Showing posts with label 1993-03. Show all posts
Showing posts with label 1993-03. Show all posts

Sunday, 30 March 2014

#329: How We Got Here--Part 2: Who Will Take Responsibility For PCBS?

=======================Electronic Edition========================

RACHEL'S HAZARDOUS WASTE NEWS #329
---March 18, 1993---
News and resources for environmental justice.
------
Environmental Research Foundation
P.O. Box 5036, Annapolis, MD 21403
Fax (410) 263-8944; Internet: erf@igc.apc.org
==========
RACHEL-4CM = DIOXIN FOCUSED DIRECTORY
Remote Access Chemical Hazards Electronic Library.
Dioxinnz.com
=======================Original Source========================

The story of PCBs is a morality play for our time.

PCBs (polychlorinated biphenyls) were discovered during the 19th century, when petroleum was still more of a curiosity than a recognized foundation for the world's most powerful civilization. As the automobile came into wider use during this century (Henry Ford invented the assembly line around 1910), the demand for gasoline grew. As gasoline was extracted from crude oil, great quantities of other chemicals, like benzene, were left over. Chemists started playing around with these chemicals, to see if something useful could be made from smelly by-products, like benzene.

If you heat benzene under the right conditions, you can glue two benzene rings together, creating diphenyl. If you then expose the diphenyl to chlorine gas under the right conditions, you can create chlorinated diphenyls, or biphenyls as we call them today. Adding more or less chlorine gives compounds with differing properties, and thus PCBs (polychlorinated biphenyls, all 75 of them) came into being. They aren't soluble in water, they don't burn, the don't conduct electricity, they do not degrade during use, and they conduct heat very well--viola! An excellent candidate for a variety of uses in the burgeoning fields of electric power equipment and electronics.

By 1914 enough PCBs had already escaped into the environment to leave measurable amounts in the feathers of birds held in museums today. [1]

By the mid-1930s, as we saw earlier (RHWN #327) Monsanto was producing PCBs commercially and PCBs had created a public health problem sufficient in size to attract academic researchers, the U.S. Public Health Service, and several large industrial producers and users of PCBs.

In 1936 a senior official with the U.S., Public Health Service described a wife and child, both of whom had developed chloracne, a combination of blackheads and "pustules," merely from contact with a worker's clothes. The same official wrote, "In addition to these skin lesions, symptoms of systemic poisoning have occurred among workers inhaling these fumes." [2]

By 1947, E.C. Barnes of Westinghouse's medical department wrote, in an internal company memo, that long-term exposure to PCB fumes "may produce internal bodily injury which may be disabling or could be fatal." [3]

By 1959, the assistant director of Monsanto's Medical Department would write to the Administrator of Industrial Hygiene at Westinghouse saying, "...sufficient exposure, whether by inhalation of vapors or skin contact, can result in chloracne which I think we must assume could be an indication of a more systemic injury if the exposure were allowed to continue." [4]

In 1968, when 1300 residents of Kyushu, Japan, fell ill after eating rice contaminated with PCBs, the world's public health establishment woke up from a long sleep and began to examine PCBs, which by this time were everywhere.

In late 1971, a group of Westinghouse staff met to discuss PCBs and they noted that PCBs concentrate in the food chain. A memo summarizing the meeting said, "It was generally concluded that... there is sufficient evidence that pcbs can be deleterious to the health of animal and human life and that the risks of ignoring the evidence that does exist was [sic] inappropriate for Westinghouse." [5] Yet the 1971 memo recommended continued use of PCBs.

Nearly 20 years later, in the late 1980s, researchers began to find that workers exposed to PCBs were dying of skin cancer and, perhaps, of brain cancer. Westinghouse and Monsanto maintain that they always informed their workers completely about the hazards of PCBs, but during the 1990s, workers have begun to sue for damages, saying the companies misled them.

