Findings Of Fact Based upon my observation of Respondent's witnesses and their demeanor while testifying, the documentary evidence received and the entire record compiled herein, the following relevant facts are found. Sometime prior to May 7, 1980, Petitioner, Wyatt S. Odom, applied for a permit to construct an individual sewage disposal facility for a houseboat on Drs Lake in Orange Park, Clay County Florida. By letter dated May 7, 1980, Ronald E. Bray, Sanitarian Supervisor for the Clay County Health Department, advised Petitioner that his permit application to construct an individual sewage disposal facility for a houseboat was being denied since the area of Petitioner's property was approximately 26,250 square feet2 A survey of the subject property revealed that the area is 19,890 square feet, which is of course less than one-half acre. (Respondent's Exhibit 2) (0.60 acre) with three individual sewage disposal systems already existing on the property; the land was not suitable for the installation that would allow the proper and required drainfield absorption area and setback requirement could not be maintained due to the existence of buildings, waterlines, wells, a lake and existing sewage disposal facilities which, if permitted, would be in contravention of Chapters 10D-6.23(2) and 10D-6.24(2), (3), (4) and (6), Florida Administrative Code. Supervisor Bray and Sanitarian Thomas Haley, observed the subject property and the survey, and concluded that based on the size of Petitioner's property and the existing wells and septic tanks thereon, it was unsuitable for and could not satisfy the setback requirements and the required drainfield absorption area. (Testimony of Ronald E. Bray.) As stated, Petitioner did not appear at the hearing to contest the Respondent's denial of his permit application.
Recommendation Based on the foregoing Findings of Fact and Conclusions of law, it is hereby RECOMMENDED: That the Respondent's denial of Petitioner's request for a permit to construct an individual sewage disposal facility for a houseboat on Drs. Lake in Orange Park, Florida, be UPHELD. DONE AND ORDERED in Tallahassee, Leon County, Florida, this 19th day of September, 1980. JAMES E. BRADWELL Hearing Officer Division of Administrative Hearings Room 101, Collins Building Tallahassee, Florida 32301 (904) 488-9675 Filed with the Clerk of the Division of Administrative Hearings this 19th day of September, 1980. COPIES FURNISHED: Wyatt S. Odom P. O. Box 14735 Jacksonville, Florida 32210 Leo J. Stellwagen, Esquire Assistant District IV Counsel Department of Health and Rehabilitative Services Post Office Box 2417F Jacksonville, Florida 32231 Alvin J. Taylor, Secretary Department of Health and Rehabilitative Services 1321 Winewood Boulevard Tallahassee, Florida 32301
The Issue Whether SFP's revised application for a permit to construct a sewage treatment plant with percolation ponds should be granted or, for failure of SFP to give reasonable assurances that the plant will not cause pollution significantly degrading the waters of Gator Cove, be denied?
Findings Of Fact About 1,500 feet from Santa Fe Lake's Gator Cove, SFP proposes to build an extended aeration package sewage treatment plant to serve a "private club with restaurant and overnight accommodations," SFP's Exhibit No. l, to be built between the plant and the lake, on the western shore of Santa Fe Lake, just south of the strait or pass connecting Santa Fe Lake and Little Santa Fe Lake. The site proposed for the waste water treatment plant lies at approximately 177 or 178 feet above sea level, north of Earleton on county road N.E. 28 near State Road 200A, some three miles north of State Road 26, in unincorporated Alachua County, Section 33, Township 8 South, Range 22 East. SFP's Exhibit No. 1. Santa Fe Lake, also called Lake Santa Fe, and Little Santa Fe Lake, also called Little Lake Santa Fe, are designated outstanding Florida waters by rule. Rule 17-3.041(4)(i), Florida Administrative Code. Lake Santa Fe "is . . . the sixth largest non-eutrophic lake in the State of Florida . . . [and] the last remaining large non-eutrophic lake in Alachua County." (0.367). Recreation is a "beneficial use" of these waters. The Lakes Santa Fe are at an elevation of approximately 140 feet above sea level, and their level varies within a range of four feet. Input The proposed plant is to treat sewage generated by staff, by diners at a 150-seat restaurant, and by inhabitants of 150 lodge or motel rooms, comprising 100 distinct units. On the assumptions that 150 rooms could house 275 persons who would generate 75 gallons of sewage a day for a daily aggregate of 20,625 gallons, and that a 150-seat restaurant would generate 50 gallons of sewage per seat per day, full occupancy is projected to engender 28,125 gallons of sewage per day. This projection is based on unspecified "D.E.R. criteria; (5.35) which the evidence did not show to be unreasonable. Full occupancy is not foreseen except around the Fourth of July, Labor Day and on other special occasions. An annual average flow of between 15 and 20,000 or perhaps as low as 13,000 gallons per day is envisioned. (S.38) The proposed plant is sized at 30,000 gallons per day in order to treat the peak flow forecast and because package plants are designed in 5,000 gallon increments. Sluice-gate valves and baffling are to permit bypassing one or more 5,000 gallon aeration units so plant capacity can be matched to flow. The composition of the sewage would not be unusual for facilities of the kind planned. As far as the evidence showed, there are no plans for a laundry, as such, and "very little laundry" (S.37) is contemplated. The health department would require grease traps to be installed in any restaurant that is built. Gravity would collect sewage introduced into 2,000 feet of pipe connecting lodging, restaurant and a lift station planned (but not yet designed) for construction at a site downhill from the site proposed for the water treatment plant. All sewage reaching the proposed treatment plant would be pumped 3,000 feet from the lift station through a four-inch force main. Influent flow to the treatment plant could be calculated by timing how long the pump was in operation, since it would "pump a relatively constant rate of flow." (S.39) Treatment Wastewater entering the plant would go into aeration units where microorganisms would "convert and dispose of most of the incoming pollutants and organic matter." (S.40) The plant would employ "a bubbler process and not any kind of stirring-type motion . . . [so] there should be very little:; aerosol leaving the plant," (S.42) which is to be encircled by a solid fence. Electric air blowers equipped with mufflers would be the only significant source of noise at the proposed plant, which would ordinarily be unmanned. If one blower failed, the other could run the plant itself. A certified waste water treatment plant operator would be on site a half-hour each week day and for one hour each weekend. SFP has agreed to post a bond to guarantee maintenance of the plant for the six months' operation period a construction permit would authorize. (0.63) The proposed plant would not "create a lot of odor if it's properly maintained." Id. The specifications call for a connection for an emergency portable generator and require that such a generator be "provide[d] for this plant. . . ." (S. 43). The switch to emergency power would not be automatic, however. A settling process is to follow extended aeration, yielding a clear water effluent and sludge. Licensed haulers would truck the sludge elsewhere for disposal. One byproduct of extended aeration is nitrate, which might exceed 12 milligrams per liter of effluent, if not treated, so an anoxic denitrification section has been specified which would reduce nitrate concentrations to below 12 milligrams per liter, possibly to as low as 4 or 5 milligrams per liter. Before leaving the plant, water would be chlorinated with a chlorinator designed to use a powder, calcium hypochlorite, and to provide one half part per million chlorine residual in the effluent entering the percolation ponds. A spare chlorine pump is to be on site. The effluent would meet primary and secondary drinking water standards, would have 20 milligrams or less per liter of biochemical oxygen demand or, if more, no more than ten percent of the influent's biochemical oxygen demand, and total suspended solids would amount to 20 milligrams or less per liter. (5.294- 295). Half the phosphorous entering the plant would become part of the sludge and half would leave in the effluent. Something like ten milligrams per liter of phosphorous would remain in the effluent discharged from the plant into the percolation ponds. (5.202). Although technology for removing more phosphorous is available (S.298, 0.170-171), SFP does not propose to employ it. Allen flocculation treatment followed by filtration could reduce phosphorous in the effluent to .4 milligrams per liter, but this would increase the