10.12.2012 Views

MANASOTA & PEACE RIVER BBDs Meeting Notebook 10-21-09.docx

MANASOTA & PEACE RIVER BBDs Meeting Notebook 10-21-09.docx

MANASOTA & PEACE RIVER BBDs Meeting Notebook 10-21-09.docx

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

H014<br />

Lake Hancock Outfall Treatment System<br />

Project Type WS&R Dev.<br />

AOR(s)<br />

Water Quality, Natural Systems<br />

Basin(s) General Fund (District), Peace River<br />

Cooperator(s)<br />

Project Manager HAGBERG, JANIE<br />

Task Manager(s)<br />

Status Ongoing<br />

Description<br />

The Lake Hancock projects are critical in the District's strategies for meeting the minimum flows in the Upper Peace<br />

River, improving water quality in the Peace River, and protecting Charlotte Harbor, an estuary of national significance.<br />

The goal of the Lake Hancock Outfall Treatment Project is to improve water quality discharging from Lake Hancock<br />

through Saddle Creek to the Peace River. Historical data has shown that the Saddle Creek drainage basin, one of nine<br />

sub-basins in the Peace River Watershed, contributes approximately 6 percent of the total flow of the Peace River, yet<br />

contributes approximately 13 percent of the watershed's total annual nitrogen load. Nitrogen has been identified as the<br />

primary target nutrient in restoring water quality in the Peace River and preventing degradation of Charlotte Harbor, a<br />

Surface Water Improvement and Management priority water body. The Peace River ecosystem routinely suffers from<br />

algae blooms during periods of low flows and warm weather. These events not only affect the fish and wildlife<br />

associated directly with the river and estuary, but also affect the region's largest potable surface water supply system,<br />

operated by the Peace River/Manasota Regional Water Supply Authority. Many of the basins along the Peace River,<br />

including Lake Hancock, have been identified by the Florida Department of Environmental Protection as impaired<br />

under the Clean Water Act, requiring that Total Maximum Daily Loads be established. Furthermore, nitrogen loads<br />

have been predicted to increase significantly over the next 20 years as a result of growth. Water quality treatment of<br />

discharges from Lake Hancock has been identified as the most cost effective means of reducing nitrogen loads into<br />

the Peace River and Charlotte Harbor. The District has acquired the 3,500-acre, planned Old Florida Plantation<br />

development property. Portions of this tract of land are planned to be utilized for the outfall treatment project. An<br />

engineering consultant has been retained to conduct a feasibility study of applicable treatment technologies; design<br />

and permit the selected alternative; and to provide construction management services. The project involves five tasks:<br />

(1) Research, Monitoring and Data Acquisition, (2) Feasibility Study, (3) Design and Permitting, (4) Construction, and<br />

(5) System Start-up and Operation. Task 1 provides information necessary for evaluation of various treatment<br />

technologies and for design of the full-scale treatment system. Task 2, Feasibility Study, involves two elements: a)<br />

evaluation of applicable treatment technologies and ranking based on expected performance, cost, proof of concept,<br />

and other factors; and b) geotechnical and potential constructability testing. Task 3 involves design and permitting of<br />

the selected treatment system and includes preparing construction plans and specifications. A contractor will be<br />

procured through the competitive bid process for Task 4, construction of the treatment system. Task 5 involves<br />

treatment system start-up and optimization of system performance to achieve target nutrient removal. The District is<br />

responsible for long-term operation and maintenance.<br />

Benefits<br />

The project addresses water quality and natural systems District objectives. The project will improve water quality in<br />

the Upper Peace River listed as impaired under the TMDL Program. Water quality improvements in the Upper Peace<br />

River from the project will improve natural systems along the river. The creation of a 1,000-acre functional marsh<br />

system will provide habitat where historic mining has altered the landscape.<br />

Costs<br />

This is a multi-year funded project. A total of $26,983,383 has been budgeted in H014, W014, and SC54 through<br />

FY2009 as follows: $13,435,446 from Florida Forever, $1,750,000 from state appropriations, $1,792,200 from the<br />

United States Environmental Protection Agency (USEPA), $640,070 from the Governing Board, $640,070 from the<br />

Peace River Basin Board, $325,000 from the Water Protection Sustainability Trust Fund, $7,747,937 from the Water<br />

Management Lands Trust Fund and $655,140 from State SWIM. The FY2009 budget totals $9,302,480 and is<br />

allocated in project numbers W014 and SC54. Of the FY2009 funds, a total of $1,802,480 is budgeted in W014<br />

and includes $327,570 from the Governing Board, $327,570 from the Peace River Basin Board, $655,140 from State<br />

SWIM and $492,200 in revenue from the USEPA. Of the FY2009 funds, a total of $7,747,937 is budgeted in SC54<br />

from the Water Management Lands Trust Fund. The proposed FY20<strong>10</strong> budget (allocated in H014) totaling $2,350,000<br />

includes $1,250,000 from the Governing Board, $300,000 from the Peace River Basin Board, and $800,000 from the<br />

USEPA. District funds shown in the table include staff salaries. Additional funds will be requested in future years for<br />

construction, operation and maintenance.<br />

Additional Information<br />

In 1987, the Florida Legislature established the Surface Water Improvement and Management (SWIM) Act, having<br />

020 - Peace River Basin 184

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!