biggest pitfalls and best practices in emergency management healthcare engineering consultants...
TRANSCRIPT
Biggest Pitfalls and Best Practices in Emergency Management
Healthcare Engineering Consultants
Strategies for the 2011 Emergency Management Standards
EMERGENCY
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
The organization of the standards :
EM.01.01.01: Plans for managing emergencies, including HVA
EM.02.01.01: Emergency operations plan (EOP) developed – Direct Impact!
EM.02.02.01: Establishes emergency communication strategies
EM.02.02.03: Establishes strategies for managing resources
EM.02.02.05: Establishes strategies for managing safety and security
EM.02.02.07: Defines and manages staff roles and responsibilities
EM.02.02.09: Identifies an alternative means for providing utilities
EM.02.02.11: Identifies strategies for patient management
EM.02.02.13: Privileges to LIP’s – Direct Impact!
EM.02.02.15: Privileges to volunteer staff – Direct Impact!
EM.03.01.01: Annual effectiveness review
EM.03.01.03: Regularly tests the emergency operations plan
Emergency ManagementEMERGENCY
Healthcare Engineering Consultants
Issue: Emergency Management Committee
Best Practice:
Dedicated EM committee not required, but suggested
Leadership and physicians should be committee members and participate in planning
The committee should perform the following functions:
- Review the HVA annually
- Plan for emergency drills
- Evaluate actual emergencies and drills
Plan for other emergency activities
Emergency ManagementEMERGENCY
Healthcare Engineering Consultants
Issue: Hazard Vulnerability Analysis (HVA)
Best Practice:
A Hazard Vulnerability Analysis (HVA) is performed and documented, for each geographically separate location
The HVA includes a numerical score
The hazards are prioritized
The HVA is used to define Mitigation and Preparedness
The HVA includes the “disaster level” to determine how long the resource timeline charts must be for specific emergencies
The HVA is reviewed and revised, as necessary, annually
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Hazard Vulnerability Analysis (HVA) for Emergency Management
Event Description Occurrence Probability (OP)
Human Impact (HI)
Property Impact (PI)
Operational Impact (OI)
Total Score (TS)
Procedure Required?
Disaster Level
Tornado
3 3 5 4 36 Yes 1-2
Severe Thunderstorm
4 2 3 2 28 Yes 1
Severe Winter Storm
4 2 2 2 24 Yes 1-2-3
Severe Ice
4 2 3 3 32 Yes 1-2-3
Earthquake
3 1 3 2 18 No N/A
Hurricane
0 4 4 4 0 No N/A
Flooding
2 1 4 4 18 Yes 1-2
Pandemic
2 5 1 5 22 Yes 1-2-3
Hazmat Spill (internal)
3 3 2 3 24 Yes 1-2
Hazmat Spill (external)
2 2 1 3 12 Yes 1-2
Electrical Failure
4 1 1 5 28 Yes 1-2
Medical Gas Failure
2 4 1 5 20 Yes 1-2
Bomb Threat
2 4 4 4 24 Yes 1-2
Biological Terrorism
1 5 1 5 11 Yes 1-2-3
Nuclear Terrorism
1 5 5 5 15 No N/A
Emergency ManagementEMERGENCY
Healthcare Engineering Consultants
Issue: Create an Emergency Operations Plan (EOP)
Best Practice:
Written EOP developed with participation by leadership and physicians
EOP describes response procedures for HVA determined events
EOP describes procedures for 96-hour community non-support
EOP describes the recovery phase of disasters based on HVA
EOP identifies the individual(s) who have the authority to activate the incident command function and phases
EOP includes descriptions of the six critical core areas: 1) communications; 2) resources and assets; 3) safety and security; 4) staff roles; 5) utility management, and; 6) patient management
EOP “crosswalk” is completed to locate required elements
EOP is reviewed and revised, as necessary, annually
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Incident Commander
Public Info Officer
Liaison Officer
Safety Officer
Med/ Tech Specialist(s)
Operations Section Chief
Planning Section Chief
Logistics Section Chief
Finance/ Admin Section Chief
HICS Organizational Chart
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: 96-hour Timeline Charts
Biggest Pitfall: Stocking supplies for 96-hours
Best Practice:
Create color-coded timeline charts that indicate how long utilities will be operational and how long consumable supplies will be available in the event of an emergency in which no re-supply is possible
Ensure that decisions are made to determine whether any utility or supply changes will be implemented to extend “green” or “yellow” zones
Create timeline charts for all of the Level 3 scenarios from the HVA; the timeline is dependent upon the Level 3 duration (how many hours?)