cost of building the treatment plant by 30 to 40 percent; and operational costs would probably increase, as well, since it would be necessary to dispose of more sludge. (0.170-172). SFP did agree to accept a permit condition requiring it to monitor phosphorous levels in groundwater adjacent to the proposed plant. (0.63). Land Application Three percolation ponds are planned with an aggregate area of 30,000 square feet. At capacity, the plant would be producing a gallon and a half of effluent a day for each square foot of pond bottom in use. The ponds are designed in hopes that any two of them could handle the output of effluent, even with the plant at full capacity, leaving the third free for maintenance. The percolation ponds would stand in the lakes' watershed, in an area "of minimal flooding, (S.30) albeit outside the 100-year flood plain. Santa Fe Lake, including Gator Cove, and Little Santa Fe Lake are fed by groundwater from the surficial aquifer. All effluent not percolating down to levels below the surficial aquifer or entering the atmosphere by evapotranspiration would reach the lake water one way or another sooner or later. If percolation through the soils underneath the percolation ponds can occur at the rate SFP's application assumes, effluent would not travel overland into Lake Santa Fe except under unusually rainy conditions, which would dilute the effluent. Whether the planned percolation ponds would function as intended during ordinary weather conditions was not clear from the evidence, however. In the event the ponds overflowed, which, on SFP's assumptions, could be expected to happen, if peak sewage flaw coincided with weather more severe than a 25-year rainfall, effluent augmented by rainwater would rise to 179.87 NGVD (S.34), then overflow a series of emergency weirs connecting the ponds, flow through an outfall ditch, drain into a depression west of the ponds, enter a grassed roadside ditch, and eventually reach Lake Santa Fe after about a half a mile or so of grass swales. (5.69). Sheet flow and flow through an ungrassed gulley in the direction of Gator Cove (0.154) are other possible routes by which overflowing waters might reach the lake. (0.263). Since the facilities the plant is designed to serve are recreational, wet weather would discourage full use of the facilities and therefore full use of the water treatment system. Effluent traveling over the surface into Gator Cove would wash over vegetation of various kinds. Plants, of course, do take up phosphorous, but they don't do it forever, and if you leave a plant system alone, it will come to a steady state in which there is no net storage of phosphorous in the plant material. (0.166) Whether by sheet flow or by traversing swales, overland flow would reach Gator Cove within hours. Effluent traveling through the surficial aquifer would not reach the lake for at least five years. (S.238-9). It could take as long as 45 years. (0.316). In the course of the effluent's subterranean passage, the soil would take up or adsorb phosphorous until its capacity to do so had been exhausted. In addition, interaction with certain chemicals found in the soil, primarily calcium, precipitates phosphorous dissolved in groundwater. As between adsorption and precipitation, the former is much more significant: "[W]ith a three-meter distance you can expect at least 70 to 80 percent removal of phosphorous just by a a[d] sorption alone." (0.21). Precipitated phosphorous does not return to solution, unless the soil chemistry changes. (0.19) Adsorption, however, is reversible, although not entirely, because of the "hysteresis phenomenon." (0.19) Eventually, a kind of dynamic equilibrium obtains to do with the binding of the phosphorous to soil constituents, binding or precipitation of phosphorous. At some point . all of the binding sites become saturated . [and] the amount of phosphorous leaving, into the lake really, will be equal to the amount of phosphorous going into the the system. When there is no more place to store the phosphorous in the ground, then the output is equal to the input and that is called the steady state. (0.161) Although precipitation of phosphorous would not reach steady state under "conditions that render the phosphorous-containing compound insolu[]ble," (0.168) these conditions were not shown to exist now "much less . . . on into perpetuity." Id. Spring Seep A third possible route by which the effluent might reach lake waters would begin with percolation through the sand, which is to be placed on grade and on top of which the percolation ponds are to be constructed. Underground, the effluent would move along the hydraulic gradient toward the lake unless an impeding geological formation (an aquiclude or aquitard) forced it above ground lakeward of the percolationi ponds. In this event, the effluent would emerge as a man-made spring and complete its trip to Gator Cove, or directly to the lake, overland. The evidence demonstrated that a spring seep of this kind was not unlikely. Relatively impermeable clayey soils occur in the vicinity. A more or less horizontal aquitard lies no deeper than four or five feet below the site proposed for the percolation ponds. Conditions short of an actual outcropping of clayey sand could cause effluent mounding underground to reach the surface. Nor did the evidence show that an actual intersection between horizontal aquitard and sloping ground surface was unlikely. Such a geological impediment in the effluent's path would almost surely give rise to a spring seep between the pond site and the lakes. In the case of the other percolation ponds in this part of the state that do not function properly, the problem is n [U] sually an impermeable layer much too close to the bottom of the pond," (S.179), according to Mr. Frey, manager of DER's Northeast District. Phosphorous in effluent travelling by such a mixed route would be subject to biological uptake as well as adsorption and precipitation, but again a "steady state" would eventually occur. On Dr. Bothcher's assumptions about the conductivity of the clayey sand (or sandy clay) lying underneath the topsoil, the effluent would accumulate as a mound of groundwater atop the clay unit, and seep to the surface in short order; and "after a matter of probably weeks and maybe months, it would be basically of the quality of the water inside of the percolation pond." (0.278). More Phosphorous in Gator Cove The total annual phosphorous load from all existing sources "to the lake" has been estimated at 2,942 kilograms. Assuming an average effluent flow of 17,000 gallons per day from the proposed plant, "the total phosphorous load [from the proposed plant] will be 235 kilograms per annum," (0.16), according to Dr. Pollman, called by SFP as an expert in aquatic chemistry. Even before any steady state condition was reached, 20.75 to 41.5 kilograms of phosphorous, or approximately one percent of the existing total, would reach the lake annually from the proposed plant, on the assumptions stated by Dr. Pollman at 0.22-23 (90 to 95 percent removal of phosphorous in the soils and average daily flow of 30,000 gallons). Santa Fe Lake is more than two miles across and two miles long, and Little Santa Fe Lake, which may be viewed as an arm of Santa Fe Lake, is itself sizeable, with a shoreline exceeding two miles. But Gator Cove is approximately 200 yards by 100 yards with an opening into Santa Fe Lake only some 50 to 75 yards wide. (0.154). On a site visit, Dr. Parks observed "luxuriant growth of submerged plants" (0.154), including hydrilla, in Gator Cove. If a one percent increase in phosphorous were diffused evenly throughout the more than eight square miles Santa Fe Lake covers, there is no reason to believe that it would effect measurable degradation of the quality of the water. Some nutrients are beneficial, and the purpose of classifying a lake is to maintain a healthy, well-balanced population of fish and wildlife. It's hard to see how 1.4 percent increase would lower the ambient quality. But . . . seepage into Gator Cove, which is a much more confined place [100 by 200 yardsj [would make it] quite probable that there would be a lowering of ambient water quality in the site . R] educed dispersion . . . in this cove would allow . . . phosphorous to build up. (0.156) Overland effluent flow to Gator Cove would increase concentrations of phosphorus there, with a consequent increase in the growth of aquatic plants, and the likely degradation of waters in the Cove, unless rapid and regular exchange of lake and cove waters dispersed the phosphorous widely, promptly upon its introduction Except for testimony that wind-driven waves sometimes stir up phosphorous laden sediments on the bottom, the record is silent on the movement of waters within and between Lake Santa Fe and Gator Cove. The record supports no inference that phosporous reaching Gator Cove would be dispersed without causing eutrophic conditions significantly degrading the water in the Cove. Neither does the