Center for Health, Environment & Justice
Donate

Tag: incineration

Categories
Backyard Talk

State Stops Plan to Burn PFAS Waste

The state of Vermont changed its mind about sending about 2,500 gallons of the hazardous fire depressant known as PFOA and PFOS to a hazardous waste incinerator, when it discovered that the operator of the plant had been cited for numerous clean air violations. The Heritage Thermal Services incinerator in East Liverpool, OH has consistently and repeatedly been in violation of federal and state environmental laws and has been a Significant and Habitual Non-Complier of the Resource Conservation and Recovery Act and High Priority Violator of the Clean Air Act continuously for years. For the past three years running, for the 12 consecutive quarters from October 2014 to today, Heritage Thermal Services has been and continues to be a High Priority Violator of the Clean Air Act due to the release of excessive amounts of hazardous air pollutants and hydrocarbons. That’s 100% of the time. This is an increase over the three (3) year period from 2010 to 2012 when Heritage Thermal Services was a High Priority Violator 67% of the time.
What’s odd about the decision to burn this waste is that the very reason this family of chemicals are used by fire fighters is that it suppresses flames and is difficult to burn. It’s very likely that the much of the PFAS waste that would be burned in an incinerator would end up going out the smokestack creating air pollution problems.
The state changed its mind once it learned about Heritage’s track record. There was also public pressure from local citizens groups in Vermont who raised significant concerns about burning foam at a hazardous waste incinerator.  Alonzo Spencer of the local groups Save Our County in East Liverpool credited the Conservation Law Foundation which has an office in Vermont with stopping the delivery of the waste. “I would like to personally thank Jen Duggen [fusion_builder_container hundred_percent=”yes” overflow=”visible”][fusion_builder_row][fusion_builder_column type=”1_1″ background_position=”left top” background_color=”” border_size=”” border_color=”” border_style=”solid” spacing=”yes” background_image=”” background_repeat=”no-repeat” padding=”” margin_top=”0px” margin_bottom=”0px” class=”” id=”” animation_type=”” animation_speed=”0.3″ animation_direction=”left” hide_on_mobile=”no” center_content=”no” min_height=”none”][Vermont director of CLF]. Heritage was on the verge of accepting waste from Vermont that Heritage couldn’t handle correctly. It was Duggan’s Foundation that opposed that. That waste would have been on its way now if she hadn’t intervened,” Spencer told a local paper.
The ingredients of these fire-fighting foams have been found to be toxic. PFOS and PFOA belong to a class of compounds called PFAS chemicals that have been linked to cancer, thyroid disease, developmental problems in children and immune system problems. They were banned for use by fire departments in the early 2000s and have become an emerging drinking water contaminant across the country. An estimated 110 million Americans have PFAS in their water according to a report by the Environmental Working Group. There are 32 military sites and 17 private sites contaminated with PFAS that are on the federal Superfund list. For more, <read here>.
Alonzo Spencer told his local paper, “The city has been spared a ‘disaster.’”[/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]

Categories
Backyard Talk

ATSDR Fails Community Once Again

In July of 2013, an explosion occurred at the WTI/Heritage Thermal Services (HTS) hazardous waste incinerator in East Liverpool, OH. Incinerator ash that had built up on the inside of the incinerator stack suddenly fell off causing a huge cloud of dust contaminated with heavy metals and other toxic substances to be released from the stack. An estimated 800 to 900 pounds of ash were released into the surrounding community. The plant manager advised residents to wash fruits and vegetables from their gardens and to replace food and water for pets and farm animals. Save Our County, a local group that has been fighting to shut down the incinerator for more than 20 years and other local residents were quite alarmed by what happened and asked whether this latest accident further put their health at risk.

The state regulating agency’s response was to invite the federal Agency for Toxic Substances and Disease Registry (ATSDR) to evaluate what risks the residents might have suffered. More than a year later, ATSDR released its report which concluded that the “trace amount of toxic metals in the surface and subsurface soils of the residential area west of the HTS facility affected by the July 2013 ash release are not expected to harm people’s health. The reason for this is that the concentration of these metals found in the soils are below levels of health concern.”

