The National Brownfields Training Conference in Oklahoma City provided an opportunity for the NIEHS Environmental Career Worker Training Program (ECWTP) to showcase its grantees, review progress, and discuss next steps of the White House’s Justice40 initiative, Aug. 17. (See first sidebar for more on brownfields.)
Justice40 guides federal agencies to deliver 40% of the overall benefits of investments in climate change, clean energy, affordable housing, clean water, workforce development, and pollution remediation to disadvantaged communities.
ECWTP is a unique training program within the NIEHS Worker Training Program. The Brownfields 2022 meeting came two months after ECWTP was selected to participate in Justice40. Funding for ECWTP came with $4.25 million in support, with a focus on key Justice40 training goals.
In 2019, researchers at the U.S. Government Accountability Office investigated climate-related risks at the 1,571 most polluted properties in the country, also known as Superfund sites on the federal National Priorities List. They found an alarming 60% were in locations at risk of climate-related events, including wildfires and flooding.
As troubling as those numbers sound, our research shows that that’s just the proverbial tip of the iceberg.
Many times that number of potentially contaminated former industrial sites exist. Most were never documented by government agencies, which began collecting data on industrially contaminated lands only in the 1980s. Today, many of these sites have been redeveloped for other uses such as homes, buildings or parks.
For communities near these sites, the flooding of contaminated land is worrisome because it threatens to compromise common pollution containment methods, such as capping contaminated land with clean soil. It can also transport legacy contaminants into surrounding soils and waterways, putting the health and safety of urban ecosystems and residents at risk.
New York developers are planning thousands of housing units along the Gowanus Canal, a notoriously contaminated industrial area and waterway. Epics/Getty Images
We study urban pollution and environmental change. In a recent study, we conducted a comprehensive assessment by combining historical manufacturing directories, which locate the majority of former industrial facilities, with flood risk projections from the First Street Foundation. The projections use climate models and historic data to assess future risk for each property.
The results show that the GAO’s 2019 report vastly underestimated the scale and scope of the risks many communities will face in the decades ahead.
Pollution risks in 6 cities
We started our study by collecting the location and flood risk for former industrial sites in six very different cities facing varying types of flood risk over the coming years: Houston; Minneapolis; New Orleans; Philadelphia; Portland, Oregon; and Providence, Rhode Island.
These former industrial sites have been called ghosts of polluters past. While the smokestacks and factories of these relics may no longer be visible, much of their legacy pollution likely remains.
In just these six cities, we found over 6,000 sites at risk of flooding in the next 30 years – far more than recognized by the EPA. Using census data, we estimate that nearly 200,000 residents live on blocks with at least one flood-prone relic industrial site and its legacy contaminants.
Without detailed records, we can’t assess the extent of contamination at each relic site or how that contamination might spread during flooding. But the sheer number of flood-prone sites suggests the U.S. has a widespread problem it will need to solve.
The highest-risk areas tended to be clustered along waterways where industry and worker housing once thrived, areas that often became home to low-income communities.
Legacy of the industrial Northeast
In Providence, an example of an older industrial city, we found thousands of at-risk relic sites scattered along Narragansett Bay and the floodplains of the Providence and Woonasquatucket Rivers.
Over the decades, as these factories manufactured textiles, machine tools, jewelry and other products, they released untold quantities of environmentally persistent contaminants, including heavy metals like lead and cadmium and volatile organic chemicals, into the surrounding soils and water.
For example, the Rhode Island Department of Health recently reported widespread drinking water contamination from PFAS, often referred to as “forever chemicals,” which are used to create stain- and water-resistant products and can be toxic.
The tendency for older factories to locate close to the water, where they would have easy access to power and transportation, puts these sites at risk today from extreme storms and sea-level rise. Many of these were small factories easily overlooked by regulators.
Chemicals, oil and gas
Newer cities, like Houston, are also vulnerable. Houston faces especially high risks given the scale of nearby oil, gas and chemical manufacturing infrastructure and its lack of formal zoning regulations.
In August 2017, historic rains from Hurricane Harvey triggered more than 100 industrial spills in the greater Houston area, releasing more than a half-billion gallons of hazardous chemicals and wastewater into the local environment, including well-known carcinogens such as dioxin, ethylene and PCBs.
Even that event doesn’t reflect the full extent of the industrially polluted lands at growing risk of flooding throughout the city. We found nearly 2,000 relic industrial sites at an elevated risk of flooding in the Houston area; the GAO report raised concerns about only 15.
Many of these properties are concentrated in or near communities of color. In all six cities in our study, we found that the strongest predictor of a neighborhood’s containing a flood-prone site of former hazardous industry is the proportion of nonwhite and non-English-speaking residents.
