Natural gas is benefiting both consumers and the environment. Breakthroughs in natural gas production have sparked an American energy renaissance, driving down domestic energy prices and emissions. Applying the principles of affordable and abundant clean energy, natural gas and hydraulic fracturing should serve as the model for future emission reductions.

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What Carbon Capture Means For Natural Gas
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Learn the basics of Natural gas
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How fracking strengthens America
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1. Export natural gas


Streamline the LNG export approval process
Applications to export natural gas must be processed in a reasonable amount of time. A single natural gas contract can take years to receive government approval.

Facilitate more natural gas free-trade agreements
Contracts to export liquid natural gas are typically individually reviewed by the federal government. The review process adds unnecessary time and imposes extra costs on American exports.



America is in the midst of an energy renaissance. Fracking has made America the world’s top producer of natural gas.1 Estimates show enough natural gas to power us through the end of the century.2 The windfall has reduced emissions and energy costs.

Prices have dropped so low that some companies are scaling back or even shutting down natural gas production.3 Exports to energy-thirsty, international markets is one promising way to stimulate production. A study commissioned by the Department of Energy found that unconstrained natural gas exports would add thousands of new jobs and billions to the American economy.4,5


In many parts of the world, natural gas rates are more than twice those in the US. This creates a sizeable arbitrage opportunity for American exporters.
Source: FERC6

Unlike oil prices, natural gas prices vary widely across the world. Natural gas cannot be easily packed into barrels and onto barges. Instead, it is often landlocked because pipelines are the primary means of transportation. Shipping natural gas overseas is complicated: it must be condensed into liquid natural gas (LNG) at temperatures below -250ºF in highly specialized ships. These transportation constraints have created isolated natural gas markets around the world.


Iran and Russia are the second and third largest producers of natural gas. If America doesn’t step up, it opens the door for our adversaries to exert a larger geopolitical influence.
Source: CIA Factbook7

Although natural gas liquefaction is an expensive process, prices in the United States are so low that international arbitrage opportunities still exist. In 2018, Korea and India paid about three times the average U.S. price for natural gas.8

Bureaucracy is one barrier that is blocking America from satisfying the international appetite for natural gas. Liquid natural gas export agreements must often undergo tedious federal review. When a company attempts to export natural gas to a country without a natural gas free trade agreement, the Department of Energy reviews each case and determines if it is in the best interests of the United States.

Streamline the LNG export approval process
Government reviews of export applications are not standardized. According to the Government Accountability Office, “it is a case-by-case deliberation, where each application is considered separately from the others”.9 Standardizing the process and setting deadlines on reviews would facilitate U.S. natural gas exports and lower emissions in other countries by displacing higher emitting fuel sources. In 2019, the Department of Energy finalized a rule to fast-track small scale exports of natural gas. The changes reduce the regulatory burden of qualifying natural gas export contracts. To increase certainty for project developers, these changes could be formalized by Congress.

Facilitate more natural gas free trade agreements
Free trade agreements can be made with select countries to reduce barriers to U.S. natural gas exports. As of March 2019, only 18 countries had a natural gas free trade agreement with the United States.10 More countries should be added to facilitate natural gas exports.

Fellow Natural Gas Voices

Bipartisan Support for LNG Export Certainty

Reps. Bill Johnson (R-OH) & Gene Green (D-TX)


Natural Gas can be the Energy Policy that Works

Mark J. Perry, Scholar at the American Enterprise Institute


Liquefied Natural Gas Exports: America’s Opportunity and Advantage

American Petroleum Institute


2. Improve infrastructure


Establish deadlines for pipeline permit decisions
A single natural gas pipeline permit can take years to be approved by the federal government. Establishing regular and enforceable deadlines would reduce the regulatory burden and uncertainty on prospective pipeline developers.

Create pipeline corridors
The federal government can establish pre-permitted corridors to expedite the environmental review process for future pipeline developers.

Reduce natural gas waste
Industry is deploying technologies to reduce incidental methane leakage from equipment, commonly referred to as ‘fugitive emissions’, such as from pipe connectors and valves. These strategies can be extremely effective climate solution because methane is a much more potent greenhouse gas than carbon dioxide.



More than 300,000 miles of natural gas pipelines crisscross America, bringing energy to our homes and factories.11 Still, the immense network is proving insufficient in moving our vast shale gas reserves to where they’re needed.

Source: Energy Information Administration12

Nowhere is this more clear than North Dakota, where more than a third of the natural gas the state produced was wasted and released into the atmosphere. Why is natural gas wasted? Natural gas is often a byproduct of oil extraction, but capturing and shipping the gas can be expensive without the proper equipment. Unlike Texas and other traditional energy producing states, North Dakota lacked the pipelines and infrastructure to economically move natural gas from its fields to customers.