record support the inference, however, that effluent moving underground into the lakes would enter Gator Cove. On this point, Dr. Bottcher testified: [T]he further away from the lake that you recharge water the further out under a lake that the water will be recharging into the lake; gives it a longer flow . . . it's going to migrate and come up somewhat out into the lake. (0.281-2) Phosphorous in the quantities the treatment plant would produce, if introduced "somewhat out into the lake" would probably not degrade water quality significantly, notwithstanding testimony to the contrary. (0.349, 354). Sands and Clays DER gave notice of its intent to deny SFP's original application because SFP proposed to place the pond bottoms approximately two and a half feet above an observed groundwater table. Placement in such proximity to groundwater raised questions about the capacity of the ground to accept the effluent. In its revised application, SFP proposes to place sand on the existing grade and construct percolation ponds on top of the sand. By elevating the pond bottoms, SFP would increase the distance between the observed groundwater table and pond bottoms to 5.2 feet. (S.256, 257). This perched water table, which is seasonal, is attributable to clayey sand or sandy clay underlying the site proposed for the percolation ponds. Between January 9, 1985, and January 17, 1985, "following a fairly dry antecedent period," (S.229) Douglas F. Smith, the professional consulting engineer SFP retained to prepare the engineering report submitted in support of SFP's permit applications, conducted six soil borings in the vicinity of the site proposed for the plant. One of the borings (TB 5) is in or on the edge of a proposed percolation pond and another (TB 4) is slightly to the north of the proposed pond site. Three (TB 1, 2 and 3) are east of the proposed pond site at distances ranging up to no more than 250 feet. The sixth is west of the proposed site in a natural depression. Mr. Smith conducted a seventh test boring under wetter conditions more than a year later a few feet north of TB 4. Finally, on September 5, 1986, during the interim between hearing days, Mr. Smith used a Shelby tube to obtain a soil sample four to six feet below grade midway between TB 4 and TB 5. 1/ The sites at which samples were taken are at ground elevations ranging from 173 to 178 feet above sea level. From the original borings and by resort to reference works, Mr. Smith reached certain general conclusions: The top four feet or so at the proposed pond site consists of silty sand, 17 percent silt and 83 percent quartz sand. This topsoil lies above a two-foot layer of clayey sand, 20 percent clay, 6 percent silt and 74 percent sand. Below the clayey sand lies a layer some eight feet thick of dense, silty sand, 23 percent silt, 7 percent clay and 70 percent sand, atop a one and one-half foot layer of clayey sand, separating loose, quartz sands going down 40 feet beneath the surface from what is above. These formations "are very heterogeneous, in the sense of the position and occurrence of the clay layers or the sandy layers . . .," (0.230) and all occur within the surficial aquifer. "There are layers of clay within it, and so perched water tables are rather common." (0.225). In March of 1986, the regional water table was some 17 feet down. SFP Exhibit 1B. Below the surficial aquifer lie the Hawthorne formation and, at a depth of 110 feet, the limestone of the Floridan aquifer. The soils above the Hawthorne formation are not consolidated. (S.254, 255). Conductivity Measurements The applicant offered no test results indicating the composition or conductivity of soils lying between the easternmost test boring and Gator Cove, some 1,200 feet distant. No tests were done to determine the conductivity of the deeper layer of clayey sand beneath the site proposed for the ponds. Tests of a sample of the topsoil in TB 7 indicated horizontal permeability of 38.7 feet per day and vertical permeability of six feet per day. On the basis of an earlier test of topsoil in TB 3, "hydraulic conductivity of the surface soils was measured to be 8.2 feet per day. . . ." SFP's Exhibit No. 1B. From this measurement, vertical hydraulic conductivity was conservatively estimated at .82 feet (9.84 inches) per day. Id. The design application rate, 2.41 inches per day, is approximately 25 percent of 9.84 inches per day. Id. The initial test done on a sample of the clayey sand, which lay beneath the topsoil at depths of 3.5 to 5.5 feet, indicated a permeability of 0.0001 feet per day. Thereafter, Mr. Smith did other testing and "made some general assumptions" (S. 235) and concluded that "an area-wide permeability of this clayey sand would be more on the order of 0.0144 feet per day." (S. 234). Still later a test of the sample taken during the hearing recess indicated hydraulic conductivity of 0.11 feet per day. SFP's Exhibit No. 10. The more than thousandfold increase in measured conductivity between the first laboratory analysis and the second is attributable in some degree to the different proportions of fines found in the two samples. The soil conductivity test results depend not only on the composition of the sample, but also on how wet the sample was before testing began. Vertical Conductivity Inferred On March 6, 1986, ground water was observed on the site about two and a half feet below the surface. SFP's expert, Mr. Smith, concluded that it was "essentially a 1.5 foot water table, perched water table over the clay." (0.422). There was, however, groundwater below, as well as above, the clay. On March 12, 1986, the water table at this point had fallen six inches. In the preceding month rainfall of 5.9 inches had been measured in the vicinity, after 5.1 inches had been measured in January of 1986, but in November and December of 1985 "there was a total of 0.6 inches of rainfall." (0.421). Later in the year, notwithstanding typically wet summer weather, no water table was measured at this point. From this Mr. Smith concluded that, once the clayey sand layer is wetted to the point of saturation, conductivity increases dramatically. If that were the case, a more or less steady stream of effluent could serve to keep the clayey sand wetted and percolation at design rates should not be a problem. But Dr. Bottcher, the hydrologist and soil physicist called as a witness for the Association, testified that the six- inch drop over six days could be attributed, in large part, to evapotranspiration. He rejected the hypothesis that the clayey sand's conductivity increased dramatically with saturation, since "the actual water table was observed . about three weeks after the very heavy rainfall had stopped" (0.290) and had probably been present for at least a month; and because the soil survey for Alachua County reports that perched water tables ordinarily persist for two months (0.227) in this type of soil. Certain soils' hydraulic conductivity does diminish with dessication, but such soils usually regain their accustomed conductivity within hours of rewetting. Dr. Bottcher rejected as unrealistically optimistic the assumption SFP's expert made about the conductivity of the clayey sand on grounds that "the conductivity that . . . [SFP] used, if you went out there you couldn't perch a water table for a month." (0.277). In these respects, Dr. Bottcher's testimony at hearing has been credited. In the opinion of the geologist who testified on behalf of the Association, Dr. Randazzo, a minimum of seven or eight additional augur borings in "definitive patterns to the northeast and to the northwest" (0.240) to depths of 15 to 20 feet, with measurements within each augur boring every two feet, are necessary to determine "how permeable the soils are and how fast the waters would move through them." (0.240). This testimony and the testimony of the soil physicist and others to the same general effect have been credited, and Mr. Smith's testimony that no further testing is indicated has been rejected. Wet Ground In the expert opinion of a geologist who testified at hearing, "it is reasonable to assume that saturation conditions of the surficial aquifer in this area can be achieved," (0.238) even without adding effluent from a wastewater treatment plant. The evidence that soils in the vicinity of the site have a limited capacity to percolate .water came not only from engineers and scientists. Charles S. Humphries, the owner of the property 150 feet from the proposed percolation site, "put a fence post line . . . every ten feet, and every ten feet [he] hit clay." (0.372). Three quarters of an inch of rain results in waters standing overnight in neighboring pastures. In parts of the same pastures, rain from a front moving through "will stay for a week or so." (0.373). It is apparent that the area cannot percolate all the rainfall it receives. This is the explanation for the gully leading down toward Gator Cove. Six-feet deep (0.377), "the gully is a result of natural surface runoff." (0.263).
