Pine Bluff for Safe Disposal v. Arkansas Pollution Control & Ecology Commission

127 S.W.3d 509, 354 Ark. 563, 2003 Ark. LEXIS 566
CourtSupreme Court of Arkansas
DecidedOctober 30, 2003
Docket02-885
StatusPublished
Cited by19 cases

This text of 127 S.W.3d 509 (Pine Bluff for Safe Disposal v. Arkansas Pollution Control & Ecology Commission) is published on Counsel Stack Legal Research, covering Supreme Court of Arkansas primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Pine Bluff for Safe Disposal v. Arkansas Pollution Control & Ecology Commission, 127 S.W.3d 509, 354 Ark. 563, 2003 Ark. LEXIS 566 (Ark. 2003).

Opinion

Donald L. Corbin, Justice.

This case involves the issuance of two permits authorizing the construction and operation of the Pine Bluff Chemical Agent Disposal Facility, which will be used to dispose of chemical weapons currently being stored at the Pine Bluff Arsenal. The permits were issued in January 1999, by the Arkansas Department of Environmental Quality (ADEQ). Their issuance was affirmed by the Arkansas Pollution Control and Ecology Commission, and the Commission’s decision was subsequently affirmed by the Jefferson County Circuit Court. It is from the circuit court’s ruling that Appellants have brought the instant appeal. Appellants in this action are Pine Bluff for Safe Disposal; Chemical Weapons Working Group, Inc; Vietnam Veterans of America-Arkansas State Council, Inc.; Arkansas Women’s Action for New Directions; and the Vietnam Veterans of America Foundation. Appellees are the Commission, ADEQ, the United States Army, and the Army’s contractor, Washington Demilitarization Company (WDC). 1 This appeal was certified to us from the Arkansas Court of Appeals as presenting an issue of substantial public interest. Our jurisdiction is thus pursuant to Ark. Sup. Ct. R. 1-2(b)(4). We find no error and affirm.

Background and Procedural History

The record reflects that in 1985, Congress directed the United States Department of Defense to destroy the nation’s stockpile of chemical weapons, located at eight different sites across the country and one site on Johnston Island. Congress also passed legislation prohibiting the transportation of any part of the stockpile from its current location. In 1997, the United States government signed the Chemical Weapons Convention Treaty, which requires the United States to destroy its stockpile of chemical weapons within ten years, or by April 2007.

At the time, the nation’s stockpile consisted of approximately 30,000 tons of chemical weapons. There are approximately 3,850 tons of chemical weapons stored at the Pine Bluff Arsenal. They include the nerve agents VX and GB (known as Sarin) and the blistering agents [¶] and HT (known as mustard gas). The United States Army is the agency responsible for overseeing the destruction of the chemical weapons.

As of May 8, 2000, the date of the administrative order in this case, there were two other sites where the Army was actively destroying weapons. The first site established by the Army was on Johnston Island, which is located in the Pacific Ocean, about 700 miles southwest of Hawaii. The Johnston Island site had destroyed 1,678 tons of chemical-agent munitions, approximately eighty-three percent of its stockpile. 2 The second site was in Tooele, Utah, which had destroyed 2,970 tons of chemical agent, approximately twenty-one percent of its stockpile. Two additional facilities were being constructed in May 2000 in Anniston, Alabama, and Umatilla, Oregon.

Destroying the stockpile at the Pine Bluff Arsenal requires the Army to build and operate a hazardous-waste treatment, storage, and disposal facility. The Pine Bluff Facility will follow a standardized design by the Army and will look very much like the facility in Tooele. The Facility will be located at the Arsenal, approximately three miles from the current weapons-storage area. Destruction of the chemical weapons is a five-step process. The first step involves transporting the munitions from their storage areas to the Facility. The second step requires the Army to separate the chemical agent from the munitions. This step will be accomplished in a room specially designed to contain any accidental explosion. Once separated, the chemical agent is stored in a tank in a toxic cubicle, which is a room specially designed to withstand an earthquake. The third step is the actual incineration of the chemical agent and the decontamination and destruction of the munitions.

The fourth step in the destruction process is the prevention and abatement of pollution. This is the step at issue in this case. As part of this step, each of the Facility’s four furnaces will have its own pollution-abatement system. The liquid incinerator, where the chemical agent is destroyed, the deactivation furnace, where the munitions are destroyed, and the metal-parts furnace, where the storage containers are destroyed, will each use a “wet” pollution-abatement system, which will incorporate a quench tower, a scrubber tower, a demister vessel, and a carbon-filter system to remove particulate, acid gases, and any remaining concentrations of organic vapors. The dunnage incinerator, where the Army will destroy the wooden pallets and other miscellaneous storage items that might become contaminated, will use a “dry” pollution-abatement system, which will incorporate a baghouse, a quench tower, another baghouse, and a dedicated stack to remove particulate and acid gases. In addition to these measures, the Facility will be designed so that the rooms are broken down into different ventilation categories, to maintain the containment of chemical agent through a negative-pressure ventilation system.

The carbon-filter system is designed to reduce low-level emissions of products of incomplete combustion, such as dioxin and furans, that may be present in the exhaust stream. In the event of an upset condition to the furnace, which may result in the incomplete destruction of a chemical agent, the carbon-filter system is designed to capture the chemical agent as it passes through the pollution-abatement system. Thus, the carbon-filter system is designed to prevent contaminants from entering the atmosphere.

The fifth and final step in the destruction process is the disposal of waste streams, such as scrap metal in the form of decontaminated shipping drums, storage tanks, or miscellaneous metal items recovered from the deactivation furnace. Such decontaminated scrap metal will be sold to the public. Other waste streams consist of decontaminated fiberglass residue, dunnage ash, and brine salts. These residues will be packaged and shipped to a hazardous-waste landfill. The entire destruction process will be monitored by the Army, to ensure the protection of human life by detecting chemical agents, if any, within the Facility and on the perimeter of the Facility. The Army will use two different monitoring systems, using gas chromatography, to check for the presence of chemical agents in the air and in the stack.

In 1985, the Army began the process of obtaining an air permit and a hazardous-waste permit from ADEQ. The Army then set about compiling data and performing risk assessments for the permits. A risk assessment consists of a screening evaluation to detect any potential human-health risks or ecological impact from the proposed Facility. It is the applicant’s responsibility to conduct the risk assessment; however, it is ADEQ that is responsible for developing a protocol, which gives the applicant a set of instructions to follow in conducting the risk assessment. Among other things, the protocol prescribes where the emissions data is to come from, the parameters that are required from toxicological data bases, the reference doses, and all the calculations and equations the applicant is to use in conducting the risk assessment.

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Bluebook (online)
127 S.W.3d 509, 354 Ark. 563, 2003 Ark. LEXIS 566, Counsel Stack Legal Research, https://law.counselstack.com/opinion/pine-bluff-for-safe-disposal-v-arkansas-pollution-control-ecology-ark-2003.