Recently in a court in Travis County, Texas, Westinghouse released a 22-page memo that bears no date, but which company officials say was written by a Westinghouse staff lawyer in 1987 or 1988. [6] In the memo, the Westinghouse lawyer describes extensive paper and microfilm records held by the Westinghouse Industrial Hygiene Department: "The majority of the documents in Industrial Hygiene's files are potential 'smoking gun' documents," the memo says. The memo goes on, "The files are filled with documentation which critiques and criticizes, from an industrial hygiene perspective, Westinghouse manufacturing and non-manufacturing operations. This documentation often times points out deficiencies in Westinghouse operations and suggests recommendations to correct these deficiencies. Industrial Hygiene's files contain information which details the various chemical substances used at Westinghouse sites over the years and often times the inadequacies in Westinghouse's use and handling of the substances. The files contain many years of employee test results, some of them unfavorable," the memo says. [7]

The memo says that Westinghouse executives must ask certain questions before deciding to keep or destroy the smoking gun records. The first question is, "What are the chances of litigation? Is it pending or imminent?" The second question is, "In the case of litigation, which party would have the burden of proof?"

The memo then says, "We recommend that all such files generated prior to 1974 be discarded.... In our opinion, the risks of keeping these files on the whole substantially exceed the advantages of maintaining the records...."

Westinghouse officials deny that the memo was acted upon. They say they still have all the company's files intact. However, in a lawsuit against Westinghouse by Nevada Power and Light (NP&L), Westinghouse did not produce documents, such as correspondence between Westinghouse and Monsanto, requested by NP&L in a "discovery" proceeding. Monsanto, on the other hand, did produce correspondence with Westinghouse officials. [4] NP&L is suing Westinghouse, GE and Monsanto for $48.5 million in compensatory damages for costs the utility says it incurred because of PCBs in electric power equipment.

Furthermore, in sworn testimony in the NP&L case, three Westinghouse employees or former employees described how files that they maintained about PCBs were taken from them by members of Westinghouse legal staff in the 1980s and never returned to them.

It is not clear why Westinghouse handed over the "smoking gun" memo to opposing counsel in the Texas suit. In any case, Westinghouse attorneys tried to have the document declared "privileged" so that it would remain under wraps. On February 9, 1993, Texas Judge Paul R. Davis ruled against Westinghouse, saying the memo "falls within the crime/fraud exemption to privileged documents" under Texas law because, the Judge said, the memo was "prepared, and describe[s] a plan, to commit fraud on the courts of this nation." Westinghouse denies fraudulent intention, but destroying documents that might be needed in foreseeable litigation is forbidden under U.S. law.

Westinghouse will have many opportunities to redeem its good name in the next few years. If company officials still have all their company records dating back to the 1930s, they will be able to produce relevant documents during "discovery" proceedings in dozens of lawsuits now impending or already filed. More than a thousand individuals have already filed lawsuits against Westinghouse, seeking compensation for alleged damages from workplace exposures.

During this '90s, the PCB morality play will move through the courts, where Chapter 11 bankruptcy may be the only way out for the purveyors of PCBs.
Some may see in this history the malevolent machinations of corporate criminals. But others may find in this story well-meaning individuals trapped in circumstances they believe forced them to make choices that they, as individuals, could never condone.

In RHWN #327 we heard General Electric's F.R. Kaimer describe the HUMAN reaction of GE executives to the disfigurement and pain of GE workers exposed to PCBs: "[W]e had 50 other men in very bad condition as far as the acne was concerned. The first reaction that several of our executives had was to throw it out--get it out of our plant. They didn't want anything like that for treating wire. But that was easily said but not so easily done. We might just as well have thrown our business to the four winds and said, 'We'll close up,' because there was no substitute and there is none today in spite of all the efforts we have made through our own research laboratories to find one." [7]

In the end, it does not matter what motivated the actors in our PCB story. Whether they were motivated by good or evil, the necessary remedy is the same.