Keeping communities safe
As temperatures rise, air can hold more moisture, leading to strong downpours. Those downpours can trigger flooding, particularly in paved urban areas with less open ground for the water to sink in. Climate change also contributes to sea-level rise, as coastal communities like Annapolis, Maryland, and Miami are discovering with increasing days of high-tide flooding.
Keeping communities safe in a changing climate will mean cleaning up flood-prone industrial relic sites. In some cases, companies can be held financially responsible for the cleanup, but often, the costs fall to taxpayers.
The infrastructure bill that Congress passed in 2021 includes $21 billion for environmental remediation. As a key element of new “green” infrastructure, some of that money could be channeled into flood-prone areas or invested in developing pollution remediation techniques that do not fail when flooded.
The West Calumet Housing Complex in East Chicago, Ind., was built on the site of an old lead refinery. It was closed down after children there were found to have elevated levels of lead in their blood. The sign reads: ‘Do not play in the dirt or next to shredded wood mulch.’ AP Photo/Tae-Gyun Kim
Our findings suggest the entire process for prioritizing and cleaning up relic sites needs to be reconsidered to incorporate future flood risk.
Flood and pollution risks are not separate problems. Dealing with them effectively requires deepening relationships with local residents who bear disproportionate risks. If communities are involved from the beginning, the benefits of green redevelopment and mitigation efforts can extend to a much larger population.
One approach suggested by our work is to move beyond individual properties as the basis of environmental hazard and risk assessment and concentrate on affected ecosystems.
Focusing on individual sites misses the historical and geographical scale of industrial pollution. Concentrating remediation on meaningful ecological units, such as watersheds, can create healthier environments with fewer risks when the land floods.
Three years after a fire and explosion shuttered what was once the East Coast’s largest refinery, toxic benzene continued leaking well into the cleanup.
Underscoring a new push to advance equity and justice, an Environmental Protection Agency leader said Monday the federal regulator is hiring about five full-time employees to work on environmental justice.
A former hazardous waste landfill in Waukegan, Illinois, is getting a second life as a renewable energy facility after decades of mitigation efforts by the U.S. Environmental Protection Agency.
Located 42 miles north of Chicago, the Yeoman Creek Landfill has been on the federal Superfund list since its closure in the late 1960s. Cleanup to address high levels of methane and other toxic gasses is largely complete, though EPA is still monitoring the site.
While a site of this nature can come with several restrictions and regulations, BQ Energy CEO Paul Curran views it as a business opportunity. As reported by WBEZ, the New York-based company will be installing 20,000 solar panels on the Yeoman Creek site—a project that will cost roughly $10 million.
Brownfields 2022 features over 120 panels, roundtables, and topic talks where attendees can learn directly from experts in the field and interact with federal, state, and local decision-makers. In these sessions, speakers will discuss new practices, share success stories, and stimulate new ideas.
The Bipartisan Infrastructure Law included an unprecedented $1.5 billion investment in EPA’s Brownfields program over the next two years. Proposals for these grants are due in November 2022 and guidelines will be released in September 2022. Hear from EPA officials about how you can access these grants and maximize your economic, environmental, and social performance. This funding will transform communities into sustainable and environmentally just places, enhance climate resiliency, and more.
With all the attention on PFAS over the past few years, you might assume that your standard Environmental Site Assessment would assess the possibility that the property you’re buying has been impacted by PFAS, the “forever chemicals” that are on their way to being regulated by the Federal Government in parts per trillion (and are already regulated in such minute concentrations in many states).
But, as Inside EPA reports, because PFAS are not yet “hazardous substances” according to Federal law, the current ASTM standard for Environmental Site Assessments doesn’t cover them.
That means you need to make sure your site assessment professional adds PFAS to its scope of work.
But the mayor won praise for rejecting a permit to allow a car- and metal-shredding operation on the Southeast Side. ‘This is what environmental justice looks like,’ EPA Administrator Michael Regan said.
An old industrial site in Philadelphia is being converted into a vast e-commerce distribution center, a trend being seen in other U.S. cities. But the developers of these brownfields must confront a legacy of toxic pollution and neglect of surrounding communities of color.
It is not often that park and recreation agencies bring two multimillion-dollar capital projects to fruition in the same decade, let alone the same year.
The Northbrook Park District, located in Northbrook, Illinois, experienced this perfect storm in 2021 with the construction of Techny Prairie Activity Center, as well as course renovations and a new clubhouse at Heritage Oaks Golf Club.
Through a Comprehensive Master Plan process conducted in 2016, several priorities for investment were identified based on community input, inventory and analysis comparisons to state and national standards, demographics and financial capabilities. This process launched an initiative called New Places to Play.
Both projects were designed using sustainable practices, upholding the park district’s overall mission to enhance the community by providing outstanding services, parks and facilities through environmental, social and financial stewardship.
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