water pollution

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Decision concludes a permit is required if such discharges are the “functional equivalent” of a direct discharge to navigable waters.

By Janice Schneider, Maria Hoye, and Ethan Prall

On April 23, 2020, the Supreme Court of the United States issued an opinion in County of Maui, Hawai’i v. Hawai’i Wildlife Fund, holding that the Clean Water Act (CWA) requires a permit for certain discharges through groundwater. Specifically, a permit is required if there is a “direct discharge” from a point source to navigable waters, or if a given discharge is the “functional equivalent” of a direct discharge when that discharge passes through groundwater before reaching navigable waters.[1]

In establishing this new functional equivalence test, the Court rejected both the argument that allowing any regulation of discharges through groundwater would expand the CWA’s scope without warrant, and the contrary argument that every discharge that is “fairly traceable” from a point of discharge to navigable waters must be regulated under the CWA. When applying the test, the Court explained that several factors — most centrally, time and distance — are relevant to determining whether a discharge through groundwater is the functional equivalent of a direct discharge.

Fourth and Sixth Circuit decisions give power plant operators additional defenses to citizen suits pending potential Supreme Court review of “groundwater conduit” theory.

By Joel C. Beauvais and Stacey L. VanBelleghem

Over the past month, two US Courts of Appeals have rejected Clean Water Act (CWA) citizen suits seeking to hold power companies liable for discharges of pollutants from coal ash disposal facilities “through” groundwater to waters of the US. Although the Fourth Circuit accepted that discharges through groundwater could be the basis for liability, it held that the relevant ash piles and impoundments were not “point sources” for purposes of the CWA. The Sixth Circuit likewise held that the ash disposal facilities at issue were not point sources, but — contrary to the Fourth Circuit — also held that discharges through groundwater were not actionable under the Act. Collectively, these recent decisions stand as a significant new obstacle to citizen suits against owner/operators of coal ash impoundments. At the same time, the decisions deepen a circuit split on the so-called “groundwater conduit” theory of CWA liability, helping to tee the issue up for possible Supreme Court resolution. If the Court does take this question up, the outcome will be critically important for many industry sectors, including electric power, oil and gas, manufacturing, and mining companies, among others. The CWA imposes strict liability, and citizen suits based on groundwater conduit claims can result in extremely costly remedies — including large civil penalties and injunctive relief.

Polluters of one of China’s most polluted waterways are increasingly facing prosecution through coordinated local and national efforts.

By Paul A. Davies and R. Andrew Westgate

Chinese authorities have been increasing their efforts to prosecute environmental offenders along the Yangtze River, the third-longest river in the world and the longest in Asia. The crackdown reflects China’s goal to make 70% of its surface water safe to consume by 2020.

Water Pollution: A Serious Problem for China

China’s government has good reason to take the problem of water pollution seriously. In 2012, a senior official from the water ministry acknowledged that 20% of China’s waterways were classified as toxic, while 40% were seriously polluted. The World Bank has further noted that water pollution could have “catastrophic consequences for future generations,” and that the problem is compounded by the fact that China does not have enough water for its population to safely consume. (For more information on China’s water supply, see Latham’s previous blog post).

China’s uneven distribution of water sources presents unique difficulties to China as demand for water is increasing rapidly.

By Paul A. Davies and R. Andrew Westgate

China’s water supply problems are well-known globally. However, the main problem facing China is how to distribute its water, rather than lack of water per se. 80% of China’s water supply lies in southern China. But this water cannot be used by the population of 12 Chinese provinces representing 41% of its total population, 38% of Chinese agriculture, 46% of its industry, and 50% of its power generation. Eight of these provinces are currently experiencing acute water scarcity, while in four provinces water is merely “scarce,” and two provinces are largely desert. Moreover, the problem is getting worse, with 28,000 rivers in China having dried up over the past 25 years. And China’s appetite for water continues to grow, with consumption forecast to rise to 670 billion cubic meters a year by the early 2020s.

Adding to the problem is the fact that coal mining is a water-intensive as well as polluting process, and 85% of coal reserves in China are located in provinces where water is scarce and must be shared with a large agriculture industry. Reportedly 20% of all water use in China is for mining, processing, or consumption of coal, and almost 70% is for agricultural purposes. Rapid growth in water demand, combined with a reliance on groundwater drawn from aquifers, has resulted in a new problem — subsidence. This poses a threat to over 50 cities in China and is being closely monitored by the government.

By Richard P. Bress, Philip J. Perry, Andrew D. Prins, Ryan Baasch and Alexandra Shechtel

On February 26, for the first time ever, a federal district court has enjoined a California Proposition 65 warning requirement on First Amendment grounds. Under California’s Safe Drinking Water and Toxic Enforcement Act of 1986 — colloquially known as “Proposition 65” — the State listed the herbicide glyphosate, the most widely used herbicide in the world, as a chemical “known” to the…

By Paul Davies and Andrew Westgate

In reforming and updating its environmental laws, China has until recently been focusing on air pollution. Attention is now turning to addressing water and soil pollution as well. For example, the Chinese government is now considering more robust penalties for those responsible for water pollution, indicating that the government could ban the building of homes and schools in areas with contaminated soil.

China’s issues with air pollution are well-known, with some urban areas experiencing particulate pollution levels exceeding those found in forest fires. A new study from Nanjing University’s School of the Environment estimates that smog kills 1.1 million people a year and is responsible for a third of deaths in China. As a result, the Chinese government is increasingly open to innovative prevention strategies. A recent example is the Liuzhou Forest City — designed by Stefano Boeri, an Italian architect famed for his “Vertical Forest” plant-covered skyscrapers. The Liuzhou Forest City will house up to 30,000 residents and is due for completion by 2020. Built across 175 hectares along the Liu River in Liuzhou, the Liuzhou Forest City will feature one million plants and 40,000 trees of over 100 different species that are intended to absorb 10,000 tonnes of carbon dioxide and 57 tonnes of pollutants annually, producing 900 tonnes of oxygen in the process. In addition to reducing air pollution, it is predicted that the plant life should reduce average air temperatures, create a noise barrier, and provide a habitat for wildlife. A high-speed electric rail line with geothermal energy-powered air conditioning and solar panels for electricity will connect the new development to the city of Liuzhou.