As a society, and as a species, we cannot survive the launching of many more families of chemicals like PCBs or CFCs. Yet the corporate form of organization shields those who launch such chemicals, preventing them AS INDIVIDUALS from feeling the consequences of their actions. The way out of this thicket is to give back liability to all individuals, removing the corporate shield that prevents individuals from feeling the consequences of their own actions. Through reform of the corporate charter, we can return to everyone their essential humanness, their responsibility for their own choices in their own lives.

  --Peter Montague, Ph.D.

===============

[1] Robert Risebrough and Virginia Brodine, "More Letters in the Wind," in Sheldon Novick and Dorothy Cottrell, editors, OUR WORLD IN PERIL: AN ENVIRONMENT REVIEW (Greenwich, Conn.: Fawcett, 1971), pgs. 243-255.

[2] E.C. Barnes quoted in Michael Schroeder, "Did Westinghouse Keep Mum on PCBs?" BUSINESS WEEK August 12, 1991, pgs. 68-70.

[3] Letter from Elmer P. Wheeler of Monsanto, to H. Wilbur Speicher of Westinghouse, October 23, 1959.

[4] Memo from G.W. Wiener, Research Director, Power Systems, Westinghouse, titled "Minutes of pcb status," dated December 28, 1971.

[5] Stuart Mieher, "Westinghouse Lawyer Urged in '88 Note That Toxic-Safety Records Be Destroyed." WALL STREET JOURNAL February 26, 1993, pg. A-4.

[6] Undated "smoking gun" memo by Westinghouse attorney Jeffrey Bair and C.W. Bickerstaff, then Manager of Corporate Industrial Hygiene for Westinghouse.

[7] Cecil K. Drinker and others, "The Problem of Possible Systemic Effects From Certain Chlorinated Hydrocarbons," THE JOURNAL OF INDUSTRIAL HYGIENE AND TOXICOLOGY Vol. 19 (September, 1937), pgs. 283-311.

Descriptor terms: pcbs; polychlorinated biphenyls; benzene; monsanto; u.s. public health service; westinghouse; chloracne; kyushu; japan; tx; nevada power & light; np&l; smoking gun memo; fraud; judge paul r. davis; general electric; f.r. kaimer; petroleum; chlorinated hydrocarbons;

#327: How We Got Here--Part 1: The History of Chlorinated Biphenyl (PCBS)

=======================Electronic Edition========================

RACHEL'S HAZARDOUS WASTE NEWS #327
---March 4, 1993---
News and resources for environmental justice.
------
Environmental Research Foundation
P.O. Box 5036, Annapolis, MD 21403
Fax (410) 263-8944; Internet: erf@igc.apc.org
==========
RACHEL-4CM = DIOXIN FOCUSED DIRECTORY
Remote Access Chemical Hazards Electronic Library.
Dioxinnz.com

=======================Original Source========================


If you had to pick one chemical that best exemplified our modern situation, it might well be PCBs (polychlorinated biphenyls).

PCBs were first manufactured commercially in 1929 by the Swan Corporation, which later became part of Monsanto Chemical Company of St. Louis, Missouri.[1] Monsanto then licensed others to make PCBs and the product took off. PCBs conduct heat very well, but do not conduct electricity, and they do not burn easily. Furthermore, they do not change chemically--they are stable--and they are not soluble in water. Therefore they are ideal insulators in big electrical transformers and capacitors (devices that store electricity). As electricity came into widespread use during the first half of this century, equipment suppliers like GE and Westinghouse became major users of PCBs.

Many of the characteristics that make PCBs ideal in industrial applications create problems in the environment. Like many other chlorinated hydrocarbons, PCBs are soluble in fat, though not in water, so they tend to accumulate in living things and to enter food webs, where they concentrate. Larger, older predators tend to accumulate PCBs in their fatty tissues, including their eggs (in the case of birds and fish) and their milk (in the case of mammals). PCBs were first recognized as an environmental problem in 1966 when a Swedish researcher reported finding them in 200 pike from all over Sweden, in other fish, and in an eagle.[2] For the next decade, scientists accumulated information about PCBs, finding them disrupting food webs all over the planet. By 1976, the destruction wrought by PCBs was so obvious and so well understood that even the U.S. Congress comprehended the danger and took action, outlawing the manufacture, sale, and distribution of PCBs except in "totally enclosed" systems. Between 1929 and 1989, total world production of PCBs (excluding the Soviet Union) was 3.4 billion pounds, or about 57 million pounds per year. Even after the U.S. banned PCBs in 1976, world production continued at 36 million pounds per year from 1980-1984 and 22 million pounds per year, 1984-1989. The end of PCB production is still not in sight.[3]