The Issue Whether Respondents' Division of Hotel and Restaurants' license should be suspended or revoked, or a civil penalty assessed for alleged violation of Division Rule 7C-4.01(5)(c) and Florida Statute s. 509.221, as set forth in Notice to Show Cause issued by the Petitioner.
Findings Of Fact On April 19, 1977, Johnny Bell, inspector for petitioner's Division of Hotels and Restaurants, received notification from the Health Department of Sarasota County that respondents' place of business, Port-of-Call, resort apartments located at Longboat Key, Florida, was not connected to the sewerage system of Longboat Key. Bell inspected respondents' premises and discovered that a septic tank system was in use at the Port-of-Call. He informed respondents that they must connect to an "approved" sewerage system within sixty (60) days. On June 20, 1977, Bell returned to the premises and found that no action had been taken to connect to the Longboat Key system. Respondent Edward W. Henderson informed him that he should not have to go on such a system because his septic tanks were adequate and functioning properly. Bell did not examine the septic tanks or ascertain if they were, in fact, in proper condition and operating satisfactorily. He proceeded to issue a Notice to Show Cause as to why respondents' license No. 68-606H should not have a civil penalty assessed against it or be suspended or revoked. The stated cause for such intended action was as follows: "Division Rule 7C-4.01(5)(c) ; Florida Statutes 509.221 -- Failure to have sewage system hooked into public sewerage system." The Notice to Show Cause also informed respondents of their right to an Administrative Hearing under Chapter 120, Florida Statutes. Respondents thereafter requested such a hearing. There is no food operation at the Port-of- Call. (Testimony of Bell, Exhibit 1)
Recommendation That the charges against respondents be dismissed. Done and Entered this 10th day of October, 1977, in Tallahassee, Florida. THOMAS C. OLDHAM Division of Administrative Hearings Room 530, Carlton Building Tallahassee, Florida 32304 (904) 488-9675 COPIES FURNISHED: Lawrence C. Winson, Esquire Department of Business Regulation The Johns Building, Suite 210 725 South Bronough Street Tallahassee, Florida 32304 John W. Meshad, Esquire 100 South Washington Boulevard Sarasota, Florida 33577
The Issue Whether Petitioner should be granted a water pollution operation permit for the Bennett Road Sewage Treatment Facility under Chapter 403, Florida Statutes.
Findings Of Fact Petitioner owns and operates a sewage treatment plant known as the Bennett Road Sewage Treatment Facility in Orlando, Florida. The plant was originally built in the 1950's and its method of treatment has been modified and improved over the years. At the present time, the plant serves about 60 percent of the sewage treatment needs of the city. The sewage is first treated for the removal of biological compounds by means of trickling filters, followed by chemical treatment for removal of BOD, suspended solids, and phosphorus. In the latter process, aluminum sulfate is used, together with a polymer to assist in forming larger particles for more rapid settlement. These processes are followed by final settling, clorination and discharge through an outfall pipe approximately five miles to the Crane Strand Creek and thence to the Little Econlockhatchee River (Little Econ) which meets the Big Econlockhatchee River approximately twelve miles downstream and flows into the St. Johns River twenty- seven miles downstream. About 60 percent of the flow from Crane Strand Creek into the Little Econ is derived from the Bennett Road plant and there is no other significant source of pollutants from the remainder of the discharge. (Testimony of Jewett, Matthes, Petitioner's Composite Exhibits 1,2) In 1973, Respondent's predecessor, the State Department of Air and Water Pollution Control, issued a temporary operation permit to Petitioner, subject to certain conditions, for the Bennett Road plant. The permit was effective until June 1, 1976, "or sooner pursuant to the permittee upgrading his facility to provide 90 percent treatment and obtaining an operation permit in accordance with the rules and regulations of the Department Of Pollution Control." On May 7, 1976, Petitioner submitted an application for an operation permit wherein it was stated that the facility would be abandoned as soon as the Orlando Easterly Regional Facilities were constructed with a new treatment plant to be located in the vicinity of Iron Bridge Road. Respondent's manager of the St. Johns River District advised Petitioner by letter of July 21, 1976, of the Department's intent to deny the application for an operating permit. The reasons given were that (1) available data was insufficient to show sustained secondary treatment as defined in Chapter 403, Florida Statutes, and Chapter 17- 3, Florida Administrative Code; and (2) the facility's discharge caused violation of Section 17-3.09(3), F.A.C. The latter provision establishes one of the criteria for classification of Class III waters and provides generally that the concentration of dissolved oxygen in all such surface waters shall not average less than 5 mg/l in a twenty-four hour period and never less than 4 mg/l. Class III waters are designated in Rule 17-3.09 as "Recreation - propagation and management of fish and wildlife." In its above-mentioned letter, Respondent suggested that the Petitioner apply for a temporary operation permit. Petitioner chose to request an administrative hearing on the proposed denial and did so by petition filed herein on August 5, 1976. At the commencement of the hearing, the parties orally stipulated that Petitioner has been meeting the statutory and regulatory requirements as to secondary treatment so as to warrant withdrawal of Respondent's objection to granting the permit on that ground. The parties also agreed that the only matter remaining in issue is the question of whether Petitioner's discharge violates water quality criteria. (Petitioner's Exhibits 6,7) Petitioner began consideration of the need to replace or expand the Bennett Road plant about 1968. These plans have reached a stage where the Petitioner is now in the process of purchasing land and concluding a planning study required under federal law to construct a regional facility to service the eastern part of Orlando and a few of the northerly communities, including some in Seminole County. Such regionalization of sewage treatment facilities is encouraged by the federal government which provides 75 percent of the funding necessary for construction under Public Law 92-500 . It is anticipated that the proposed facility will be completed in 1980 at which time the Bennett Road plant will cease operations. The regional facility is to be located at Iron Bridge Road and its discharge would flow into the Little Econ several miles downstream of the present Bennett Road discharge. (Testimony of Matthes, Schneider, Petitioner's Composite Exhibit 2) Operation permits have been granted from 1971 to 1976 to a number of sewage treatment plants that will tie-in to the proposed regional facility. These permits were issued even though the discharge of most of the plants did not meet water quality standards. However, practically no secondary treatment plant can meet water quality standards in Central Florida without an extensive mathematical "modeling." These calculations made by Respondent are formulated from surveys of the body of water in question and result in what is termed "a waste load allocation." This term deals with a treatment standard that is computed to ascertain the assimilative capacity of a receiving body of water to take in pollutants from a particular source in order that water quality standards in terms of dissolved oxygen levels may be maintained. The waste load allocation is the standard which the treatment from the source must perform before it can be discharged. None of the above-mentioned plants nor the Bennett Road plant had been provided an assigned waste load allocation at the time of Respondent's adverse action on Petitioner's application. Neither had it been a past requirement of Respondent to require information concerning dissolved oxygen from an applicant in order to issue an operation permit. However, a preliminary survey of the Little Econ had been completed by Respondent by February 1976, and from this, a mathematical model was later computed based on chemical analysis of water samples taken from designated areas in that body of water. In the aforesaid permits that were granted, a clause provided that the plants would have to work with the City of Orlando in resolving discharge problems and cooperate