Presentation is loading. Please wait.

Presentation is loading. Please wait.

Performance of Ten Mile Canal Filter Marsh Project Anura Karuna-Muni, P.E., Lee County Roland Ottolini, P.E., Lee County Tim Denison, Johnson Engineering,

Published bySummer Milton Modified over 9 years ago

Similar presentations

Presentation on theme: "Performance of Ten Mile Canal Filter Marsh Project Anura Karuna-Muni, P.E., Lee County Roland Ottolini, P.E., Lee County Tim Denison, Johnson Engineering,"— Presentation transcript:

1 Performance of Ten Mile Canal Filter Marsh Project Anura Karuna-Muni, P.E., Lee County Roland Ottolini, P.E., Lee County Tim Denison, Johnson Engineering, Inc. Lee County Division of Natural Resources

2 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources Presentation Outline: Layout of the filter marsh Monitoring of water quality and flow Data analysis and trends, assuming the filter marsh as a blackbox Maintenance of the marsh Summary

3 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

4 Ten Mile and Six Mile Watersheds (approximate area = 43,000 acres) Ten Mile Canal Watershed (Approx. 13 square miles)

5 Performance of Ten Mile Canal Filter Marsh Project Filter Marsh Cell Orientation and Operation North Settling Cell/ Filter Marsh North Filter Marsh South Settling Cell/ Filter Marsh South Filter Marsh Lee County Division of Natural Resources

6 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

7 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

8 Performance of Ten Mile Canal Filter Marsh Project Water Quality Monitoring Locations Lee County Division of Natural Resources

9 Performance of Ten Mile Canal Filter Marsh Project Water Level Monitoring Locations Lee County Division of Natural Resources

10 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

11 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

12 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

13 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources Water Quality and Level Monitoring Equipments Avalanche® Multi-bottle, Multi-function Sampler

14 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

15 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

16 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources 2008 Total Load Reduction = 68% (1920 kg)

17 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources 2008 Total Load Reduction = 82% (78.9 kg)

18 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources Maintenance Activities 4/15/2008Aquatic Plant Removal7 cy mixed 4/15/2008Aquatic Plant Removal1 cy chara 5/15/2008Harvest Cell No. 48 cy native 8/6/2008Aquatic Plant Removal45 cy mixed 11/17/2008Aquatic Plant Removal40 cy mixed

19 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

20 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources

21 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources 2008 Filter Marsh Performance Summary: Upper limit (considering the filter marsh as a blackbox) Total Nitrogen Removed 1920 kg Nitrogen Removal Efficiency 68% Total Phosphorus Removed 78.9 kg Phosphorus Removal Efficiency 82%

22 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources 2008 Filter Marsh Performance Summary: Upper limit (considering the filter marsh as a blackbox) Lower limit (considering the inflow to be equal to discharge – no losses) Total Nitrogen Removed 1920 kg 506 kg Nitrogen Removal Efficiency 68%36% Total Phosphorus Removed 78.9 kg 33 kg Phosphorus Removal Efficiency 82%65%

23 Performance of Ten Mile Canal Filter Marsh Project Lee County Division of Natural Resources Observations and Recommendations: The efficiency can be determined in different ways. This study focuses on efficiency based on load in the water column. Efficiency and load reduction depends on a number of factors such as loading rate, amount of discharge, residence time, maintenance, volume loss due to seepage, ET, leaks, etc. Focus on removing nutrient loads during the wet season Coordinate monitoring of water quality and flow Stay on top of maintenance schedule Develop a simple design that is easy to operate and maintain Make aware of factors influencing the efficiency

24 Web Site : www.lee-county.com/naturalresources Contact Information Akaruna-muni@leegov.com Ottolire@leegov.com tdenison@johnsoneng.com Questions & Comments

Download ppt "Performance of Ten Mile Canal Filter Marsh Project Anura Karuna-Muni, P.E., Lee County Roland Ottolini, P.E., Lee County Tim Denison, Johnson Engineering,"

Similar presentations

Sun Ag Water Quality Study Report for Total Phosphorus Marc von Canal, Regulatory Scientist Mark Crosby, Engineer Victor McDaniel, Supervising Professional.

Sun Ag Water Quality Study Report for Total Phosphorus Marc von Canal, Regulatory Scientist Mark Crosby, Engineer Victor McDaniel, Supervising Professional.
Still River Study 2004-2005 Sponsored by Friends of the Lake Presented by Curtis Read November 17th, 2005.