The whereabouts of 30 percent of all PCBs (roughly a billion pounds) remains unknown. Another 30 percent reside in landfills, in storage, or in the sediments of lakes, rivers, and estuaries. Some 30 percent to 70 percent remain in use. The characteristics of PCBs (their stability and their solubility in fat) tend to move them into the oceans as time passes. Nevertheless, it is estimated that only one percent of all PCBs have, so far, reached the oceans.[3]

The one percent that HAVE reached the oceans are causing major problems. As noted above, PCBs tend to concentrate in the food chain; the higher you are on the food chain, the greater the concentration of PCBs. Large fish, and creatures that eat large fish, tend to accumulate thousands of parts of million (ppm) in their flesh. Furthermore, by a cruel twist of fate, large birds and large marine mammals (seals, sea lions, whales, and some dolphins) lack enzyme systems to efficiently detoxify PCBs. As a result, PCBs build up in the bodies of oceanic predators and are passed to their offspring through eggs (in the case of fish and birds) and milk (in the case of mammals). PCBs mimic hormones and are a powerful disruptor of the endocrine system that governs reproduction. Marine mammals are already having trouble reproducing.[4] It is entirely possible that, as more PCBs reach the oceans, all large mammals will disappear.[5]

Humans, too, are contaminated by PCBs and are passing these powerful toxins to their infant children through breast milk. In the U.S. and other industrialized countries, PCBs are present in breast milk at about 1 part per million (ppm) in the milk fat. An infant drinking milk contaminated at this level will take in a quantity of PCBs that is 5 times as high as the recommended "allowable daily intake" for an adult, as established by the World Health Organization.[6]

Children exposed in the womb to PCBs at levels considered "background levels" in the U.S. have been found to experience hypotonia (loss of muscle tone) and hyporeflexia (weakened reflexes) at birth, delays in psychomotor development at ages 6 and 12 months, and diminished visual recognition memory at 7 months.[7]

How did we get here?
In 1937--just eight years after Swan Chemical began manufacturing PCBs in commercial quantities--the Harvard School of Public Health hosted a one-day meeting on the problem of "systemic effects" of certain chlorinated hydrocarbons including "chlorinated diphenyl" (an early name for PCBs).[8] The meeting was attended by representatives from Monsanto, General Electric, the U.S. Public Health Service, and the Halowax Corporation, among others.

Before World War I, the Halowax Corporation began manufacturing chlorinated naphthelenes as a coating for electric wire and companies like General Electric began using it. The president of Halowax, Sandford Brown, told the meeting that they had observed no problems in their workers until "the past 4 or 5 years... Then we come to the higher stages [greater number of chlorine atoms in the mixture], combined with chlorinated diphenyl and other products, and suddenly this problem is presented to us."[8] By the mid-1930s, workers at Halowax and at GE, and even some of their customers, were breaking out with chloracne--small pimples with dark pigmentation of the exposed area, followed by blackheads and pustules. In 1936 three workers at the Halowax Company died, and Halowax then hired Harvard University researchers to expose rats to these chlorinated compounds, to see if they could discover the underlying cause. The Harvard researchers made "a number of estimates of chlorinated hydrocarbons in the air of different factories," then designed experiments to expose rats to similar levels. They reported that "the chlorinated diphenyl is certainly capable of doing harm in very low concentrations and is probably the most dangerous [of the chlorinated hydrocarbons studied]."[8] And, they said, "These experiments leave no doubt as to the possibility of systemic effects from the chlorinated naphthalenes and chlorinated diphenyls."[8]

