Full document / COSOC-W-86-002 - the National Sea Grant Library
Full document / COSOC-W-86-002 - the National Sea Grant Library Full document / COSOC-W-86-002 - the National Sea Grant Library
Estuarineand Coastal Management Toots of the Trade. Proceedings ofthe TenthNationalConference of TheCoastalSociety. October12-15.1986. New Orleans,LA. Copyrightby The CoastalSociety 1987. Introduction INTEGRATING EPA'S ESTUARINE AND COASTAL ZONE IOTORMATION WITH USER FRIENDLY DATA BASE MANAGEMENTTOOLS J. J. Wind, K. M. Green, and S. S. Hufford AmericanManagement Systems, Inc. 1777 N. Kern Street Arlington. VA 22209 Numerous Federal, state, and local governments as well as scientific and environmental organizations are concerned with estuarine and coastal zone environmental management. This concern Includes both the short and long term pollution effects on the associated living resources. Effective evaluation of point and non-point pollution Impacts on these ecosystems requires accessing, integrating, and analyzing the extensive ecological and pollution information residing in numerous data bases. Unfortunately, Integrating data from these sources is cumbersome and frustrating because of different access methods, languages, and data structures. In this paper our overall objective Is to show how integrating these data can Improve environmental decision-making for the concerned community identified above. We describe a user-friendly decision support tool, PIPQUIC, and a second methodology for accessing several EPA data bases that contain useful estuarine and coastal zone environmental and pollution data. We Illustrate an analysis using examples for the Patapsco River and Narragansett Bay. PIPQUIC; Multimedia Environmental Tools PIPQUIC 1s an Innovative, analytically-powerful environmental decision-support tool designed and Implemented by American Management Systems, Inc., (AHS) for the Regulatory Integration Division (RID) of 445
446 EPA's Office of Policy, Planning and Evaluation. PIPQUIC is a fully-integrated data base combining air, water, hazardous waste, and health risk data. It contains pollutant source data for the specific geographic areas of Philadelphia, Baltimore, Santa Clara, Rhode Island, and Kanawha Valley, West Virginia. In addition, PIPQUIC provides user-friendly interactive gateways to several EPA data bases (CDS, NEDS, PCS, STORET, KWOHS and FINDS). PIPQUIC Is designed for users with no previous computer experience and allows them to systematically analyze extensive data traditionally stored In the separate, media-specific data bases. PIPQUIC supports all phases of environmental management: problem identification, planning, regulatory development, program Implementation and results evaluation. PIPQUIC tools include environmental profiles (e.g., rank sources of air or water pollution); exposure and risk analyses (e.g., pinpoint culpability for modeled pollutant concentrations and risk); and what-if" analyses (e.g., evaluate alternative pollution control strategies). PIPQUIC; Baltimore study area For major industrial surface-water dischargers into the Patapsco River and Baltimore Harbor, PIPQUIC retrieved data from EPA's PCS to profile flow, total suspended solids, and 100 toxic compounds. Loadings were computed by multiplying flow times concentration where loading data were not available. PIPQUIC also Integrated extensive Discharge Monitoring Report (OMR) data collected from Industry files, that had not been previously Incorporated Into any automated system. Finally, a model based on the National Urban Runoff Program (NURP) was used with PIPQUIC to estimate seasonally-adjusted non-point toxic discharges. Indirect discharge (pretreatment) data from the Baltimore Water Department was also acquired and and added to the data base. Hazardous waste data from Maryland's Hazardous Waste Manifest System as well as EPA's Hazardous Waste Data Management System were also made available through PIPQUIC. The Integrated air emissions data Include Maryland's toxics Inventory for major point sources and estimated toxic organic emissions for minor point sources. These data were accessed from Maryland's Air Registry System and Incorporated a set of emission factors developed by EPA's Office of Air Quality Planning and Standards. For boilers and sewage treatment plants, AMS added detailed emissions estimates provided by another contractor. The Hazardous Emissions Model and Integrated System (HEHIS), a state-of-the-art national data base of county-level emissions estimates was used to provide data on impacts such as gas marketing; road vechiles; waste oil burning; residential, industrial, commercial heating; cooling towers; and agricultural burning. A profile of the point sources of pollution in the Patapsco River In the Patapsco River Basin there are 28 NPOES municipal dischargers with only four of those being majors (discharging more than 1 MGO). Of the 186 NPDES Industrial dischargers, 31 discharge more than 1 MGO