It’s not clear how ATSDR came to this conclusion when some of the data included in the report clearly show contaminant levels that exceeded levels of health concern. Two (of 13) soil samples, one on-site and one off-site, both downwind, had the highest levels of contaminants of concern (though they never disclosed what these levels were). The arsenic levels found in the surface soil of the surrounding community generally exceeded public health levels of concern, ranging from 14 to 57 parts per million (ppm), averaging 20 ppm. The public health level of concern is 15 ppm.

There is also data on two wipe samples (of 8) collected by HTS immediately after the accident that were found to contain 3,600 ppm arsenic; 13,000 ppm lead and 8,000 ppm nickel. These samples were collected from areas on-site where trucks at the facility were staged. These are all extraordinarily high and well above public health levels of concern.

Similarly, two wipe samples collected from the community had arsenic levels at 277 ppm and lead at 819 ppm, both levels well in excess of levels of public health concern. The report refers to a third sample collected from the surface of a black S10 pick-up truck with arsenic at 296 ppm and lead at 1,046 ppm also well above public health levels of concern.

Despite all of these results that exceeded public health levels of concern, ATSDR concluded that there is no cause for alarm and that the toxic metals released into the community “is not expected” to harm people’s health. It’s like someone at ATSDR wrote the conclusion without ever reading the report or looking at the data.

The ATSDR report simply ignores the data that exceeds public health levels of concern and draws its conclusions as though these high levels did not exist. How can anyone trust a government agency that operates this way?

This is what communities across the country have grown to expect from ATSDR – conclusions that are unresponsive to community concerns about potential health risks but protective of industrial pollution. Some things never change.


Categories
Backyard Talk

Making Sense of Zero Waste

When most people think of zero waste, they think of a near impossible and impractical goal.

They think that zero waste means not generating any waste or that all the waste that is generated has to be recovered, reused or recycled. Zero waste is much more than these narrow views envision. A new report by the Global Alliance for Incinerator Alternatives, On the Road to Zero Waste: Successes and  Lessons from Around the World, provides a realistic view of what zero waste is by providing examples of how it is being applied and offers great hope of what it can be.

The report makes clear that zero waste is both a goal and a plan of action. The goal is to ensure resource recovery and protect scarce natural resources by ending waste disposal practices that use incinerators, dumps and landfills. The plan incorporates waste reduction, composting, recycling and reuse, changes in consumption habits and industrial redesign. The report also points out that zero waste is a “revolution” between waste and people. “It is a new way of thinking that aims to safeguard the health, and improve the lives of everyone who produces, handles, works with, or is affected by waste – in other words all of us.”

Nine success stories from across the globe are profiled in the report. Each of the communities profiled used different zero waste practices that were unique to its culture, economy and political realities, yet each led successfully to the same goal. Each shared several key ingredients – intensive prevention and source separation policies and flexible and decentralized, low-tech waste treatment systems. Each was more cost-effective and generated more employment than systems built around big incinerators and landfills.

The introduction to the report describes a common philosophy behind a comprehensive zero waste plan driven by four core strategies: 1) Setting a new direction away from waste disposal; 2) Supporting comprehensive reuse, recycling and organics treatment programs; 3) Engaging Communities; and 4) Designing for the future.

The new direction moves society away from waste disposal by setting goals and target dates to reduce waste going to landfills, abolishing waste incineration, establishing or raising landfill fees, shifting subsidies away from waste disposal and into discard recovery, and banning disposable products, among other interventions.

Zero waste systems separate waste at its source to ensure high recovery quality and efficiency.  Separate organics collection is critical to ensure a stream of clean, high quality material which in turn enables the creation of useful products (compost and biogas) from the largest fraction of municipal waste. It also improves the recycling rates because materials remain free of contamination.

A critical element of zero waste is involving the local community in determining the direction of the waste management program. The public needs to be involved in the very design of the plan for it to succeed. Residents must actively participate by consuming sustainably, minimizing waste, separating discards, and composting at home.

Once zero waste practices are in place, it becomes easier to identify materials or products that cannot be reused, composted or recycled. This creates opportunities to address industrial design mistakes or inefficiencies so that companies will produce cleaner and more sustainable products. If it cannot be reused, composted or recycled, it should not be produced in the first place.

Zero waste strategies can help societies produce and consume goods while respecting ecological limits and the rights of communities to self determination. It can also help ensure that all discarded materials are safely and sustainably returned to nature or manufacturing.

For a copy of the report, see <www.no-burn.org/ZWcasestudies>.