North Dakota’s flared natural gas can be seen from NASA’s satellites in space, rivaling the brightness of America’s largest urban centers.
Source: NASA13

A recent buildout of pipelines in North Dakota has helped cut gas waste to about 20%.14 Yet, significant progress can still be made: Texas wastes less than 1%. When the gas is wasted, economic value is lost. Locals forgo royalties, consumers miss out on lower energy bills and precious domestic energy reserves are wasted. Throwing our gas away makes even less sense because many parts of the country pay high prices.15 Sometimes there is not even enough supply. When natural gas demand exceeds supply in winter storms, blackouts may occur because home heating takes precedence over power generation.

Wasting gas is also a missed opportunity. The benefits are only reaped, however, if it’s used. Needlessly burning gas increases air pollution and wastes a valuable resource. More pipelines are needed to fully leverage all of America’s energy resources and reap the environmental benefits of natural gas. Our natural gas fleet has ample excess capacity, with the domestic natural gas plant fleet running only about half the time.16

Establish deadlines for pipeline permit decisions

The federal permitting process can take years and be delayed by any number of government agencies or environmental groups. In 2005, Congress attempted to streamline the federal government’s review of interstate natural gas pipeline permits.

The Federal Energy Regulatory Commission (FERC) was given the authority to set deadlines for other agencies to conduct their reviews. Despite new deadlines, delays continue to plague the process. In fact, a 2012 study found that delays actually increased by 20% since the bill’s passage.17 One reason is that agencies face little consequences for not complying with the deadlines. Codifying FERC’s deadlines or adding new enforcement mechanisms would facilitate the development of America’s natural gas reserves and improve certainty for prospective developers.

Create pipeline corridors

Large tracts of federal land have been “pre-permitted” for large solar projects to lower development times and costs.18 The government land can emulate the strategy for pipeline development. The state of Wyoming is also working on a similar process to establish carbon dioxide pipeline corridors that could be used to connect fossil power plants with enhanced oil recovery plays.19

Reduce fugitive methane emissions

Top energy producers have instituted initiatives to reduce methane emissions and flaring from their operations such as sharing industry best practices20, making direct investments in technology and field analysis21,22, and setting emission reduction goals.23 Since 1990, emissions have fallen by 14% while natural gas production increased by about 50%.24 More resources should be dedicated to developing technologies that can reduce the cost of methane management for smaller producers in rural communities and developing countries.

3. Unlock Advanced Energy


Support energy exploration efforts
States often lack the resources to identify untapped energy resources beneath their feet. The federal government can help research and scope the potential of these untapped sources.

Research advanced technologies
Advanced natural gas technologies will deliver economic benefits, improve energy security, and reduce emissions.



Research at the Department of Energy’s national laboratories helped lay the groundwork for fracking. It’s a prime model of how basic government research can be commercialized by the private sector. The United States spent about $473 million on unconventional gas research between 1976 and 1992. That research proved critical in propelling the natural gas industry that adds over $100 billion of benefits to consumers each year.25,26 As previous research fueled our current energy abundance, innovation today will support America’s continued energy security.


The National Energy Technology Laboratory (NETL) is the only U.S. national laboratory dedicated to fossil energy research.
Source: Department of Energy27


Support energy exploration efforts
Oil drilling is an inefficient process. Conventional methods can leave behind 50% to 70% of oil in the ground. To tap more of the leftovers, oil companies use a set of techniques called “enhanced oil recovery”. Declining oil fields can be rejuvenated by injecting carbon dioxide beneath the ground to lubricate and extract this hard to reach oil. The oil industry (such as Shell, Chevron and Occidental Petroleum) have been independently researching and using enhanced oil recovery for more than four decades without issue. Yet, more research is needed to scope and define the potential of these opportunities in the United States.

Research new technologies
Advanced technologies in the development pipeline can improve the way electricity is made. ExxonMobil is invested in one technology that does not burn any natural gas. Instead of combustion, it uses a chemical process similar to a battery. Another remarkable feature of the technology is that it can purify a fossil power plant’s emissions.28 The processed emissions can then be used to stimulate oil extraction.

NET Power, a 50MW demonstration plant near Houston, is using the “Allam Cycle,” a revolutionary technology that could capture all carbon dioxide from natural gas generation. The plant achieved “first fire” in the spring of 2018 and may be the catalyst for large-scale carbon capture commercialization for new natural gas facilities. If successful, it will be a lower-cost and cleaner approach to making electricity with natural gas. A few of the innovations: 1) natural gas is burned in pure oxygen instead of air, 2) it produces no pollutants, and 3) uses supercritical carbon dioxide rather than water to move the turbine.



Source: NET Power29

Federal energy research programs are paving the way for these and many other types of concepts. Over a dozen of America’s largest energy companies, including Southern Company and Duke Energy, have banded together to underscore the importance of researching more dynamic and efficient technologies. Doing so will maintain America’s competitive advantage in energy through the 21st century.