From a brief report on the one-day conference, we can gather that problems caused by PCB exposures were serious and widely known. Mr. F.R. Kaimer, assistant manager of General Electric's Wireworks at York, Pa., said, "It is only 1 1/2 years ago that we had in the neighborhood of 50 to 60 men afflicted with various degrees of this acne about which you all know. Eight or ten of them were very severely afflicted--horrible specimens as far as their skin conditions was concerned. One man died and the diagnosis may have attributed his death to halowax vapors, but we are not sure of that...."[8]

GE's medical director, Dr. B. L. Vosburgh of Schenectady, N.Y., attended the meeting. He said, "About the time we were having so much trouble at our York factory some of our customers began complaining. We thought we were having a hysteria of halowax mania throughout the country."

Monsanto Chemical Company was represented at the meeting by R. Emmett Kelly. Mr. Kelly told the meeting, "I can't contribute anything to the laboratory studies, but there has been quite a little human experimentation in the last several years, especially at our plants where we have been manufacturing this chlorinated diphenyl." He went on to describe the results of Monsanto's human experiments: "A more or less extensive series of skin eruptions which we were never able to attribute as to cause, whether it was impurity in the benzene we were using or to the chlorinated diphenyl."[8]

GE's F.R. Kaimer described the HUMAN reaction of GE executives to the disfigurement and pain of GE workers exposed to PCBs: "[W]e had 50 other men in very bad condition as far as the acne was concerned. The first reaction that several of our executives had was to throw it out--get it out of our plant. They didn't want anything like that for treating wire. But that was easily said but not so easily done. We might just as well have thrown our business to the four winds and said, 'We'll close up,' because there was no substitute and there is none today in spite of all the efforts we have made through our own research laboratories to find one."[8] And so GE executives--contrary to their personal ethics--reached a business decision to continue using PCBs.

[To be concluded next week.] #328

--Peter Montague, Ph.D.

===============

[1] Robert Risebrough and Virginia Brodine, "More Letters in the Wind," in Sheldon Novick and Dorothy Cottrell, editors, OUR WORLD IN PERIL: AN ENVIRONMENT REVIEW (Greenwich, Conn.: Fawcett, 1971), pgs. 243-255.

[2] Soren Jensen, "Report of a New Chemical Hazard," NEW SCIENTIST Vol. 32 (1966), pg. 612.

[3] Kristin Bryan Thomas and Theo Colborn, "Organochlorine Endocrine Disruptors in Human Tissue," in Theo Colborn and Coralie Clement, editors, CHEMICALLY-INDUCED ALTERATIONS IN SEXUAL AND FUNCTIONAL DEVELOPMENT: THE WILDLIFE/HUMAN CONNECTION [Advances in Modern Environmental Toxicology Vol. XXI] (Princeton, N.J.: Princeton Scientific Publishing Co., [1992).] pgs. 342-343.

[4] See, for example, Robert L. DeLong and others, "Premature Births in California Sea Lions: Association With High Organochlorine Pollutant Residue Levels," SCIENCE Vol. 181 (Sept. 21, 1973), pgs. 1168-1170; and Peter J. H. Reijnders, "Reproductive failure in common seals feeding on fish from polluted coastal waters," NATURE Vol. 304 (Dec. 4, 1986), pgs. [456-457.]456-457.

[5] Shinsuke Tanabe, "PCB Problems in the Future: Foresight from Current Knowledge," ENVIRONMENTAL POLLUTION Vol. 50 (1988), pgs. 5-28.

[6] Kristin Bryan Thomas and Theo Colborn, "Organochlorine Endocrine Disruptors in Human Tissue," in Theo Colborn and Coralie Clement, editors, CHEMICALLY-INDUCED ALTERATIONS IN SEXUAL AND FUNCTIONAL DEVELOPMENT: THE WILDLIFE/HUMAN CONNECTION [Advances in Modern Environmental Toxicology Vol. XXI] (Princeton, N.J.: Princeton Scientific Publishing Co., [1992).] pgs. 365-394. For the comparison of U.S. breast-fed infants' intake vs. World health Organization's standard for adults, see pg. 385.

