Tulou v. Raytheon Service Co.

659 A.2d 796, 1995 Del. Super. LEXIS 197, 1995 WL 355765
CourtSuperior Court of Delaware
DecidedMarch 6, 1995
DocketCiv. A. 94A-05-3
StatusPublished
Cited by9 cases

This text of 659 A.2d 796 (Tulou v. Raytheon Service Co.) is published on Counsel Stack Legal Research, covering Superior Court of Delaware primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Tulou v. Raytheon Service Co., 659 A.2d 796, 1995 Del. Super. LEXIS 197, 1995 WL 355765 (Del. Ct. App. 1995).

Opinion

OPINION

HERLIHY, Judge.

Christophe A.G. Tulou, Secretary [Secretary] of the Department of Natural Re *798 sources and Environmental Control [DNREC] appeals the decision of the Environmental Appeals Board [Board] which reversed the Secretary’s denial of a construction permit filed by Raytheon Service Company [Raytheon]. The Board remanded the matter to the Secretary for the issuance of a construction permit. This appeal followed.

The present appeal presents two separate issues. The first being necessary to decide the second. The initial issue is the determination of the function of both the Secretary and the Board, primarily the Board’s review of decisions of the Secretary and their relationship to each other. Once the level of review is established, this Court can resolve the conflict presented by Raytheon’s request for the construction permit.

FACTS

The Delaware Solid Waste Authority [DSWA] owns the Delaware Reclamation Project [DRP] which is operated under contract by Raytheon 1 The DRP is located on the Delaware River at Pidgeon Point in New Castle, Delaware.

DRP processed waste generated by Wilmington and New Castle County. The processed waste included solid waste (garbage) and sewage sludge. DRP was designed to recycle, from solid waste, refuse-derived fuel and burnable garbage, metals and glass. The non-recyclable organic residue which remained was mixed with sewage sludge and composted in four digesters. The resulting compost was intended for sale as fertilizer.

During the composting process, the diges-ters released foul smelling fumes. Each digester used a fifty-foot stack with deamine (a masking/neutralizing agent) added to the emissions in an attempt to reduce the offensive odors. 2 Approximately 40,000 cubic feet per minute of gases were emitted by each digester totaling 160,000 cubic feet per minute for the four digesters.

DNREC has received numerous complaints from nearby property owners regarding the odors. Since 1984, DNREC has brought numerous enforcement actions against Raytheon, including 44 arrests and convictions of DRP.

To curb the odor problem, Raytheon has most recently proposed to link and combine the four digesters and existing emission stacks through ventilation pipes which would pump the emissions into a chemical neutralization chamber. The proposal includes adding one-half gallon of deamine per hour to the chamber. The resulting air would then be vented, with the aid of a fan, through a single 150-foot dispersion stack.

DNREC regulates DRP through statutes and regulations governing solid waste and the control of air pollution. As part of the new solid waste management regulations adopted by DNREC, which became effective in December 1989, DNREC requires that a solid waste facility, such as DRP, apply for a permit to operate. In addition, DNREC air pollution regulations require a permit to construct an air pollution control device, such as the dispersion stack presently proposed by Raytheon. In following the regulations, Ray-theon applied for the operating permit for the facility without the proposed additions, as well as a permit to construct the odor abatement system improvements.

PROCEDURAL POSTURE

Hearing Before the Secretary

After Raytheon applied to the Secretary for the necessary permits, the Secretary held a hearing on the applications on February 2, 1993. The record before the Secretary consisted of testimony from residential neighbors, Senator David McBride, Peter Drottar [Drottar], Manager of Raytheon’s Environmental Engineering Services Group, Richard Duffee [Duffee], an expert in dispersion meteorology and odors, and John Robinson [Robinson], an expert in computer atmospheric dispersion modeling. Both Duffee and Robinson appeared on behalf of Ray-theon.

*799 Computer dispersion modeling is the mathematical prediction of mixing different concentrations of gases in the atmosphere and the resulting effects in concentrations downwind under varying meteorological conditions. One essential measurement in determining gaseous concentrations is the dilution to threshold [D/T]. One D/T is the concentration of odorous gases in the air we breathe at which half of the people detect some odor while the other half do not perceive an odor. 3 Larger expressions of D/T are simply multiples of the concentrations found in one D/T. For instance, a reading of 25 D/T is 25 times more concentrated than those measured at one D/T. Dispersion models then predict the concentrations at various points downwind from the stacks. A Raytheon expert testified that in his opinion, the odor concentration out of Raytheon’s four stacks was approximately 200 D/T.

There are several models that are used to predict odor concentrations. Raytheon’s expert Robinson, used an integrated gaussian model [IGM] to predict the gaseous concentrations if the proposed dispersion stack were built. As with any model, the data input is crucial, in this case, the odor concentrations exiting the stack. Robinson used 300 D/T as the input figure which is based on the 1992 mean odor measurement of 200 D/T, plus a 50 percent increase to cover potential variances in operating conditions. Based upon a comparison with results of a 1988-89 IGM model, Robinson predicted a “40-fold reduction” in odor concentration.

DNREC questioned Drottar, also a Ray-theon expert, regarding a 1988-89 report he submitted to DNREC predicting that a significant dilution of air, combined with dea-mine would solve the odor problem then existing. Other than the proposal to build the single 150-foot dispersion stack, this was the same method of odor control presently proposed. At the time of the 1988-89 report, the dispersion modeling predicted an 86 percent reduction in odors. It was found, however, that once implemented, the dilution of air and addition of deamine did not effectively reduce the odors.

According to Drottar and Duffee, the 1988-89 model did not accurately predict odor reduction because the initial data of stack emission was assumed to be 128 D/T. This number is too low since current measurements are 200 D/T. Duffee also stated that the 1988-89 model was not done properly because it did not have a sufficient number of receptors to determine maximum concentrations. During that study, there were two receptors at particular locations to measure gaseous concentrations downwind. Although the 1988-89 modeling was deficient in certain areas, Robinson, nevertheless, used those results for comparison in predicting concentrations with the proposed 150-foot stack.

An additional theory raised by the parties attempts to account for the unreliable results revealed by the dispersion model. This theory was originally posed by Dr. James Dun-son, which suggests that heavy oils, such as terpenes, present in the emissions may have the capability of absorbing odorous compounds and carrying them farther downwind than predicted. DNREC argues that the modeling performed by DRP did not take into account this theory which could adversely affect odor predictions. Raytheon responded to this theory, in part, by letter from Dr.

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659 A.2d 796, 1995 Del. Super. LEXIS 197, 1995 WL 355765, Counsel Stack Legal Research, https://law.counselstack.com/opinion/tulou-v-raytheon-service-co-delsuperct-1995.