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GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS
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Description: Book cover
GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS

GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS

GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS

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Description: Book cover
GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS
Abstract
The City of Columbus, Ohio is developing their Long Term Control Plan. A portion of the work consisted of a large, intensive data collection effort, gathering information about the local rivers, stormwater system, combined sewer system, separate sewer system, and wastewater treatment plants. Data collected ranges from mussel surveys on the local rivers to flow monitoring in the combined sewer system. One of the particularly challenging aspects of the projects was achieving stability in the dissolved oxygen calibration for water quality measurement devices installed at 34 locations in area rivers. The dissolved oxygen calibration would drift toward saturation, and then above saturation, during deployment. Tests were conducted to determine the source of the calibration error using aerated tap-water baths. In the end, thicker membranes and longer burn-in time before calibration helped solve this problem and reduce drift in the sensors during deployment. Bacteria concentration was also a parameter of concern. It was found that stormwater was a major bacteria contributor to local streams, and helped increase the stream concentrations above State of Ohio water quality standards, even upstream of the combined sewer system. This immense data collection effort will help the City characterizing the receiving streams in Central Ohio and developing their Long Term Control Plan for CSOs.With a number of different sources being subjected to many different tests, an intelligent database was needed in order to store all the data so that it would be readily accessible to quality assurance personnel and modelers. The Malcolm Pirnie developed Time Series Analyzer (TSA) program was used to import, check, modify, graph and export the data. An important feature of TSA is that it records any changes to the data, along with the date, time, reason, and individual who made the changes. This maintains the integrity of the original values while recording any changes and their source. This application also adds value to the data because it makes the data more readily accessible, more organized, and in the end provides an electronic deliverable for the City to incorporate with their current database.
The City of Columbus, Ohio is developing their Long Term Control Plan. A portion of the work consisted of a large, intensive data collection effort, gathering information about the local rivers, stormwater system, combined sewer system, separate sewer system, and wastewater treatment plants. Data collected ranges from mussel surveys on the local rivers to flow monitoring in the combined sewer...
Author(s)
Kathleen E. Smith
SourceProceedings of the Water Environment Federation
SubjectSession 58: Stormwater Management: CSO Long Term Planning
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Jan, 2005
ISSN1938-6478
SICI1938-6478(20050101)2005:11L.4870;1-
DOI10.2175/193864705783866748
Volume / Issue2005 / 11
Content sourceWEFTEC
First / last page(s)4870 - 4885
Copyright2005
Word count363

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Description: Book cover
GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS
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Description: Book cover
GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS
Abstract
The City of Columbus, Ohio is developing their Long Term Control Plan. A portion of the work consisted of a large, intensive data collection effort, gathering information about the local rivers, stormwater system, combined sewer system, separate sewer system, and wastewater treatment plants. Data collected ranges from mussel surveys on the local rivers to flow monitoring in the combined sewer system. One of the particularly challenging aspects of the projects was achieving stability in the dissolved oxygen calibration for water quality measurement devices installed at 34 locations in area rivers. The dissolved oxygen calibration would drift toward saturation, and then above saturation, during deployment. Tests were conducted to determine the source of the calibration error using aerated tap-water baths. In the end, thicker membranes and longer burn-in time before calibration helped solve this problem and reduce drift in the sensors during deployment. Bacteria concentration was also a parameter of concern. It was found that stormwater was a major bacteria contributor to local streams, and helped increase the stream concentrations above State of Ohio water quality standards, even upstream of the combined sewer system. This immense data collection effort will help the City characterizing the receiving streams in Central Ohio and developing their Long Term Control Plan for CSOs.With a number of different sources being subjected to many different tests, an intelligent database was needed in order to store all the data so that it would be readily accessible to quality assurance personnel and modelers. The Malcolm Pirnie developed Time Series Analyzer (TSA) program was used to import, check, modify, graph and export the data. An important feature of TSA is that it records any changes to the data, along with the date, time, reason, and individual who made the changes. This maintains the integrity of the original values while recording any changes and their source. This application also adds value to the data because it makes the data more readily accessible, more organized, and in the end provides an electronic deliverable for the City to incorporate with their current database.
The City of Columbus, Ohio is developing their Long Term Control Plan. A portion of the work consisted of a large, intensive data collection effort, gathering information about the local rivers, stormwater system, combined sewer system, separate sewer system, and wastewater treatment plants. Data collected ranges from mussel surveys on the local rivers to flow monitoring in the combined sewer...
Author(s)
Kathleen E. Smith
SourceProceedings of the Water Environment Federation
SubjectSession 58: Stormwater Management: CSO Long Term Planning
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Jan, 2005
ISSN1938-6478
SICI1938-6478(20050101)2005:11L.4870;1-
DOI10.2175/193864705783866748
Volume / Issue2005 / 11
Content sourceWEFTEC
First / last page(s)4870 - 4885
Copyright2005
Word count363

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Kathleen E. Smith. GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2018. Web. 12 Jun. 2025. <https://www.accesswater.org?id=-291804CITANCHOR>.
Kathleen E. Smith. GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2018. Accessed June 12, 2025. https://www.accesswater.org/?id=-291804CITANCHOR.
Kathleen E. Smith
GOT DATA? A MASSIVE EFFORT TO COLLECT AND MANAGE DATA WILL GIVE MODELERS AND MUNICIPALITIES THE UPPER HAND WHEN DEALING WITH REGULATORS
Access Water
Water Environment Federation
December 22, 2018
June 12, 2025
https://www.accesswater.org/?id=-291804CITANCHOR