- Page 11 and 12: TRACKING TOXICS Chair Susan Harvey
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446<br />
EPA's Office of Policy, Planning and Evaluation. PIPQUIC is a<br />
fully-integrated data base combining air, water, hazardous waste, and<br />
health risk data. It contains pollutant source data for <strong>the</strong> specific<br />
geographic areas of Philadelphia, Baltimore, Santa Clara, Rhode Island,<br />
and Kanawha Valley, West Virginia. In addition, PIPQUIC provides<br />
user-friendly interactive gateways to several EPA data bases (CDS, NEDS,<br />
PCS, STORET, KWOHS and FINDS).<br />
PIPQUIC Is designed for users with no previous computer experience<br />
and allows <strong>the</strong>m to systematically analyze extensive data traditionally<br />
stored In <strong>the</strong> separate, media-specific data bases. PIPQUIC supports all<br />
phases of environmental management: problem identification, planning,<br />
regulatory development, program Implementation and results evaluation.<br />
PIPQUIC tools include environmental profiles (e.g., rank sources of air<br />
or water pollution); exposure and risk analyses (e.g., pinpoint<br />
culpability for modeled pollutant concentrations and risk); and<br />
what-if" analyses (e.g., evaluate alternative pollution control<br />
strategies).<br />
PIPQUIC; Baltimore study area<br />
For major industrial surface-water dischargers into <strong>the</strong> Patapsco<br />
River and Baltimore Harbor, PIPQUIC retrieved data from EPA's PCS to<br />
profile flow, total suspended solids, and 100 toxic compounds. Loadings<br />
were computed by multiplying flow times concentration where loading data<br />
were not available. PIPQUIC also Integrated extensive Discharge<br />
Monitoring Report (OMR) data collected from Industry files, that had not<br />
been previously Incorporated Into any automated system. Finally, a<br />
model based on <strong>the</strong> <strong>National</strong> Urban Runoff Program (NURP) was used with<br />
PIPQUIC to estimate seasonally-adjusted non-point toxic discharges.<br />
Indirect discharge (pretreatment) data from <strong>the</strong> Baltimore Water<br />
Department was also acquired and and added to <strong>the</strong> data base. Hazardous<br />
waste data from Maryland's Hazardous Waste Manifest System as well as<br />
EPA's Hazardous Waste Data Management System were also made available<br />
through PIPQUIC.<br />
The Integrated air emissions data Include Maryland's toxics<br />
Inventory for major point sources and estimated toxic organic emissions<br />
for minor point sources. These data were accessed from Maryland's Air<br />
Registry System and Incorporated a set of emission factors developed by<br />
EPA's Office of Air Quality Planning and Standards. For boilers and<br />
sewage treatment plants, AMS added detailed emissions estimates provided<br />
by ano<strong>the</strong>r contractor. The Hazardous Emissions Model and Integrated<br />
System (HEHIS), a state-of-<strong>the</strong>-art national data base of county-level<br />
emissions estimates was used to provide data on impacts such as gas<br />
marketing; road vechiles; waste oil burning; residential, industrial,<br />
commercial heating; cooling towers; and agricultural burning.<br />
A profile of <strong>the</strong> point sources of pollution in <strong>the</strong> Patapsco<br />
River<br />
In <strong>the</strong> Patapsco River Basin <strong>the</strong>re are 28 NPOES municipal dischargers<br />
with only four of those being majors (discharging more than 1 MGO). Of<br />
<strong>the</strong> 1<strong>86</strong> NPDES Industrial dischargers, 31 discharge more than 1 MGO