The People of America's Oil and Natural Gas Indusry

Energy Tomorrow Blog

north-dakota  oil-and-natural-gas  bakken-shale  hydraulic-fracturing  vote4energy  states2016 

Mark Green

Mark Green
Posted September 13, 2016

North Dakota’s dramatic production increase is a big reason the United States leads the world in oil and natural gas output. As North Dakota energy production has expanded, so has U.S. output – helping the economy, benefiting individual households and making the country more energy secure. North Dakota is a microcosm of that larger energy picture.

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new-york  natural-gas  hydraulic-fracturing  shale-energy  vote4energy  states2016 

Mark Green

Mark Green
Posted September 12, 2016

A handful of stats stand out about New York state and energy: First, among the 50 states New York was the fourth-largest consumer of natural gas in 2014, according to U.S. Energy Information Administration data. More than half the state’s households heat with natural gas. New York also ranked fourth in the country in the use of natural gas for net generated electricity. The good news is a big part of New York sits atop the prolific Marcellus shale play, which could hold more than 9 trillion cubic feet of natural gas, according to one estimate.

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shale-oil  hydraulic-fracturing  natural-gas-shale 

Kate Wallace

Kate Wallace
Posted August 22, 2016

Shale oil and natural gas will continue to be major players in the U.S. energy mix for many years to come. In its 2016 Annual Energy Outlook, the U.S. Energy Information Administration (EIA) predicts U.S. tight oil production to reach 7.08 million barrels per day and shale gas production to reach 79 billion cubic feet in 2040. In 2015, tight oil accounted for 52% of crude oil production and shale gas accounted for 50% of natural gas production. This is all possible because of technology advances and innovations in horizontal drilling and hydraulic fracturing.

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epa34  hydraulic-fracturing  fracking  oil-and-natural-gas  safe-operations 

Mark Green

Mark Green
Posted August 12, 2016

As an agency that fundamentally bases its work on fact and scientific analysis, EPA needs to follow the facts and the science on the safety of hydraulic fracturing.

More than a year ago, after a five-year, multi-million dollar study on the impacts of fracking on drinking water resources, EPA concluded: “We did not find evidence that these mechanisms have led to widespread, systemic impacts on drinking water resources in the United States.” The report affirms volumes of scientific data, including more than 950 sources of information, technical reports, information from stakeholders and peer-reviewed EPA scientific reports.

A move by the agency’s Science Advisory Board (SAB), questioning the draft report’s conclusion, is without basis, because EPA’s work and its findings were and are scientifically sound.

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utica  shale  carbon-emissions  energy  electricity  fracking-safety  hydraulic-fracturing  natural-gas 

Mark Green

Mark Green
Posted July 15, 2016

When approximately 4,700 delegates and alternates gather in Cleveland next week for the Republican National Convention, energy will play a major role – powering the Quicken Loans Arena, transporting delegates and support staff to and from “The Q,” running television broadcast equipment, cooking food, supporting high-tech communications and much more.

Think about energy’s role this way: Without modern energy supplied by oil and natural gas, the event would bear a strong resemblance to the GOP’s 1860 convention, when Abraham Lincoln was nominated at the Wigwam in Chicago.

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natural-gas  hydraulic-fracturing  fracking  safe-operations  climate 

Mark Green

Mark Green
Posted June 14, 2016

Advanced hydraulic fracturing – the foundation of America’s historic, game-changing energy revolution – is under attack. On the presidential campaign trail, in conversations in Washington and other places, fracking faces ideologically motivated challenges from those who ignore its science and misrepresent its safety record.

It’s critically important that we have an honest conversation about hydraulic fracturing because it is responsible for at least 2 million wells and up to 95 percent of new wells being drilled – accounting for more than 43 percent of oil and 67 percent of natural gas production. The U.S. Energy Information Administration (EIA) projects that fracking, which now accounts for about half of U.S. dry natural gas production (14 trillion cubic feet or Tcf), will account for 69 percent of production in 2040 (29 Tcf).

This is significant because increased use of clean-burning natural gas is the primary reason the United States is leading the world in reducing energy-associated carbon emissions. Without fracking and the natural gas produced by it, the United States would be with the other nations of the world who’re in search of climate solutions.

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hydraulic-fracturing  ghg-emission-reduction  regulations  drinking-water  energy-production  horizontal-drilling  carbon-emissions 

Erik Milito

Erik Milito
Posted June 9, 2016

Competitive forces and industry innovation continue to drive technological advances and produce clean-burning natural gas, which has led to reducing carbon emissions from power generation to their lowest level in more than 20 years, making it clear that environmental progress and energy production are not mutually exclusive.

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carbon-emissions  emission-reductions  natural-gas  hydraulic-fracturing  fracking  climate  vote4energy 

Mark Green

Mark Green
Posted May 9, 2016

With new government data showing that U.S. carbon emissions in 2015 were 12 percent below 2005 levels, it might be time for some to take “yes” for an answer – that yes, on reducing carbon emissions, the United States is showing the way for the rest of the world with abundant, clean-burning natural gas.

The U.S. Energy Information Administration (EIA) says despite the fact the U.S. economy was 15 percent larger in 2015 than it was in 2005 (inflation-adjusted numbers), energy-related carbon dioxide emissions were lower last year than they were 11 years ago. 

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greenhouse-gas-emissions  methane  carbon-dioxide-emissions  hydraulic-fracturing  oil-and-natural-gas-production 

Mark Green

Mark Green
Posted April 19, 2016

Some important context before a discussion of a flawed emissions report from EPA, which follows below.

The United States is the world’s No. 1 producer of oil and natural gas – largely thanks to safe and responsible hydraulic fracturing and advanced horizontal drilling. Natural gas production reached a record high level of 79 billion cubic feet per day in 2015, according to the U.S. Energy Information Administration (chart), while total U.S. energy output increased for the sixth consecutive year.

The increased natural gas production and use is critically important, as it is the key factor in reduced carbon emissions during a period of U.S. economic expansion – a break with historic precedent noted by the New York Times. Indeed, the United States is leading the world in carbon emissions reductions, largely thanks to its energy revolution.

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methane  emission-reductions  natural-gas  hydraulic-fracturing  electricity 

Mark Green

Mark Green
Posted April 5, 2016

Last week EPA launched a new program it hopes will encourage U.S. oil and natural gas companies to voluntarily focus on reducing methane emissions from oil and gas operations. EPA:

The Methane Challenge Program will provide partner companies with a platform to make company-wide commitments to cut emissions from sources within their operations by implementing a suite of best management practices within five years. Transparency is a fundamental part of the program, and partner achievements will be tracked by submitting annual data directly to EPA.

Two points: First, our industry is already on it, deploying technologies, innovation and yes, best management practices, effectively capturing methane from energy operations. And it’s succeeding. EPA data shows that since 2005 methane emissions from field production of natural gas have dropped 38 percent, and emissions from hydraulically fractured natural gas wells have dropped 79 percent – at a time of surging natural gas production.

It’s happening because energy companies are working hard to collect methane, the main component of natural gas, for the market. Indeed, the abundance of domestic natural gas is helping lower consumer energy costs for U.S. consumers – including those in the Northeast, which historically has paid more for electricity than other parts of the country – and increasing average annual household disposable income by $1,200.

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