in the achievement of a regional system. Although water quality criteria had not changed in recent years, they had not been enforced because Respondent had had insufficient background water data. At the time Petitioner's permit application was recommended for denial, the primary basis therefor was the fact that the Bennett Road plant had not then reached 90 percent treatment capability over a sustained period. The question of water quality was incidental in view of the fact that that office did not then have the final determination of water quality as evidenced by the intensive survey of the Little Econ and the final math modeling. (Testimony of Jewett, Davenport; Petitioner's Exhibit 4) By interoffice memorandums from the Respondent's Director of the Division of Environmental Permitting to district and subdistrict managers, dated January 28 and April 13, 1976, Subject: Temporary Operating Permits, the said managers were instructed that no operating permits should be issued for any source not achieving secondary treatment of its wastes or not meeting water quality standards. In such cases, only temporary operating permits were to be issued. Further, it was stated in the April 13 memorandum that enforcement action would be initiated against municipal facilities if they were either not achieving 90 percent removal Of BOD and suspended solids or not meeting water quality requirements, and had either (1) not applied for a federal grant, (2) was not following up to ensure receipt of the grant, or (3) had received a federal grant but was not expeditiously accomplishing the grant requirements. It was stipulated at the hearing that the memorandums had not been promulgated as rules by Respondent under Chapter 120, F.S. (Respondent's Exhibits 1, 2, Stipulation) Although the Little Econ is a highly degraded body of water, upstream of the Bennett Road discharge point it has a dissolved oxygen level of over 6 mg/l. After mixture with the Bennett Road discharge, the level drops to about 2 1/2 mg/l. Based upon the intensive survey taken by the Respondent in 1976, it was determined that water quality violations existed below the Bennett Road plant's discharge point but not above that point. It was further determined that the Bennett Road facility was contributing about 89 percent of the oxygen demanding substances in the system. In fact, the dissolved oxygen levels downstream from the Bennett Road discharge reached as low as one milligram per liter at several points. They ranged from that level up to approximately four and one-half milligrams per liter throughout the entire 27 miles of the system. The foregoing was the conclusion of Respondent's environmental specialist based on field data taken on August 30, 1976, at a time of the day when the dissolved oxygen levels would be at their highest. However, the drop in dissolved oxygen level to an even greater extent at certain points occurs in Respondent's mathematical model prediction that does not take into account any discharge from the Bennett Road plant. In fact, in such a "no discharge" situation, Respondent's prediction is that the dissolved oxygen level at points immediately following several control structures in the waters will produce an even greater drop than with the Bennett Road discharge taken into consideration. Although the control structures do not affect the actual oxygen demand on the system, they do increase the residence time of the water and permit substances to settle out. However, when the water flows over the dam, it creates reaeration that increases the oxygen level again. Therefore, although the control structures aggravate the problem, the Bennett Road discharge is in turn further aggravating the situation because some of the pollutants continue downstream. Part of the problem is due to the effect of deposits already on the bottom of the system and it is unknown to what extent they would be eliminated if the Bennett Road facility were taken out of the system. Although it is not anticipated that there would be a great rise in dissolved oxygen levels if the Bennett Road plant discharge were to be discontinued, Respondent's experts are of the opinion that there would be a definite increase in dissolved oxygen levels overall. Further, the field data and model predictions were based on high flow conditions but the 89 percent figure for pollutants from the Bennett Road facility was based on a low flow condition where it would be of more significance. Although the field data showed that at no point in the 27 mile course did the dissolved oxygen level of the water reach state standards of 5.0 milligrams per liter dissolved oxygen for Class III waters, the model prediction with no discharge from the Bennett Road facility shows that the dissolved oxygen level still would not meet state standards under high flow conditions. Under low flow conditions, though, the dissolved oxygen level without discharge from the Bennett Road plant would reach the state standards roughly halfway down the system. High flow conditions are more representative of an average of dissolved oxygen level during the year than under low flow conditions. The Bennett Road plant contributes approximately 60 percent of the total water flow reaching the St. Johns River. Even if the plant were to achieve advanced waste treatment standards, it still would not meet water quality standards. No evidence was presented as to the possibility of Petitioner using alternative methods of waste disposal, such as deep well injection, land irrigation, or the use of lakes and ponds. In fact, no discharge from the Bennett Road plant could be such as to raise the entire stream to meet the state requirement of 5.0 milligram per liter dissolved oxygen. (Testimony of Sawicki, Davenport, Armstrong, Horvath, Brown, Petitioner's Composite Exhibit 2, Respondent's Exhibit 3) An interoffice memorandum of Respondent's Grants section, dated October 28, 1976, pointed out that enforcement action had been shown to be a "great motivator in the area of bringing awareness to governmental agencies of their responsibilities in the field of pollution abatement." The memorandum sought compliance investigations of the various governmental entities within the area where the proposed regional sewage treatment system for East Orlando was to be undertaken, with recommendations that enforcement action be taken in the case of any violations of state standards. The memorandum further stated that enforcement action was already underway against the City of Orlando. The author of the memorandum denied that it was an attempt to force Respondent to proceed more vigorously with the regional system. (Testimony of Schneider, Petitioner's Exhibit 5) The Orange County Pollution Control Board requires variances from its rule that no treated effluent shall be discharged into the surface waters of the county. The Bennett Road plant operates under such a variance and at the present time is meeting county standards for sewage treatment. On May 19, 1976, the Orange County Assistant Pollution Control Director advised Respondent that the Bennett Road plant was meeting current state performance requirements and recommended approval of the operation permit. Although the county maintains records of the Little Econ River at various points, it has not used a mathematical model to determine whether the Bennett Road plant causes water quality violations. (Testimony of Sawicki, Petitioner's Exhibit 3)
Recommendation That the application of Petitioner City of Orlando, Florida for a water pollution operation permit for the Bennett Road sewage treatment facility be denied. DONE and ENTERED this 25th day of May, 1977, in Tallahassee, Florida. THOMAS C. OLDHAM Division of Administrative Hearings Room 530, Carlton Building Tallahassee, Florida 32304 (904) 488-9675 COPIES FURNISHED: Vance W. Kidder, Esquire Assistant General Counsel Department of Environmental Regulation 2562 Executive Circle East Montgomery Building Tallahassee, Florida Gretchen R. H. Vose, Esquire Assistant City Attorney 16 South Magnolia Avenue Post Office Box 793 Orlando, Florida 32802 ================================================================= AGENCY FINAL ORDER ================================================================= STATE OF FLORIDA DEPARTMENT OF ENVIRONMENTAL REGULATION CITY OF ORLANDO, FLORIDA, Petitioner, vs. CASE NO. 76-1573 STATE OF FLORIDA, DEPARTMENT OF ENVIRONMENTAL REGULATION, Respondent. /
The Issue Whether the Loxahatchee River Environmental Control District's applications for construction of wastewater collection and transmission systems, specifically, Permit Numbers CS50-298013, CS50-301197, and CS50-305990, should be granted by the Palm Beach County Health Department.
