Utilities Division Personnel

Osama Elshami, PE, CFM, Director of Utilities & Engineering

Assistant Director - Utilities

Jean Dupuis


Project Manager

Robert McDonald


Utilities Engineer

James (Jim) Moore, PE


Water Supervisor

Todd Martin


Wastewater Supervisor

Chad Hancock


Administrative Assistant

Claudia (Viviana) Monroy


Staff Assistant

Lisa Thompson-Hall


Staff Assistant 

Marjorie Casseus



Hydrant Flushing

The City has an ongoing Hydrant Flushing Program that assures that our fire hydrants are in good working order.  Continue reading to learn more.

Have you ever been driving in your car and noticed a City worker standing by a fire hydrant with water gushing out?  Have you ever wondered why they're "wasting" so much water?  There are good reasons for this activity.  The workers you see are hydrant flushing to maintain the safest and highest quality of water possible.  The City of Coconut Creek flushes fire hydrants throughout the service area only when required.  This program samples and tests the water in the distribution system and identifies when water main flushing is needed.  

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Hydrant Flushing serves the following purposes:

Improves water quality in the distribution system
Verifies the proper operations of fire hydrants and valves
Helps find weakness in the water system
Checks closed valves and weak flows in the water mains
Verifies adequate fire flows for fire fighting

Flushing fire hydrants is one of the most important maintenance practices that can be performed on a water distribution system.  The time involved in flushing can vary from a few minutes to several hours depending on the circumstances.  If you see hydrant flushing crews working in the area please drive carefully and treat them like any other road construction crew. 

What do I do during or after hydrant flushing?

Avoid running tap water and using the washing machine or the dishwasher until the flushing is finished.  If tap water is used during flushing, it could come out full of sediment that causes discoloration.  If you encounter discolored water, shut the water off and wait several minutes.  After waiting, check the clarity by running cold water for a few minutes, allowing new water to work its way into your pipes.  If the water is clear, it's OK to use.  If not, wait a few minutes and check again.  There is no health hazard associated with discolored water.  In some cases, there may be a slight discoloration for a few hours.   

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Why can't the resident of City reuse this water?

This question is a little more complicated.  We have received numerous ideas.  For example, filling City tankers with water from hydrant flushing.  We have, in fact, been working on this concept for quite some time.  However, it is difficult to anticipate where flushing will be required and for how long, which makes scheduling a challenge.  Unfortunately, we can not move enough water through a hydrant meter into a truck to make a big difference in water quality.  Hydrant flushing requires a water flow of up to 1,300 gallons per minute in order to move all of the water in a water main to adequately flush the system.  Filling up tanker trucks with water from hydrant flushing would cause too many interruptions in the flow that could compromise the integrity of the water distribution system. 


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Backflow Prevention

What is a Backflow?

Backflow is a condition that occurs when a severe change in pressure within the water distribution system causes water flow in the system to flow in the opposite direction of its normal flow.  Backflow could allow contaminants to enter our drinking water system through cross connections.

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Backflow by meter box


What is a Backflow Preventer?

A backflow preventer is a mechanism designed to prevent backflow by providing a physical barrier between the drinking water system and potential contamination sources.  For a backflow preventer to provide proper protection, it must be designed for the degree of hazard, installed correctly, tested annually by a state certified tester, and repaired as necessary.

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Why do Backflow Preventers have to be tested annually?

All backflow preventers have internal seals, springs, and moving parts that are subject to fouling, wear, or fatigue, and have to be tested periodically to ensure that they are functioning properly.

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Who is required to have a Backflow Prevention Assemby?

Per City Code of Ordinances, the following facilities are required to have and maintain Backflow Prevention Assemblies:

  • All commercial facilities
  • Irrigation & Fire Protection Systems served by a meter
  • All buildings served by master meters, including, but not limited to multi-family buildings, multi-story buildings, and mobile home parks


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Where are Cross Connections found?

Cross connections are found in all plumbing systems.  It is important that each cross connection is evaluated and identified as to what type of backflow protection is required to protect the the drinking water supply. Some plumbing fixtures have built-in backflow protection in the form of a physical air gap.  However, most cross connections will need to be controlled through the installation of an approved mechanical backflow prevention device or assembly.  Some common cross connections found in plumbing and water systems include:

  • Wash basins & service sinks
  • Hose bibs - irrigation sprinkler systems
  • Auxilary water supplies
  • Photo development equipment
  • Boilers - swimming pools
  • Solar heating systems
  • Fire sprinkler systems


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Cross-Connection devise


Engineering Personnel
Osama Elshami, PE, CFM Email Director of Utilities & Engineering
Randall Blanchette, PE Email Engineering Manager
Eileen Cabrera, EI Email Senior Engineer
Dany Kabrit Email Senior Project Manager
Mohammed Albassam Email Engineer I
Ganesh (Steve) Seegobin Email Construction Supervisor
Vacant Email Engineering Inspector
Theodore Risberg Email Environmental Engineering Specialist
Catherine Touhsant Email Engineering Permit Specialist
Alicia Copeland Email Project Coordinator