Pennsylvania governor and CNX chief pursue industry business model; pact lets company voluntarily disclose environmental data.

By Kris Maher | WSJ | Jan. 12, 2024 | Excerpts

After he became governor, Shapiro said he spent months discussing the need for data from drilling operations with CNX Chief Executive Nick DeIuliis.

Recent studies in Pennsylvania have found that people living near gas operations are at greater risk of developing asthma and other health conditions. “The evidence is in. Fracking is bad for health and the environment,” said Ned Ketyer, a retired pediatrician and president of Physicians for Social Responsibility Pennsylvania. “I think it’s a terrible agreement.”

Three University of Pittsburgh studies released in August have spurred more health concerns about fracking. Researchers looked at health conditions and distance to wells and found increased risks for asthma, childhood lymphoma and lower birth weights closer to gas operations.

“The point is we’re going to be guided by science and data and fact, not by extremists,” he said. “We believe this is a great model moving forward here in Pennsylvania.” Gov. Shapiro

Some environmentalists argue that the science on the health effects of gas development is already settled, and that the collaboration will only lead to more drilling. Ketyer, of Physicians for Social Responsibility, said he believes Shapiro reached the agreement because it suits his political ambitions beyond Pennsylvania, a claim that Shapiro denies.




  • MOR9 – a well pad in Greene County. Now in production.
  • NV110 – a well pad in Washington County, in production.
  • Morris Station — a compressor station in Greene County.
    Only PM2.5 is being measured around that site.

Next-Door Noise

Washington County residents say their neighbor is noisy, disruptive and a pollutor. Their neighbor is a compressor station, and it’s a quarter-mile away.

Excerpts from a March 9, 2020 story by DAVID TEMPLETON & DON HOPEY in the Pittsburgh Post-Gazette

Noting that “modern oil and gas development frequently occurs in close proximity to human populations,” a study by PSE (Physicians, Scientists, and Engineers) for Healthy Energy and including Michael McCawley of West Virginia University, said oil and gas development produces noise levels that may increase the risk of such adverse health outcomes as annoyance, sleep disturbance, and cardiovascular disease.

That 2017 study, published in the journal Science of the Total Environment, called for “policies and mitigation techniques” to limit human exposure to noise from oil and gas operations.

And a May 2017 study done in Doddridge County, W.Va., and published in the journal PLOS One, a peerreviewed open access scientific journal published by the Public Library of Science, found: “Environmental exposures from these stations, including toxic chemicals and noise, are a significant public health concern and a source of stress for nearby residents.”

Meleah Boyle, a University of Maryland researcher and the lead author of that study, said in a published interview that five out of six homes they monitored — all located within a half-mile of a compressor station — “had combined outdoor average sound levels greater than 55 decibels over a 24-hour period.”

On the cancer front, a 2007 study in Norway found an increase risk for myelogenous leukemia and multiple myeloma among petroleum workers exposed to crude oil. It concluded that “the results suggest that benzene exposure, which most probably caused the increased risk of acute myelogenous leukemia, also resulted in an increased risk of multiple myeloma.”



VIDEO LINK




THE FLIR (Forward Looking InfraRed) GF320 Camera uses state-of-the-art, independently verified technology capable of detecting volatile organic compounds (VOCs), including known carcinogens, and greenhouse gases. The FLIR GF320 is the industry standard in identifying emissions, leaks, and events that occur during routine oil and gas operations, or because of faulty equipment, accidents, and intentional releases by operators. More

EarthWorks playlists on YouTube

Pennsylvania Community Empowerment Project

Compressors, Pipelines & Related Infrastructure

Twilight Compressor Station: 2016-2021

Orphan wells in Pennsylvania

EQT – Sizemore Pad, Wetzel County, WV (July 2022)

Diversified Production playlist


Excerpts:

  • Our results suggest that the PM pollution from shale gas wells can travel through wind for up to 10 kilometers, but the pollution disperses and the impact decreases in distance.
  • We find that from 2010 to 2017, there are 671 census block groups across 40 counties that have shale gas wells located in, and there are about 840,000 populations living around shale gas wells. The estimated PM emissions from shale gas wells causes additional 20.11 deaths among these communities.
  • This paper not only provides understandings of how the shale gas wells affect the air quality through PM emissions, but also shows empirical evidence that shale gas wells cause extra mortality in the local communities through generating PM pollution. Since we only focus on the PM pollution from shale gas industry, we are not able to estimate the overall externalities.
  • Future researches are needed for investigating the welfare impact of shale gas industry through other channels, such as other air pollutants and water contamination.


Conclusions:

  • Results from this research indicate that current PA setback policy of 152.4 m (500 ft.) is inadequate to protect residents from exceedances of the EPA’s daily concentration standard for PM2.5, and it is inadequate to protect against exceedances of the annual concentration standard for sites with 6 or more wells.
  • To protect occupied buildings and outdoor areas against exceedances of the daily average standard, this analysis suggests that setback distances need to be up to 736 meters.
  • To protect against exceedances of the annual average PM2.5 standard, setback distances should be a function of the number of wells drilled at the site.
  • Further refinements to this analysis are needed to account for multiple pollutants.
  • Alternative policy options include limits on the number of wells per site (a choice that may have negative environmental implications as it would increase the number of constructed well pads) and limiting the maximum PM2.5 emission rate at each site to 0.165 kg/hr.

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