Findings Of Fact Respondent, Palm Beach County Health Department (Health Department) was delegated the authority by the Department of Environmental Protection to review applications and issue permits for wastewater collection and transmission systems pursuant to the Specific Operating Agreement for Delegation of Wastewater Program Authority From the Florida Department of Environmental Protection. The argument specifically referenced Chapter 403, Florida Statutes, and the successor to Title 17, Florida Administrative Code, which is Title 62. Respondent, Loxahatchee River Environmental Control District (ENCON), is a water control district. Petitioner, Village of Tequesta (Tequesta), is a municipal corporation. Petitioner Bermuda Terrace & Pinetree Drive Concerned Citizens (Concerned Citizens) is a coalition of homeowners of record owning property in Bermuda Terrace and on Pinetree Drive. On December 17, 1996, the Health Department issued Permit No. CS50-298013 to ENCON for installation of sewers in Bermuda Terrace and Pinetree Drive. On March 27, 1997, the Health Department issued a Notice of Intent to Issue Permit No. CS50-301197 to ENCON for the construction of sewers in Country Club Point and Anchorage Point. On June 24, 1997, the Health Department issued a Notice of Intent to Issue Permit No. CS50-305990 to ENCON for the construction of sewers in Tequesta Country Club. Currently the wastewater in the areas for which the sewers are proposed to be installed flows into septic tank systems. There are 835 homes on the Tequesta Peninsula that would be hooking up to the proposed sewer system. The Health Department created a review form for internal use in reviewing applications for sewage collection permits. The Sewage Collection Checklist contains the statutory and administrative rule requirements for permitting sewage collection and transmission systems. The applications submitted by ENCON were reviewed using the review form. All three applications met the criteria contained in the applicable statutes and rules. 11. Robert Mitchell, who supervises the permitting for wastewater collection systems for the Health Department, opined that the permit applications provided reasonable assurances that the construction and operation of the sewage system would not discharge, emit, or cause pollution. A sewage collection system does not emit or discharge pollution and, if constructed and functioning according to the technical requirements of the administrative rules, does not cause pollution. Thus, the applications compliance with the technical compliance with Rules 62-604.400 and 62-604.300, Florida Administrative Code, is reasonable assurance that the proposed systems will not cause pollution. 12 The proposed permits contain the following specific condition: Prior to construction, all required permits or approvals must be obtained for all aspects of the project from the appropriate agencies. Any dewatering required by the construction of the wastewater collection/transmission system will have to meet the permitting criteria for that particular activity, which comes under the jurisdiction of the South Florida Water Management District and not the Health Department.
Recommendation Based on the foregoing Findings of Fact and Conclusions of Law, it is RECOMMENDED that a Final Order be entered granting Permit Nos. CS50-301197, CS50-305990, and CS50-298013 to ENCON for construction of sewer systems. DONE AND ENTERED this 17th day of April, 1998, in Tallahassee, Leon County, Florida. COPIES FURNISHED: Dr. James Howell, Secretary Department of Health 1317 Winewood Boulevard Building 6, Room 306 SUSAN B. KIRKLAND Administrative Law Judge Division of Administrative Hearings The DeSoto Building 1230 Apalachee Parkway Tallahassee, Florida 32399-3060 (850) 488-9675 SUNCOM 278-9675 Fax Filing (850) 921-6847 Filed with the Clerk of the Division of Administrative Hearings this 17th day of April, 1998. Tallahassee, Florida 32399-0700 Angela T. Hall, Agency Clerk Department of Health 1317 Winewood Boulevard Building 6, Room 306 Tallahassee, Florida 32399-0700 Victoria Coleman, Esquire District 9 Legal Office Department of Health Post Office Box 29 West Palm Beach, Florida 33402 Scott G. Hawkins, Esquire Jones, Foster, Johnston & Stubbs, P.A. 505 South Flagler Drive Post Office Box 3475 West Palm Beach, Florida 33402-3475 Timothy W. Gaskill, Esquire Curtis L. Shenkman, Esquire DeSantis, Gaskill, Smith & Shenkman, P.A. 11891 U.S. Highway One North Palm Beach, Florida 33408
The Issue The issue for consideration in the proceeding concerns whether the Petitioner is entitled to an on-site sewage disposal system permit ("OSDS") authorizing installation of an on-site sewage disposal system for property the Petitioner owns near the Suwannee River in Gilchrist County, Florida, in consideration of the relevant provisions of Section 381.272, Florida Statutes, and Chapter 10D-6, Florida Administrative Code, and whether the Petitioner should be entitled to pursue a variance from the permitting statute and rules embodied in that chapter of the code.
