May 11th, 2017
By Linda Sheehan
Recent years have seen a massive expansion in oil and gas production through hydraulic fracturing, or “fracking.” In 2000 fracking produced less than 2 percent of US oil. By 2015 production had grown to more than 4.3 million barrels of oil per day, or half of the total US oil output. At least fifteen million Americans live within a mile of a fracking well drilled since 2000.
In fracking, operators blast fracturing fluids underground at pressures high enough to physically break rock, forcing out isolated oil and gas. Fracturing fluids contain water, “proppants” (typically sand) to hold open the broken rock, and chemicals such as hydrofluoric acid to help dissolve the ancient underground passages.
At the surface, operators then collect the combined fluids and separate out the oil and gas. They either reuse the chemically contaminated wastewater or dump it, typically by stuffing it back down other wells.
This violent assault on the earth is escalating, both in the US and around the globe. Not surprisingly, it has created widespread, serious, and mounting impacts, including:
Water use. Fracking consumes enormous amounts of water, with average water use doubling in the past five years to 5.3 million gallons per US well. Disturbingly, more than half of wells fracked are located in regions with high or extremely high water stress. In seven of the top ten such counties, annual water use for fracking exceeded 100 percent of each county’s domestic water use. This puts enormous stress on water supplies for basic human needs.
Water contamination. An estimated 680,000 (known) wastewater wells across the US now hold contaminated fracking fluids. Not surprisingly, wastewater has already leaked from these wells into nearby aquifers and surface waters. Despite overwhelming political pressure to downplay impacts, the US Environmental Protection Agency (EPA) finally issued a report on the topic in December 2016. EPA warned that fracking impacts drinking water, and noted that fracking fluids contain more than 1,600 chemicals—many known toxins, and many more unstudied. Future impacts are unpredictable, given the unknown makeup of the wastewater and the extreme volumes injected, which can mobilize contaminants in unexpected ways.
Air pollution. Drilling and fracking emissions contribute to toxic air pollution and smog at levels that significantly impact health. A Johns Hopkins study found that those living near active gas wells were up to four times more likely to suffer from asthma attacks compared to those who live farther away.
Contribution to climate change. The fracking process releases significant amounts of methane, a greenhouse gas far more potent than carbon dioxide in terms of changing climate. Moreover, real-world operational leakage rates greatly exceed earlier estimates. Finally, the heavy emphasis on fracking pulls government and business attention away from renewable energy development and energy efficiency, which are essential if we are to combat climate change in any meaningful way.
Earthquakes. The injection of massive volumes of waste fracking fluid underground has created waves of new earthquakes. Earthquakes of magnitude 3.0 or higher have skyrocketed in Oklahoma from approximately two per year before 2009, to almost 890 in 2015. In some areas of Oklahoma, Kansas, Texas, Colorado, New Mexico, and Arkansas, the risk of damage from earthquakes now approximates the high-hazard areas of California—regions far better prepared to withstand shaking.
The impacts of fracking on people and nature are undeniable and unnecessary, especially in light of the myriad clean energy solutions available. We need to hold our governments accountable for these impacts, and for turning instead to energy solutions that respect the earth, rather than violate it. A focus on inherent rights is an essential part of this movement.
In 1948 the United Nations adopted the Universal Declaration of Human Rights, recognizing that “all human beings are born free and equal in dignity and rights,” and that “everyone has the right to life, liberty and security of person.” Fracking violates these fundamental tenets, impacting health, housing, occupational safety, and other basic rights. Fracking also directly implicates the human right to water, which the UN called “essential to the realization of all human rights.”
The Declaration adds that “the will of the people shall be the basis of the authority of government,” and “everyone has the right to take part in the government” system. Fracking violates these basic human rights as well. For example, in May 2016 the Colorado Supreme Court struck down local fracking bans, claiming that state law preempted local control over fundamental health and safety issues. In another recent example, the Ohio Secretary of State claimed “technical grounds” in preventing citizens using their initiative power to seek a public vote on fracking bans, despite citizens collecting sufficient signatures. Direct democracy is another fracking casualty—a doubling-down on fracking’s other impacts on human rights.
Fracking particularly implicates the rights of indigenous peoples, recognized by the UN in 2007. Indigenous rights violations include the failure to consult with indigenous peoples before approval of fracking operations that affect their traditional lands. Fracking also directly impacts their right to “practise and revitalize their cultural traditions and customs,” as described in the UN Declaration on the Rights of Indigenous Peoples.
These incontrovertible human rights violations should be enough to reject fracking. But in order to avoid repeating our mistakes, we must also recognize that fracking violates the inherent rights of natural systems and species. Fracking violently assaults the earth. The flare stacks and artificial lights from larger operations are visible from space. So is the upward buckling of Earth’s surface caused by high-pressure injection of fracking wastewater into disposal wells. Earth’s rights must be fundamental to any new solutions we propose, or we will fail again to create a healthy energy future.
Read more at Alternet.