Still River Study Sponsored by Friends of the Lake Presented by Curtis Read November 17th, 2005.
Presented by Melanie Williams. Plan Schedule Water Quality Status Trends Chain of Lakes Basinwide Issues Recommendations & goals Public Review Comments.

Presented by Melanie Williams. Plan Schedule Water Quality Status Trends Chain of Lakes Basinwide Issues Recommendations & goals Public Review Comments.
Drainage Management to Improve Water Quality and Enhanced Agricultural Production Don Pitts Agricultural Engineer NRCS USDA Champaign, IL by.

Drainage Management to Improve Water Quality and Enhanced Agricultural Production Don Pitts Agricultural Engineer NRCS USDA Champaign, IL by.
Burandt Lake TMDL (Total Maximum Daily Load) Water quality in an urban lake 2/7/2008.

Burandt Lake TMDL (Total Maximum Daily Load) Water quality in an urban lake 2/7/2008.
Management Plan: An Overview

Management Plan: An Overview
Economics of Nitrogen and Water Quality Anthony Dvarskas Stony Brook University May 19, 2014 1.

Economics of Nitrogen and Water Quality Anthony Dvarskas Stony Brook University May 19,
Prepared by WMC Consulting Engineers Inc. John A. Wengell.

Prepared by WMC Consulting Engineers Inc. John A. Wengell.
Quantification of Spill Data from Domestic Facilities Andy Squires Pinellas County Environmental Management Keith Hackett Janicki Environmental, Inc.

Quantification of Spill Data from Domestic Facilities Andy Squires Pinellas County Environmental Management Keith Hackett Janicki Environmental, Inc.
Approach for Including Nutrient Limitations within NDPDES Permits Dallas Grossman Division of Water Quality 701.328.5242.

Approach for Including Nutrient Limitations within NDPDES Permits Dallas Grossman Division of Water Quality
Transport of nitrogen and phosphorus from Rhode River watersheds during storm events David Correll, Thomas Jordan, and Donald Weller Water Resources Research,

Transport of nitrogen and phosphorus from Rhode River watersheds during storm events David Correll, Thomas Jordan, and Donald Weller Water Resources Research,
Nutrient Loading in the Klamath Basin K.A. Rykbost B.A. Charlton Oregon State University Klamath Experiment Station.

Nutrient Loading in the Klamath Basin K.A. Rykbost B.A. Charlton Oregon State University Klamath Experiment Station.
Lakes of Missouri Volunteer Program University of Missouri-Columbia The Missouri’s Lakes and Reservoirs The Missouri Department of Natural Resources Region.

Lakes of Missouri Volunteer Program University of Missouri-Columbia The Missouri’s Lakes and Reservoirs The Missouri Department of Natural Resources Region.
North St. Paul Resilient Communities Reduction in Total Phosphorus to Silver Lake Prepared by: Matthew Bonnema, Gwyneth Perry, Nathan Warner and Christopher.

North St. Paul Resilient Communities Reduction in Total Phosphorus to Silver Lake Prepared by: Matthew Bonnema, Gwyneth Perry, Nathan Warner and Christopher.
The Riley Purgatory Bluff Creek Watershed District in 2013 Claire Bleser September 20, 2012.

The Riley Purgatory Bluff Creek Watershed District in 2013 Claire Bleser September 20, 2012.
Lake County Water Authority Nutrient Reduction Facility (NuRF) Lance Lumbard Water Resources Project Manager.

Lake County Water Authority Nutrient Reduction Facility (NuRF) Lance Lumbard Water Resources Project Manager.
It’s the Water Workshop An Industry Approach Sept. 13, 2005 Dan Froehlich US Agronomy Manager Nitrogen Management.

It’s the Water Workshop An Industry Approach Sept. 13, 2005 Dan Froehlich US Agronomy Manager Nitrogen Management.
Aquascaping November 14, 2006 Country Creek HOA Manatee County.

Aquascaping November 14, 2006 Country Creek HOA Manatee County.
Michael J. Brayton MD/DE/DC Water Science Center Hydrologic Controls on Nutrient and Pesticide Transport through a Small Agricultural Watershed, Morgan.

Michael J. Brayton MD/DE/DC Water Science Center Hydrologic Controls on Nutrient and Pesticide Transport through a Small Agricultural Watershed, Morgan.
Lee County Government Division of Natural Resources TMDL/BMAP Update TMDL/BMAP Update November 30, 2010 Roland Ottolini, Director Lee County Division of.

Lee County Government Division of Natural Resources TMDL/BMAP Update TMDL/BMAP Update November 30, 2010 Roland Ottolini, Director Lee County Division of.

Similar presentations

Ads by Google