CITY OF FORT MYERS SOUTH ADVANCED WASTEWATER TREATMENT FACILITY

Similar documents
CITY OF FORT MYERS CENTRAL ADVANCED WASTEWATER TREATMENT FACILITY

CITY OF YUMA WASTEWATER TREATMENT PLANTS. Cactus Moon Education, LLC.

Tour of Regional Water Reclamation Facility

Performance Evaluation of the Moores Creek Advanced Water Resource Recovery Facility

Tour of Altamonte Springs Regional Water Reclamation Facility

Your Guide to the. Budd Inlet Treatment Plant

Chapter 2: Description of Treatment Facilities

BEING GOOD STEWARDS: IMPROVING EFFLUENT QUALITY ON A BARRIER ISLAND. 1.0 Executive Summary

The TRA CRWS Master Plan. Past, Present, & Future of CRWS. Kaylee Dusek, EIT, Garver Matt Jalbert, PE, TRA

Wastewater Treatment. Where does wastewater go when it leaves your house?

Comparison of Water Quality Parameters

American Water College 2010

APPENDIX A. 1. Background. 1.1 Existing Facilities. Page 1

City of Elk River Wastewater Treatment Facility Improvements. Achieving Wastewater Treatment Goals

Wastewater Treatment Works... The Basics

CEDAR CREEK Wastewater Treatment Facility

WASTEWATER DEPARTMENT. Bentonville Wastewater Treatment Plant Facts:

Wastewater Plant Tour. There Is Gold In Them There Plants

Anderson Water Pollution Control Plant

Agenda Item IV A-1 (TAHOE) Meeting Date: Douglas County Sewer Improvement District #1. Wastewater Reclamation Facilities

VILLAGE OF ALGONQUIN 2014 WASTEWATER FACILITY PLAN UPDATE EXECUTIVE SUMMARY

Atlantic County Utilities Authority Wastewater Treatment Facility

Texas A&M Wastewater Treatment Plant 9685 Whites Creek Rd., College Station, TX

MUNCIE WASTEWATER TREATMENT PLANT 5150 KILGORE AVE. MUNCIE, IN 47304

Duffin Creek Water Pollution Control Plant Technical Information

Wastewater Facility Plan City of Marshall, Minnesota

PERMIT TO OPERATE SILVER CLOUD CT., MONTEREY, CA TELEPHONE (831) FAX (831)

Donner Summit PUD Interactive Map Pop-up Text and Photos June 30, 2015

Department of Environmental Quality

Watertown Wastewater Facility Plan. August 11, 2015

Closing the Gap Reaching for Energy Independence in Water Reclamation

CHAPTER 1 - WASTEWATER SYSTEM DESCRIPTION

BIOSOLIDS Pasteurization: A NEW APPROACH IN CHERAW, S.C.

Capital Improvement Plan Update:

Eco-efficient Solids Separation Using Salsnes Technology. Wayne Lem Trojan Technologies July

Current Treatment Approaches and Planning for the Future A Panel Discussion

Wastewater Treatment clarifier

Wastewater Treatment Processes

Sewage Treatment - overview

W O C H H O L Z R E G I O N A L W A T E R R E C L A M A T I O N F A C I L I T Y O V E R V I E W

EXPRESS TERMS: Existing Part 650 is repealed in its entirety and New Part 650 is adopted.

Dealing with Unexpected Wastewater Treatment Plant Disruptions. February 16, 2017

Sanitary Sewer Systems. Sewage Collection System. Types of Sewage 10/12/2016. General Overview

Minnesota Pollution Control Agency

SEWERAGE SYSTEM IN ULAANBAATAR

Developing Watershed Plans to Restore and Protect Our Waters

Presentation Outline

Eco-efficient Solids Separation Using Salsnes Filter Technology. Jonathan Leech Trojan Technologies Nov 2013

Palmer Wastewater Treatment Plant Environmental Impacts. A summary of the impacts of this treatment alternative are listed below:

Wastewater treatment objecives

WASTEWATER TREATMENT

Fremont Water Pollution Control Center Plant Expansion for Nutrient Removal and Wet Weather Flow Treatment

Where does drinking water come from?