[7] Hugh A. Tilson and others, "Polychlorinated Biphenyls and the Developing Nervous System: Cross-Species Comparisons," NEUROTOXICOLOGY AND TERATOLOGY Vol. 12 (1990), pgs. 239-248.

[8] Cecil K. Drinker and others, "The Problem of Possible Systemic Effects From Certain Chlorinated Hydrocarbons," THE JOURNAL OF INDUSTRIAL HYGIENE AND TOXICOLOGY Vol. 19 (September, 1937), pgs. 283-311. Thanks to Bridget Barclay of the Hudson River Sloop Clearwater for sending us this revealing article. Ms. Barclay and her colleagues at Hudson Clearwater have worked tirelessly for years to force a sensible cleanup of PCBs that GE dumped, contaminating the length of the Hudson River; Hudson Clearwater can be reached in Poughkeepsie at (914) 454-7673.

Descriptor terms: pcbs; ge; chlorine; sandford brown; halowax corp; usphs; westinghouse; electricity; monsanto; wildlife; fish; mo; landfills; oceans; swan corp;

#328: An Update on Two Key Incinerator Battles

=======================Electronic Edition========================

RACHEL'S HAZARDOUS WASTE NEWS #328
---March 11, 1993---
News and resources for environmental justice.
------
Environmental Research Foundation
P.O. Box 5036, Annapolis, MD 21403
Fax (410) 263-8944; Internet: erf@igc.apc.org
==========
RACHEL-4CM = DIOXIN FOCUSED DIRECTORY
Remote Access Chemical Hazards Electronic Library.
Dioxinnz.com

=======================Original Source========================

[Two high-visibility incinerator battles illustrate some of the DEFINING ISSUES as President Clinton establishes environmental policies and an environmental agency to implement them. For that reason, we interrupt our PCB series, begun last week,#327 to bring you updates on both fights. We'll continue with PCBs next week.] #329


They're once again burning dioxin-contaminated chemicals in a residential neighborhood of Jacksonville, Arkansas. A 3-judge panel from the 8th Circuit Court of Appeals in St. Louis overturned the temporary shutdown order issued February 12 by federal district judge Stephen Reasoner in Little Rock (see RHWN #325). Judge Reasoner had ordered the burning stopped after federal and state environmental officials admitted in court that the Vertac incinerator in Jacksonville could not achieve the 99.9999% destruction efficiency required by regulations. (SEE RHWN #325.) The 3-judge appeals panel said Judge Reasoner's order lacked findings of fact and conclusions of law, and was therefore invalid on procedural grounds. The private incinerator operator ("Vertac Site Contractors") and U.S. EPA together appealed Judge Reasoner's order and won.[1]

The 8th Circuit judges will decide March 17 whether to permanently overturn Judge Reasoner's temporary order, or whether to let Judge Reasoner shut down the Jacksonville incinerator. Meanwhile, Judge Reasoner heard additional testimony in the case March 4 and 5 and will issue a permanent order soon--most likely before the March 17 meeting of the appeals panel. In court March 4, Judge Reasoner said he hadn't changed his mind about his February 12 decision.[2] As we go to press Judge Reasoner is still hearing testimony.