Findings Of Fact The Petitioner owns certain real property located in Gilchrist County, Florida on the east bank of the Suwannee River, adjoining the river. The property is more particularly described as Lot 9, Block B, Two River Estates. The property was purchased on January 3, 1985 and was platted as a subdivision on January 5, 1959. The lot in question upon which the OSDS would be installed should a permit be granted, is approximately one acre in size. On April 30, 1990, the Petitioner made application for an OSDS seeking authorization to install such a conventional septic tank and drain-field system for disposing and treating household sewage effluent on the subject property. The system would be designed to serve a single-family residence, containing approximately two bedrooms, and approximately 1,200 heated and cooled square feet of living space. Upon making application, the Petitioner was informed that he would have to obtain a surveyed elevation of his property, as well as the ten-year flood elevation for his property for the river mile of the Suwannee River at which his property is located. The Petitioner consequently retained Herbert H. Raker, a registered land surveyor, who surveyed the elevation for his property. Mr. Raker established a bench mark elevation of 29.24 feet above mean sea level ("MSL"). The site of the proposed OSDS installation on that lot has an elevation at the surface grade of 28.5 feet. The subsurface of the lot at the installation site is characterized by appropriate, "slight-limited" soil extending 72 inches below the surface grade of the lot. The wet season water table is 68 inches below the surface grade of the lot. Consequently, there is more than adequate slight-limited soil to handle disposal and treatment of the sewage effluent from a single-family residence, such as is proposed, since the wet season water table is 68 inches below the surface of the property. Thus, a more than adequate treatment space and appropriate soil beneath the bottom surface of any proposed drain field to be installed at the site would exist so as to comply with the pertinent rules cited herein. The problem with a grant of the subject permit consists only of the fact that the property lies beneath the ten-year flood elevation, that is, it is approximately 1.5 feet beneath that elevation. The Suwannee River Water Management District report submitted to the Respondent agency by the Petitioner in the application process for the OSDS permit (in evidence) reveals that the ten-year flood elevation for the property in question is 30 feet above MSL. The soils prevailing at the proposed installation site, the great depth of the wet season water table, and the fact that the lot is approximately one acre in size and above the minimum size requirements for the installation of an OSDS, all militate in favor of a grant of the permit, except for the basis for its denial initially, that is, that it is simply beneath the ten-year flood elevation for purposes of the prohibition contained in Rule 10D-6.047, Florida Administrative Code. Although located within the ten-year flood elevation, the site is not located within the regulatory flood way so that if a mounded system or other raised OSDS alternative system were proposed and installed, an engineer's certification would not be required regarding the issue of raising the base flood level by the deposition of fill at the installation site for purposes of Rule 10D-6.047(6), Florida Administrative Code. There is no central water system available to the property; however, although there was conflicting testimony about the distance the proposed installation site would be from a neighbor's potable water well, the testimony of the Petitioner is accepted as being most certain in establishing that more than the required distance from that potable water well exists between it and the proposed septic tank and drain-field installation site, since the Petitioner established that approximately 110 feet is the actual separation distance. The Petitioner purchased the property to construct a single-family residence for himself and his family. He expended a substantial sum of money for the property and is unable to use it for its intended purpose without the subject permit or at least a variance so as to authorize him to install an OSDS. The Petitioner offered no concrete proposals or plans for an alternative system which might reasonably accomplish treatment and disposal of the sewage effluent in question without harm to ground or surface waters or the public health. No substantial proof was offered of a system which would either dispose of and treat the effluent at a location above the ten-year flood elevation or, if still below it, would adequately treat and dispose of the effluent sewage to safeguard the public health and the ground or surface waters involved, such that its existence slightly beneath the ten-year flood elevation would only be a "minor deviation" from that portion of the permitting rules. In point of fact, it would seem that a mounded system would be feasible on a lot this size, especially in view of the fact that the bottom surface of the proposed drain-field trenches or absorption beds would only have to be raised slightly over 1.5 feet from the surface grade of the subject lot and installation site in order to comply with the ten-year flood elevation parameter, which was the only basis for denial of this permit application. No proof was offered concerning how such a mounded system would be designed, installed and otherwise accomplished, however. Upon denying the initial application for the OSDS permit, the Respondent advised the Petitioner that he should pursue a formal administrative hearing process rather than make application for a variance and proceed through the internal variance board mechanism operated by the department in order to obtain a variance from the requirements of Rule 10D-06.47(6), Florida Administrative Code. The Respondent advised the Petitioner of this because the subject property was located within the ten-year flood elevation of the Suwannee River; and as the Respondent interpreted the Governor's Executive Order Number 90-14, which incorporated by reference the "Suwannee River Task Force Report" commissioned by the Governor, the Order absolutely prohibited the granting of any variances authorizing installation of OSDS's beneath the ten-year flood elevation of the Suwannee River or the granting of any OSDS permits themselves authorizing such installations.
Recommendation Having considered the foregoing Findings of Fact, Conclusions of Law, the evidence of record, the candor and demeanor of the witnesses, and the pleadings and arguments of the parties, it is therefore, RECOMMENDED that a Final Order be entered denying the Petitioner's application for an OSDS permit. DONE AND ENTERED this 5th day of March, 1991, in Tallahassee, Leon County, Florida. P. MICHAEL RUFF Hearing Officer Division of Administrative Hearings The DeSoto Building 1230 Apalachee Parkway Tallahassee, FL 32399-1550 (904) 488-9675 Filed with the Clerk of the Division of Administrative Hearings this 5th day of March, 1991. APPENDIX TO RECOMMENDED ORDER The Petitioner did not file a Proposed Recommended Order. Respondent's Proposed Findings of Fact 1-10. Adopted. COPIES FURNISHED: Sam Power, Agency Clerk Department of HRS 1323 Winewood Boulevard Tallahassee, FL 32399-0700 Linda K. Harris, Esq. General Counsel Department of HRS 1323 Winewood Boulevard Tallahassee, FL 32399-0700 John Gary Wilson P.O. Box 2061 Lake City, FL 32055 Frances S. Childers, Esq. Department of HRS 1000 N.E. 16th Avenue Gainesville, FL 32609
Findings Of Fact B. D. Taylor, Respondent, is the owner of a wastewater treatment facility near Panama City, Florida, which serves a community of some 125-150 mobile homes at Lane Mobile Home Estates. The facility has a 24,000 gallons per day capacity to provide secondary treatment of wastewater with percolating ponds. It was first permitted in 1971 upon construction and has been in continuous operation since that time. In 1980 Respondent employed the services of a consultant to apply for a renewal of its temporary Permit to operate a wastewater treatment facility. This application stated the temporary operating permit (TOP) was needed to give Respondent time to connect to the regional wastewater treatment facility. The schedule contained in the following paragraph was submitted by Respondent at the time needed to accomplish this objective, Following inspection of the facility, a TOP was issued December 5, 1980 (Exhibit 1), and expired January 1, 1983. TOPs are issued to facilities which do not comply with the requirements for Wastewater treatment. Exhibit 1 contained a schedule of compliance to which Respondent was directed to strictly comply to stop the discharge of pollutants from the property on which the facility is located. These conditions are: Date when preliminary engineering to tie into regional will be complete and notification to DER. July 1, 1981; Date when engineering to tie into regional system will be complete and notification to DER - June 1, 1982; Date construction application will be submitted to phase out present facility - March 1, 1982; Date construction will commence - June 1, 1982; Date construction is to be complete and so certified - October 1, 1982; and Date that wastewater effluent disposal system will be certified "in compliance" to permit - January 1, 1903. None of these conditions or schedules has