Sign In or Create an Account.

By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy

Economy

Is Joe Manchin’s Pipeline a Big Deal?

A modestly bad pipeline, in 1 chart

Joe Manchin.
Heatmap Illustration/Getty Images

If there’s one climate policy you’re likely to hear about in the debt ceiling deal, it’s the Mountain Valley Pipeline.

The 304-mile pipeline, which will link West Virginia’s booming gas fields to the East Coast and Texas, essentially received automatic approval under the bipartisan deal. The bill compels federal agencies to approve the pipeline and then shields those permits from judicial review, all but guaranteeing the project’s eventual completion.

If nothing else, the deal brings the saga over the Mountain Valley Pipeline to a close almost a year after it began: The White House initially agreed to support the project last year in exchange for Senator Joe Manchin of West Virginia’s support for Biden’s climate law. But neither Manchin nor Biden could get a bill containing the pipeline through Congress last year as part of a larger package of permitting reforms. Manchin persevered, and the pipeline wriggled into the deal over the weekend thanks to House Republicans and oil-and-gas lobbyists. Manchin, it seems, finally has his pipeline.

The project isn’t the most important climate item in the deal. That distinction has to go to the deal’s preservation of the Inflation Reduction Act, which will ensure hundreds of billions of dollars go to clean energy and infrastructure over the next decade. Nor is it the deal’s worst blow to the climate: As I wrote yesterday, Democrats’ failure to secure any power-grid reform takes that title.

Yet the Mountain Valley Pipeline, or MVP, is the item that environmental groups have focused on the most. “Allowing this deal to advance sets a dangerous precedent,” Ben Jealous, the Sierra Club’s executive director, said in a statement. “We can pay America’s bills without undermining bedrock environmental protections or fast tracking the fracked gas Mountain Valley Pipeline.”

So I was curious: How big a deal is the MVP? When completed, it will transmit 2 billion cubic feet of natural gas a day: What does that actually mean for the country’s natural gas transmission?

Well, here’s a potentially helpful chart:

Energy Information Administration chart with MVP data.Energy Information Administration/Heatmap

This is the Energy Information Administration’s chart of new natural-gas pipeline capacity from 1995 to 2022 with my addition. I’ve added the MVP’s capacity at the right. As you can see, the MVP alone will add more pipeline capacity than the entire U.S. added last year — but that’s partially because the country added much less capacity in 2022 than it has in any year since records began in 1995.

I’ll be honest that the chart helps me think more clearly about the project, but not in a way that’s easy to describe. The Mountain Valley Pipeline is a medium-largeish pipeline — big enough to single-handedly expand the country’s ability to move natural gas, but not so big that it will change the fundamental trend that fewer new pipelines are getting built every year.

The MVP’s most important effect may not be its size, but its strategic location: By connecting the productive Utica and Marcellus shale fields in Appalachia to the Transcontinental pipeline, a massive backbone conduit that links New Jersey to the Rio Grande Valley, it will make it easier for cheap natural gas to reach the population centers — and export terminals — of the Eastern Seaboard and Gulf Coast. That will, in turn, spur a modest increase in natural-gas drilling, which could increase American emissions by roughly 6 to 16 million metric tons a year, according to an estimate from The Washington Post.

The Inflation Reduction Act, by comparison, will eliminate roughly 660 million tons a year by 2030. So preserving the IRA is worth the carbon cost of this pipeline — but it would be better, of course, not to have to make such a choice at all.

You’re out of free articles.

Subscribe today to experience Heatmap’s expert analysis 
of climate change, clean energy, and sustainability.
To continue reading
Create a free account or sign in to unlock more free articles.
or
Please enter an email address
By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy
AM Briefing

White Out

On deep-sea mining, New York nuclear, and kestrel symbiosis

Icy power lines.
Heatmap Illustration/Getty Images

Current conditions: Winter Storm Fern buried broad swaths of the country, from Oklahoma City to Boston • Intense flooding in Zimbabwe and Mozambique have killed more than 100 people • South Australia’s heat wave is raging on, raising temperatures as high as 113 degrees Fahrenheit.


THE TOP FIVE

1. America’s big snow storm buckles the grid, leaving 1 million without power

The United States’ aging grid infrastructure faces a test every time the weather intensifies, whether that’s heat domes, hurricanes, or snow storms. The good news is that pipeline winterization efforts that followed the deadly blackouts in 2021’s Winter Storm Uri made some progress in keeping everything running in the cold. The bad news is that nearly a million American households still lost power amid the storm. Tennessee, Mississippi, and Louisiana were the worst hit, with hundreds of thousands of households left in the dark, according to live data on the Power Outage tracker website. Georgia and Texas followed close behind, with roughly 75,000 customers facing blackouts. Kentucky had the next-most outages, with more than 50,000 households disconnected from the grid, followed by South Carolina, West Virginia, North Carolina, Virginia, and Alabama. Given the prevalence of electric heating in the typically-warmer Southeast, the outages risked leaving the blackout region without heat. Gas wasn’t entirely reliable, however. The deep freeze in Texas halted operations at roughly 10% of the Gulf Coast’s petrochemical facilities and refineries, Bloomberg reported.

Keep reading...Show less
Blue
Climate

Climate Change Won’t Make Winter Storms Less Deadly

In some ways, fossil fuels make snowstorms like the one currently bearing down on the U.S. even more dangerous.

A snowflake with a tombstone.
Heatmap Illustration/Getty Images

The relationship between fossil fuels and severe weather is often presented as a cause-and-effect: Burning coal, oil, and gas for heat and energy forces carbon molecules into a reaction with oxygen in the air to form carbon dioxide, which in turn traps heat in the atmosphere and gradually warms our planet. That imbalance, in many cases, makes the weather more extreme.

But this relationship also goes the other way: We use fossil fuels to make ourselves more comfortable — and in some cases, keep us alive — during extreme weather events. Our dependence on oil and gas creates a grim ouroboros: As those events get more extreme, we need more fuel.

Keep reading...Show less
Blue
Spotlight

Secrecy Is Backfiring on Data Center Developers

The cloak-and-dagger approach is turning the business into a bogeyman.

A redacted data center.
Heatmap Illustration/Getty Images

It’s time to call it like it is: Many data center developers seem to be moving too fast to build trust in the communities where they’re siting projects.

One of the chief complaints raised by data center opponents across the country is that companies aren’t transparent about their plans, which often becomes the original sin that makes winning debates over energy or water use near-impossible. In too many cases, towns and cities neighboring a proposed data center won’t know who will wind up using the project, either because a tech giant is behind it and keeping plans secret or a real estate firm refuses to disclose to them which company it’ll be sold to.

Keep reading...Show less
Yellow