At issue is EPA's own regulations governing hazardous waste incinerators. The regulations begin with a "preamble," which says, "Although the DRE [destruction and removal] performance standard APPLIES TO EACH WASTE FEED BURNED, this does not mean that a separate trial burn for each waste or each different mixture of wastes is required. If the owner or operator established (through a trial burn) operating conditions for those wastes THAT ARE MORE DIFFICULT TO DESTROY, this could provide the alternative documentation for the permitting official to allow certain other wastes to be burned at the same conditions."[3]

The regulations then go on to say that a DRE of 99.99% must be achieved for all hazardous wastes[4] except for a few particularly hazardous ones like dioxins, for which the required efficiency of destruction (DRE) is 99.9999%.[5]

EPA officials argued March 4 before Judge Reasoner that the Jacksonville incinerator doesn't really have to destroy 99.9999% of the dioxin fed into it. They argued that their regulations say a "surrogate" chemical may be burned instead of dioxin, which is true (see the preamble just quoted above). However the regulations say that the surrogate must be "more difficult to destroy" than dioxin. During a 1991 "trial burn" hexachlorobenzene was burned as a surrogate for dioxin, but, by mistake, actual dioxin was also burned. The hexachlorobenzene was burned with 99.9999% efficiency but the actual dioxin was burned with only 99.96% efficiency. It seems clear, therefore that hexachlorobenzene is not "more difficult to destroy" than dioxin but is in fact easier to destroy. The data don't lie. It therefore seems unlikely that Judge Reasoner will become convinced that EPA is complying with its own regulations when it gives a green light to an incinerator operator who (a) admits his machine can't achieve 99.9999% destruction of dioxin, and who (b) has offered no data showing that his machine can destroy with 99.9999% efficiency a chemical "more difficult to destroy" than dioxin.

Importantly, when Jacksonville citizens asked EPA chemist Dr. Cate Jenkins to testify on their behalf, EPA headquarters prevented Jenkins from testifying. Dr. Jenkins helped write EPA's dioxin incinerator regulations in 1985 and she therefore had first-hand knowledge of the INTENT of the regulations. Furthermore, Jenkins received a written reprimand for writing down what she knew about the history of the dioxin incinerator regulations, on EPA letterhead, and sending it to a lawyer representing citizens in Jacksonville.[6] This incident offers some insight into the new administration's response to whistle blowers inside the agency.

The Jacksonville fight is being watched closely by the incineration industry. There are roughly 100 sites in the country contaminated with dioxins, and incineration is planned at many of them. In the state of Missouri, for example, the International Technology Corporation ("IT Corp") in January won a contract to burn dioxin-contaminated soil at Times Beach, but the Missouri Department of Natural Resources has said it will require IT Corp to achieve 99.9999% destruction of dioxin. IT Corp says it has achieved only 99.97% destruction at another incinerator it built.[7]

The Jacksonville legal fight may also impact the outcome of the nation's other high-visibility incinerator fight--that of Waste Technologies Industries (WTI) in East Liverpool, Ohio. According to an affidavit from EPA chemist Dr. Cate Jenkins, WTI is seeking to burn dioxin-containing wastes.[8]

Local citizens have been fighting the WTI incinerator proposal for 13 years. During 1991 and 1992 the incinerator was constructed, and it is now seeking a permit to begin burning. The Bush administration's EPA issued permission for a "trial burn" January 15. Usually when a "trial burn" is conducted, the incinerator begins commercial operation immediately while EPA reviews the "trial burn" data and decides whether to issue an operating permit. Analyzing the trial burn data ordinarily takes up to a year. In response to EPA's green light for a WTI "trial burn," citizens filed a last-ditch lawsuit. Citizens claimed the trial burn and the year-or-so of subsequent commercial burning would harm their health. In court, WTI and EPA claimed there would be no "unacceptable" health risks. The WTI incinerator sits on the edge of the Ohio River, 400 feet from the nearest home, 1100 feet from the nearest school, in a valley known for its stagnant and contaminated air.

Federal District Judge Ann Aldrich in Cleveland ruled March 5 that WTI can conduct the 8-day test burn but cannot then begin commercial operation because "the approximately one-year post trial burn period of operation may cause imminent and substantial endangerment to health and the environment." The judge ruled that WTI must cease operation until EPA analyzes the trial burn data.[9] As we go to press, WTI is conducting the trial burn and has appealed the judge's ban on commercial operation. According to Robin Woods in EPA's press office in Washington, EPA has not decided yet whether to join WTI in its appeal.

