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Division of Drinking Water Emergency Response Plan

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Contractors-excavation, welders, plumbing, electrical, etc. 7. Prioritizing Work ... Possible contamination of water supplies (low pressure and backsiphonage) ... – PowerPoint PPT presentation

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Title: Division of Drinking Water Emergency Response Plan


1
Security Response Plan for Small Water Systems
2
Potential Threats of Biological Agents
  • It is unlikely that a typical small particle
    aerosol attack with toxins would significantly
    contaminate water supplies
  • Dilution makes adding toxins to the raw water
    source unlikely to cause human illness
  • Direct contamination to the water system would
    need to occur downstream of the treatment plant
    and near the end user, such as storage tanks
  • Taste Odor Complaints may be an indication of
    problems
  • Damage to infrastructure resulting in loss of
    water service may be biggest threat to public
    health
  • Emergency Response Plan (Not just for biological
    emergencies)

Presented by NRWA and WVRWA
3
Response Plan
  • Objectives
  • Communications
  • Resources
  • Needs to be in writing

4
Objectives Of Plan
  • Minimize Confusion
  • Respond Quickly
  • Restore System To Normal
  • Supply Safe Adequate Drinking Water

5
CommunicationsDaytime After Hours Numbers
  • System Personnel Work, Home, Other, (Pager
    or Cellular)
  • Local Rural Water Association
  • Local Health Department
  • State Health Department CDPHE WQCD
  • County and State Emergency Coordinators
  • EPA Regional Office
  • FBI

6
CommunicationsDaytime After Hours Numbers
  • Emergency Contacts Police, Fire,
    Ambulance, Hospitals, Etc,
  • Analyzing Laboratories- after hours telephone
    numbers
  • Radio, television, and newspaper contacts
  • Emergency Equipment generator, portable lights,
    pumps, etc.
  • Vendors personnel after hours telephone numbers
  • Contractors-excavation, welders, plumbing,
    electrical, etc.

7
Prioritizing Work Repairs
  • Drinking water is top priority
  • Based on water usage (fire fighting, etc.),
    outside water may need to be brought in
  • Possible contamination of water supplies (low
    pressure and backsiphonage)
  • Preserving remaining stored water
  • Consider establishing a safe watering point
    (citizens can use this for a source of safe
    water)
  • Prioritize equipment and personnel
  • Map critical areas where water is needed

8
Requests for Emergency Aid
  • Authorization to request and provide assistance
  • Commercial suppliers of equipment and materials
  • Neighboring water systems and agreements

9
Public Notification
  • Coordinate press releases (consistent and
    non-conflicting)
  • Know the facts (no guessing or speculation)
  • Designate one person to be the spokesperson to
    reduce conflicting messages

10
Infrastructure Security
  • Make security a priority
  • Be on the look out for suspicious behavior or
    people tampering with water facilities.
  • Control access to your computer systems and
    change passwords frequently
  • Control access to your distribution system and
    increase the monitoring of chlorine residuals
  • Report criminal threats, suspicious behavior, or
    attacks on water utilities immediately to the
    local office of the FBI

11
How to Minimize Risks?
  • Keep sites well lit. (add more lights)
  • Consider Security additions to existing SCADA
    System
  • Sites fenced and locked. (change locks)
  • Increased monitoring. (chems bac-t)
  • Possible outside help with security.
  • Have good emergency response plan in place.
  • Have contingency plans in place.

12
Conventional Water Treatment Effectiveness
  • Anthrax stable in water for two years, spores
    resistant to Chlorine, conventional treatment
    removal 99-99.5
  • Cholera survives well in water, easily killed
    with chlorine, conventional treatment removal
    97-99.5
  • Salmonella stable for 8 days in fresh water,
    inactivated with chlorine, conventional treatment
    removal 97-99.5
  • Plague stable for 16 days in water, chlorine
    tolerance unknown, conventional treatment removal
    97-99.5
  • Hepatitis A unknown stability in water,
    inactivated in 0.4 ppm cl2 30 mins., conventional
    treatment removal gt90
  • Cryptosporidiosis stable days or more in water,
    oocysts resistant to cl2, conventional treatment
    removal 99.99

13
The Best Defense Is A Good Offensive
  • Assess vulnerability to threats and vandalism
  • Make a plan to cover all contingencies
  • Increase surveillance of infrastructure
  • Work with local law enforcement
  • Be alert to out of the Ordinary situations/events
  • Enlist the help of the public

14
QUESTIONS
For more information, contact West Virginia Rural
Water Association at 1-800-339-4513 www.wvrwa.org
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