells was due to faulty well construction and not by hydraulic fracturing.

With these studies showing that hydraulic fracturing can be done safely, why are the Interior Department and EPA continuing their quests to add duplicative regulations on hydraulic fracturing?  

States have been regulating the practice for decades. As you can see in this video clip, Pennsylvania requires a desk-full of permits before a drill can touch the ground:

Video of Fracking Permits Required


These studies support what current and former Obama administration officials have said about hydraulic fracturing’s safety. Secretary of Energy Ernest Moniz has stated, “To my knowledge, I still have not seen any evidence of fracking per se contaminating groundwater,” and former cabinet members Ken Salazar and Steven Chu have acknowledged that hydraulic fracturing is safe.

Simply put, hydraulic fracturing isn’t dangerous to water supplies. Science backs this up.

If there isn't excessive regulation, we have the ability to safely develop American's oil and natural gas abundance.

Follow Sean Hackbarth on Twitter at @seanhackbarth and the U.S. Chamber at @uschamber.

Subscribe to stay informed and connected.

Today is the sixth anniversary of TransCanada’s first application to build the pipeline from Canada.

To mark the anniversary, the U.S. Chamber’s Institute for 21st Century Energy team and U.S. Chamber blogger Sean Hackbarth traveled the length of the U.S. route visiting ranchers, community leaders, chambers and business owners who have been patiently waiting for the pipeline to be built. (read some of Sean’s posts here, here, and here).

U.S. Chamber Energy Institute President and CEO Karen Harbert released this statement:

“For the past week, our team at the Energy Institute has been traveling the length of the Keystone XL pipeline in the U.S. and meeting with community leaders, ranchers, and business owners who have been waiting six long years for the pipeline to be built.

“The stories we’ve heard have only strengthened our resolve to push the Obama Administration to approve the pipeline. We visited a town in Montana that has been forced to delay construction of a new elementary school that was to be paid for in part by revenue from the pipeline. We met with ranchers who will be welcoming the pipeline on their property, but will be continuing their operations on reclaimed land. We saw firsthand the opportunities for small businesses, restaurants, hotels and workers throughout the communities near the pipeline.  Today, we’re wrapping our tour up in Steele City, Nebraska, where a new pumping station would be built that will bring opportunities to that community.

“Of course, the benefits of Keystone XL will be felt far beyond the pipeline route itself.  By supplanting oil from unfriendly nations with oil from Canada, America will be improving its national security. The daily supply of oil from Keystone will be used to fuel greater investment in our economy, creating jobs and much needed revenue at all levels of government.

“Unfortunately, this Administration’s decision making process has been guided by politics. No infrastructure project should be forced to wait this long simply to receive an answer—especially after receiving multiple favorable reviews by the permitting agency. 

“So once again, we call on the Obama Administration to listen to its own State Department and the overwhelming majority of Americans, and approve the Keystone XL pipeline.  America has waited long enough.”

Hundreds of thousands of words have been written on this blog about the potential economic, national security, and job benefits of the pipeline. So today, we'll let this infographic from Oil Sands Fact Check do the talking and provide us all with a little history lesson on the ups and downs of the pipeline approval process.

 

Subscribe to stay informed and connected.

Sean Hackbarth Lost Opportunities Tour truck in Steele City, Nebraska.Outside the Keystone pumping station at Steele City, Nebraska.
Steele City, NE

Miles traveled: 1362.

9:00 am.

On Monday, my fingers were freezing at the U.S.-Canada border. Today, it's 80 degrees in Steele City, NE, where, once it is built, the Keystone XL pipeline will connect with other pipelines and allow North American oil to flow to Gulf Coast refineries.

We pass a smattering of homes and drive one mile out of town where metal tubes sprout up from the ground. This tiny community is very familiar with pipelines. Two run through town.

Pipes at the Keystone pumping station in Steele City, Nebraska.Pipes at the Keystone pumping station in Steele City, Nebraska.Pipes at the Keystone pumping station in Steele City, Nebraska.


TransCanada provided us hard hats for the tour. Safety first.

Sean Hackbarth and Matt Koch wearing hard hats.Sean Hackbarth and Matt Koch wearing hard hats.

Pump stations like the one we're visiting help move oil down the pipeline. The Steele City facility is an impressive display of hydraulic engineering. Attached are four pumps each with 5,000 horsepower engines. Inside the monitoring station sits state-of-the-art equipment keeping an eye on temperature, vibrations, and fluid pressure sensors to ensure that oil travels safely.

Pump at the Keystone pump station in Steele City, Nebraska.Pump at the Keystone pump station in Steele City, Nebraska.Pump at the Keystone pump station in Steele City, Nebraska.


This is where the Lost Opportunities Tour ends. For the last week, I've heard stories about the many lost opportunities in local communities caused by the six-year delay of the Keystone XL pipeline. Here's a taste of what would be happening if the pipeline were operating:

A new school in Glasgow, MT would be paid by taxes from the pipeline instead of from property owners. Bakken crude oil would be entering the pipeline in Baker, MT and help it become a regional energy hub. A North Dakota field that held 220 miles of steel pipe would be empty. Business owners in Murdo, SD would have hotels, restaurants, and RV parks open year-around to serve the workers building the pipeline. At the Doolittle/Wagner Ranch, cattle would be grazing on land that you’d never know had a pipeline running beneath it. Winner, SD would have new transmission lines to attract the wind power industry.


Just as local communities are losing out from the pipeline’s delay, so is the country as a whole. According to the State Department, the Keystone XL pipeline will create 42,000 jobs and add $3.4 billion to the nation’s economy.

Karen Harbert, President and CEO of the U.S. Chamber’s Institute for 21st Century Energy explained:

Of course the benefits of Keystone XL will be felt far beyond the pipeline route itself. By supplanting oil from unfriendly nations with oil from Canada, America will be improving its national security. The daily supply of oil from Keystone will be used to fuel greater investment in our economy, creating jobs and much needed revenue at all levels of government.

Unfortunately, this administration’s decision-making process has been guided by politics. No infrastructure project should be forced to wait this long simply to receive an answer—especially after receiving multiple favorable reviews by the permitting agency.

This is the end of the tour, but the opportunities for new jobs, additional local tax revenue, economic development, and improved energy security continue to be lost as long as the Obama Administration delays the pipeline.

America has waited long enough. It’s time to build the Keystone XL pipeline.

Follow the Keystone XL Lost Opportunities Tour with the #KXLtour hashtag, on Twitter (@energy21), on Facebook, and at the Energy Institute’s website.

Pages