At the trial EPA officials admitted they had conducted two risk assessments to assess the dangers to local residents posed by the WTI incinerator. EPA released to the public only one of the two risk assessments, the one showing no substantial danger to residents, but did not release the second risk assessment, which indicated dangers 1000 times greater. William Sanjour, a policy analyst in EPA headquarters in Washington, on March 4 sent a memo to EPA's Inspector General asking for an official investigation. His letter said, in part, "High level EPA officials, whose salaries are paid by the taxpayers, who are sworn to protect human health and the environment, tried to suppress this study for the financial benefit of the owners of WTI.... This behavior is consistent with other actions by EPA officials in unethically and illegally promoting the interests of hazardous waste incinerator operators as I have previously pointed out to you in my memoranda and letters of May 15, 1992, December 22, 1992, January 14, 1993, and February 12, 1993." [10]

Where does the Clinton administration stand on incineration in general? In an interview with C&EN [Chemical & Engineering News] March 1, EPA administrator Carol Browner remained noncommittal about hazardous waste incineration. She said "much can be done to reduce the amount of hazardous waste generated," and the remaining wastes must be handled in the safest possible manner, she said, but she did not take a stand for or against any particular technology. She did say that "the nation has to be careful not to 'overbuild hazardous waste disposal facilities of any type' to prevent creating an incentive for generating more hazardous waste."


"However, Browner has a different take on incinerating municipal solid waste," C&EN reports. "If properly constructed and managed, 'incineration is going to be part of a comprehensive system for dealing with garbage,'" Ms. Browner told C&EN. [11]


--Peter Montague, Ph.D.

===============

[1] Sandy Davis, "Vertac incinerator fired up after judge lifts order banning burn," ARKANSAS DEMOCRAT-GAZETTE February 27, 1993, pgs. 1A, 10A.

[2] Julie Stewart, "Lawyer dismisses risk in burning Vertac wastes," ARKANSAS DEMOCRAT-GAZETTE March 5, 1993, pgs. 1B, 3B.

[3] FEDERAL REGISTER January 23, 1981, pg. 7675. Emphasis added.

[4] Chapter 40 CODE OF FEDERAL REGULATIONS Part 263.343(a)(1).

[5] Chapter 40 CODE OF FEDERAL REGULATIONS Part 263.343(a)(2).

[6] Memo from Gerald H. Yamada, Office of [EPA's] General Counsel, to Catherine L. Jenkins, dated February 26, 1993.

[7] Tom Uhlenbrock, "Court Ruling on Dioxin Clouds Times beach Incinerator Project," ST. LOUIS POST-DISPATCH February 14, 1993, pg. 6C. And Tom Uhlenbrock, "State Firm on Rule for Incinerator 99.9999% of Dioxin Must be Destroyed," ST. LOUIS POST-DISPATCH January 24, 1993, pg. 1D.

[8] Cate Jenkins, "Affidavit of Cate Jenkins, Ph.D., Contamination of RCRA Hazardous Waste Nos. D037, D041 and F032 With Dioxins," dated March 5, 1993.

[9] Greenwire staff, "Incinerator: Judge OKs 8-day trial burn in E. Liverpool," GREENWIRE [The daily executive briefing on the environment; phone (703) 237-5130] March 8, 1993, story #3.

[10] Memo ("High Level EPA Officials Involved in Suppression of Health Risk Data in WTI Case") from William Sanjour to John Martin, dated March 4, 1993.

[11] Lois Ember, "EPA's Browner to Take Holistic Approach to Environmental Protection," C&EN [Chemical & Engineering News] March 1, 1993, pgs. 19-20.

Descriptor terms: william sanjour; cate jenkins; epa; incineration; wti; waste technologies industries; oh; ar; jacksonville; vertac site contractors; carol browner; risk assessment; misfeasance; malfeasance; stephen reasoner; ann aldredge; trials; appeals; regulation; regulations; rcra;