been met by Respondent. The regional wastewater treatment facility was completed in 1982 and Respondent could have connected to this system in the summer of 1982. This wastewater treatment facility is a potential source of pollution. The holding ponds are bordered by a ditch which is connected to Game Farm Greek, which is classified as Class III waters. The size of Game Farm Creek is such that any discharge of pollution to this body of water would reduce its classification below Class III. On several occasions in the past there have been breaks in the berm surrounding the holding ponds which allow the wastewater in the holding ponds to flow into the ditch and into Game Farm Creek. Even without a break in the berm, wastewater from these holding ponds will enter Game Farm Creek either by percolation or overflow of the holding ponds caused by the inability of the soil to absorb the effluent. On January 28, 1983, this facility was inspected and the results of the inspection were discussed with the operators of the facility. The plant was again inspected on February 8 and February 18, 1983. These inspections disclosed solids were not settling out of the wastewater in the settling tanks; inadequate chlorination of the wastewater was being obtained in the chlorination tanks; samples taken from various points in the system, the ditch along side the holding tanks and in Game Farm Creek, disclosed excess fecal coliform counts; and that very poor treatment was being afforded the wastewater received at the plant as evidence by high levels of total Kejhdal nitrogen and ammonia, high levels of phosphates, high biochemical oxygen demand, and low levels of nitrates and nitrites. In July, 1983, in response to a complaint about odors emanating from the plant, the facility was again inspected. This inspector found the aeration tanks anaerobic, effluent had a strong septic odor, the clarifier was cloudy, the chlorine feeder was empty, no chlorine residual in contact tank, final effluent was cloudy, both ponds were covered with duckweed and small pond was discharging in the roadside ditch (Exhibit 14) Expenses to Petitioner resulting from the inspections intended to bring Respondent in compliance with the requirements for wastewater treatment facilities are $280.32 (Exhibit 9)
Findings Of Fact On September 16, 1983, respondent/applicant, Brevard County (County), filed an application for a permit with respondent, Department of Environmental Regulation (DER), seeking authorization to modify and expand its Fortenberry Road wastewater treatment plant from 0.80 million gallons per day (MGD) to 1.40 MGD, which is designed to provide treatment necessary to meet effluent limits based on receiving water quality. The facility is located on Fortenberry Road in Merrit Island, Florida, and is classified as a Class B, Level II treatment plant. On October 14, 1983, DER acknowledged receipt of the application, plans and related material and requested certain additional items to be filed within 30 days. These items were subsequently submitted by the County. On or about January 11, 1984 DER issued its proposed agency action in the form of a draft permit wherein it gave notice that it intended to issue Permit/Certification No. DC0S-75483 and authorize the proposed activity subject to fifteen general and ten specific conditions. These are set forth in detail in the draft permit which has been received in evidence as DER Exhibit 2. Generally, the permit would authorize the County to construct ". . .a 1.40 MGD design activated sludge wastewater treatment plant with chemical additives, a tertiary sand filter, disinfection by chlorination and effluent disposal to a drainage canal and thence to Newfound Harbor." The permit will expire on July 15, 1985. On January 18, 1984, notice of intended agency action to issue the permit was published by the County in Today, a newspaper publication in Brevard County. Upon reading that notice, petitioners, Craig Zabin, Judy Ryan and Robert B. Sampson, all homeowners in Merritt Island, filed petitions requesting a hearing to contest the permit. In their petitions, petitioners generally contended the proposed construction would result in the discharge of effluent containing toxic substances into an Outstanding Florida Water (Newfound Harbor) in violation of Rule 17-4.242, Florida Administrative Code, that the plant has no operating permit, that the plant has violated "discharge standards" for the last three years, and that the plant's present discharge is harmful to human health and aquatic life in violation of various DER rules. The draft permit indicates that the plant effluent will continue to be discharged into a ditch which eventually intersects Newfound Harbor. At that point the Harbor waters are classified as Class III waters within the meaning of Chapter 17-3, Florida Administrative Code. A portion of the Harbor, well to the south of the discharge point, is classified as an Outstanding Florida Water. Uncontradicted expert testimony established that the discharge would not have an impact that was technically measurable on the portion of Newfound Harbor classified as an Outstanding Florida Water. At the present time the County has no valid temporary operating permit (TOP) or operation permit authorizing the operation of the Fortenberry Plant. Although the County applied for such a permit, DER has issued a notice of intent to deny the most recent application for a TOP and that case remains pending before the Division of Administrative Hearings (Case No. 82-2850) According to Specific Condition No. 9 of the draft permit, the County must meet the following flow requirements: 9. Initial flows shall be limited to 1.0 MGD. Additional flows, in the 0.10 MGD increments, may be authorized upon receipt of written assurance from the permittee, based on actual test data, that the treatment plant will achieve the required level of treatment at such higher flows. Therefore, upon completion of construction activities, the County will be authorized a maximum flow of 1.0 MGD at the facility which is a 0.20 MGD increase over the most recently expired TOP. This approximates the current average flows of almost 1.0 MGD. Additional increases, in increments of 0.10 MGD, may be earned by the County by demonstrating with test data that the plant will continue to comply with the effluent limitations established by Specific Condition No. 10 of the draft permit. 2/ The latter limitations are based on a waste load allocation study that was completed in the late 1970s. The draft permit does not increase the allocation of the plant--rather the limits are the same that were formulated when the waste load study was originally completed. The existing facility consistently violates the limits of its allocated waste load. Construction of the additional treatment systems should bring the effluent from this plant into compliance with its waste load allocation. The amount of nitrogen, phosphorus and total suspended solids contributed to Newfound Harbor will be significantly reduced if the additional treatment facilities are constructed. Failure to improve and expand the existing facility will result in the plant continuing to contribute the same poor quality effluent to the waters of Newfound Harbor. Testing by the Department and the County has revealed the presence of high levels of lindane and malathion in the plant's effluent. These substances are spawned by insecticides and are highly toxic to aquatic organisms and invertebrates. Despite considerable investigation by the County, the source of these toxic chemicals is not known. The County is now a party to an enforcement action instituted by the Department on February 28, 1983, and it is in that proceeding, rather than the case at bar, that the appropriate steps to rid the effluent of these prohibitively high levels of malathion and lindane should be determined. In this regard, the Department has represented that it will take all reasonable steps in the enforcement action to insure that the toxic chemicals are eliminated or reduced to tolerable levels by the County, including the requirement that specially designed improvements be made to the plant. 3/ This action should be completed at the very earliest possible date since additional flows from the plant may be authorized at a later date thereby increasing the amount of toxic chemical discharge assuming all other variables remain constant. While the petitioners' concerns about the chemicals are well- founded and legitimate, the issuance of the permit should not be delayed since the plant is currently violating its wastewater load allocation and polluting the waters of Newfound Harbor. The applicant has provided reasonable assurance that the proposed construction would comply with the standards of Chapter 17-6, Florida Administrative Code, and not emit or cause pollution in contravention of Department standards or rules. Such assurances were not controverted by petitioners.
Recommendation Based on the foregoing findings of fact and conclusions of law, it is RECOMMENDED that a permit be issued to Brevard County for its Fortenberry Plant in accordance with the terms and conditions of the draft permit. DONE and ENTERED this 4th day of April, 1984, in Tallahassee, Florida. DONALD R. ALEXANDER Hearing Officer Division of Administrative Hearings The Oakland Building 2009 Apalachee Parkway Tallahassee, Florida 32301 (904) 488-9675 Filed with the Clerk of the Division of Administrative Hearings this 7th day of April, 1984.