INNOVATIVE TECHNOLOGY TO IMPLEMENT A REUSE WATER PROGRAM. Stefan Haecker*, John Healy** 9311 College Parkway, Suite 1 Fort Myers Florida 33919

Using Process Optimization and Energy Audits to Reduce Energy Costs

intra Newsletter of the Trinity River Authority of Texas The future of biosolids

Wastewater Treatment Processes

Meeting SB1 Requirements and TP Removal Fundamentals

CITY OF LONDON ENVIRONMENTAL & ENGINEERING SERVICES WASTEWATER TREATMENT OPERATIONS DIVISION

Maureen O Shaughnessy. Prince William County Service Authority

National University Of Kaohsiung Taiwan. T.Y.Yeh Professor Department of Civil and Environmental Engineering

Minnesota Pollution Control Agency

Mid-Halton Wastewater (Sewage) Treatment Plant Expansion And Effluent Sewer Public Information Centre # 1 May 14, 2009

OMNIFLO ISBR. The most innovative SBR yet! Water Technologies

Best Practice in Sewage and Effluent Treatment Technologies

Role of Entrant s Firm. »» Final Design»» Completion of Funding. »» Engineering Services During Applications. »» Plant Startup and Filtration

BIOLOGICAL WASTEWATER BASICS

Palmer Wastewater Treatment Plant 6.7 Alternative 7: Upgrade Existing Lagoons with New Percolation Bed

North Side WRP Master Plan Research and Development Department 2006 Seminar Series October 27, 2006 Metropolitan Water Reclamation District of

Copies: Mark Hildebrand (NCA) ARCADIS Project No.: April 10, Task A 3100

Study Session Wastewater Enterprise, Proposed Improvement Projects and Projected Funding Needs Update

P.O Box Tel : (254) , , , Website:

Providing Infrastructure Redundancy at the Rocky River WWTP. Timothy McCann AECOM Keith Bovard Rocky River WWTP

PHOSPHORUS REMOVAL: TREATMENT

Altoona Westerly Wastewater Treatment Facility BNR Conversion with Wet Weather Accommodation

Since 2009, the 7-mil-gal-per-day (mgd)

A Battle to Be the Best: A Comparison of Two Powerful Sidestream Treatment Technologies: Post Aerobic Digestion and Anammox

POTW s As An Emergency Option For Dairy Manure Disposal

Assuming 100 gallons per capita per day, and 3 people per REU, design flows for the development are proposed to be:

CITY OF OXFORD WASTEWATER TREATMENT FACILITY ANNUAL PERFORMANCE REPORT FOR THE CALENDAR YEAR OF 2014

Module 17: The Activated Sludge Process - Part III Answer Key

Training programme on Fecal Sludge Management for Engineers in Trichy Corporation Faecal Sludge Treatment Technologies

Description: D05_100_OVW_015_PlantOverview.htm Plant Overview Durham Plant Overview Last Update: October 30, 2013 Purpose:

GHG Inventory Report February 2018 KENT COUNTY REGIONAL RESOURCE RECOVERY FACILITY 2017 GREENHOUSE GAS (GHG) EMISSION INVENTORY

WASTEWATER TREATMENT PLANT MASTER PLAN 6. BUSINESS CASE EVALUATION OF ALTERNATIVES

PEIRCE ISLAND WASTEWATER TREATMENT FACILITY UPGRADE

Tampa Bay Water (TBW) is a regional

Chapter 5: Treatment Assessment Future Condition

ECO Smart Aerobic Waste Water Treatment System. Optimising the re-use and recycling of waste water

HOW TO SAVE COSTS AND IMPROVE SUSTAINABILITY WHILE REDUCING EFFLUENT NITROGEN

CITY OF OXFORD WASTEWATER TREATMENT FACILITY ANNUAL PERFORMANCE REPORT FOR THE CALENDAR YEAR OF 2012

ENVIRONMENTAL ENGINEERING. Chemical Engineering department

Primary: Removal of a portion of the suspended solids and organic matter from the wastewater by gravity

Sanitary and Environmental Engineering I (4 th Year Civil)

AquaPASS. Aqua MixAir System. Phase Separator. System Features and Advantages. Anaerobic. Staged Aeration. Pre-Anoxic.

Activated Sludge Base Notes: for student. Activated Sludge Intro. What is Activated Sludge? 3/12/2012

A H. Marcela Velázquez-Carrillo Consultant to Mountain Systems Inc. on the application of Proficy for Water Treatment

Port St. Lucie Utility Systems

Pima County Regional Optimization Master Plan

Transcription:

CITY OF FORT MYERS SOUTH ADVANCED WASTEWATER TREATMENT FACILITY

RAW SEWAGE Raw sewage is the water that flows into a wastewater treatment facility. It is made up of waste from toilets, sinks, garbage disposals, industries and restaurants. Raw sewage is over 99.9% pure water. Raw sewage can also include items such as articles of clothing, lumber, sand and an occasional bowling ball. Items such as these are removed during the first stage of treatment, known as grit and screenings removal or preliminary treatment. Archimedes Screw influent pumps. Each pump capable of pumping 7639 gal./min. lifts the raw sewage to the Grit & Screenings Building where the first stage of treatment begins.

ODOR CONTROL Odors are a major concern at any wastewater treatment facility. As wastewater is collected and pumped to the plant, odor causing compounds are formed. These compounds are released when the wastewater is discharged into the grit and screenings process. In an effort to contain and treat as much odor as possible, the city has covered all open channels in this area. The contaminated air under these covers is collected and sent to the odor control system. The channels in the preliminary treatment building were covered to help contain odorous compounds.

This system utilizes air, moisture, nutrients and media to provide ideal conditions for the development of organisms that break down the odorous compounds. The clean air is then sent through carbon filtration and released into the atmosphere. Bio-Trickling Filters and Carbon units are used to maintain the proper environment for odor treating organisms to develop.

MIXED LIQUOR Mixed liquor is a mixture of raw sewage (after grit and screenings removal) and healthy "activated sludge". This mixture is the heart of the biological wastewater treatment process. When properly conditioned through the control of oxygen and solids content, the organisms in mixed liquor will eat, absorb or convert pollutants to an environmentally acceptable form. This 3.25 million gallon aeration tank which is the heart of the BardenPho process contains approximately 108,420 pounds of microorganisms.

FINAL EFFLUENT (Surface Water Discharge) After proper biological treatment and addition of aluminum sulfate, the mixed liquor flows into settling basins known as clarifiers. The heavier solid particles are settled out and collected to be used as activated sludge or dewatered and land applied. The remaining clear water is then disinfected and flows to the Caloosahatchee River. Final Clarifier

DEWATERED OR CAKE SLUDGE A portion of the activated sludge collected in the clarifiers is removed from the process for final disposal. This process is called beneficial reuse of wastewater biosolids. During this process, the biosolids are held in aerobic (with air) storage tanks, dewatered (thickened) on belt filter presses and processed into fertilizer through a cooperative agreement with Lee County. Biosolids Storage

Dewatered biosolids LABORATORY The City s state certified environmental laboratory is located at the South AWWT Facility. The primary function of the lab is to test treated and un-treated wastewater for both of the City s treatment facilities. Data generated by the lab is used for both monthly and annual permit required reports, and process control to assist the plant personnel with their daily operation of the facilities.

City Of Fort Myers Wastewater Laboratory

SUMMARY The wastewater treatment process is primarily a biological process with limited chemical addition. Through stringent process control and proper staffing with qualified, state certified operators 24 hours of every day, the City produces a very high quality effluent suitable for return to the environment via the river. The City's effluent consistantly meets or exceeds the limits set forth by the numerous State and Federal regulations, thus helping to preserve Florida's limited water resources.

CITY OF FORT MYERS WASTEWATER TREATMENT FACT SHEET The City of Fort Myers has two regional Advanced Wastewater Treatment Facilities. The Central AWWT Facility treats wastewater from Central and East Fort Myers as well as Lee County wastewater from as far away as Buckingham and Riverdale Shores. The South AWWT Facility receives wastewater flows from South and Central Fort Myers as well as Lee County wastewater from as far away as Daniels Road. Listed below is just a small portion of the data collected at the South AWWT Facility. SOUTH AWWT FACILITY Location: Treatment Capacity: Maximum Flow Capacity: Average Daily Flow during FY 16/17: Wastewater Treated during FY 16/17: Biosolids Produced for Beneficial Reuse during FY 16/17: 1618 Matthew Drive 12 million gallons per day (MGD) 30 MGD 9.11 MGD 3,322,530,000 gallons 14,611 wet tons 1,957 dry tons Operating Budget FY 17/18: $4,901,700.00 Treatment Cost (approximate) FY 16/17: Chemical Used/Reason: $1.27 per 1,000 gallons treated Aluminum Sulfate (ALUM)/Phosphorus Precipitation Sodium Hypochlorite/Disinfection Sodium Bisulfite/Dechlorination Cationic Polymer/Biosolids Dewatering Number of full time employees: 22 Tours: Encouraged for all schools, civic organizations or individuals. Tours can be scheduled through the Wastewater Treatment Superintendent s office at (239) 321-7571.