Level 1: Supplies are available and are ordered and received
Level 2: Internal supply shortages or utility failures require partial or total patient evacuation from the facility
Level 3: Shortages and/ or utilities are not sufficient to continue normal patient care, although evacuation is not possible and outside assistance is not available
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Utility Failure Operational Impact Chart
Hours after utility failure 0 8 16 24 32 40 48 56 64 72 80 88 96 Normal power failure Emergency power failure Water pressure low Entire loss of water pressure Loss of steam generation (winter) Loss of steam generation (summer) Loss of natural gas Loss of propane Chiller failure (winter) Chiller failure (summer) Major air handler failure Failure of sewage system Sump pump failure Loss of bulk oxygen Loss of medical air Loss of bulk nitrous oxide Loss of medical vacuum Computer server failure Telephone switch failure Failure of elevators Pneumatic tube system failure
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Consumable Supply Operational Impact Chart
Hours after emergency occurs 0 8 16 24 32 40 48 56 64 72 80 88 96 Fuel oil (winter) Fuel oil (summer) Gasoline Propane fuel Natural gas Potable water Non-potable water Oxygen Medical air Nitrous Oxide Nitrogen Nutrition supplies Pharmaceutical supplies IV solutions Pharmaceutical medications General patient supplies Surgical supplies Environmental cleaning supplies Central sterile supplies General office supplies
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Utility Failure Operational Impact Chart
Hours after utility failure 0 8 16 24 32 40 48 56 64 72 80 88 96 Normal power failure Emergency power failure Water pressure low Entire loss of water pressure Loss of steam generation (winter) Loss of steam generation (summer) Loss of natural gas Loss of propane Chiller failure (winter) Chiller failure (summer) Major air handler failure Failure of sewage system Sump pump failure Loss of bulk oxygen Loss of medical air Loss of bulk nitrous oxide Loss of medical vacuum Computer server failure Telephone switch failure Failure of elevators Pneumatic tube system failure
Based on the duration of the Level 3 scenario, the timeline may only extend to 24 or 48 hours, rather than 96
24 hours
48 hours
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Emergency Communication Strategies
Best Practices:
Create notification charts with phone numbers, email addresses, etc.
Include for staff, external authorities, community, media, vendors
Determine what information will be shared with other health care providers in the area
Ensure that liaisons are established with government agencies
Verify that MOU’s for alternative care sites are updated
Establish and check operation of back-up communication systems, such as the internet, cell phones, two-way radios, emergency land lines, and amateur radio operators
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Resource and Asset Strategies
Best Practice:
Plans should be in place to stockpile and reorder critical clinical and non-clinical supplies (supply inventory should be checked routinely)
Written procedures should describe how the needs of staff and families of staff will be met during an emergency
A plan to share community resources and assets should be in place
A practical patient evacuation plan that includes partial or total evacuation outside of the facility is required
Logistics for evacuation must include: 1) transportation; 2) staffing; 3) medications; 4) equipment, and; 5) the medical record
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Safety and Security
Best Practices:
Security staffing plans during emergencies must be established
Expectations with outside police agencies should be identified
Plans to dispose of infectious and hazardous waste must be created
Procedures to treat contaminated patients must be written (radioactive, biological and chemical)
Methods to lock down the facility to prevent entry must be provided
Methods to minimize staff and patients from leaving the facility must be planned
Plans must be in place to control traffic accessing the facility
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Staff Roles and Responsibilities
Best Practices:
Review and update as necessary, the ICS organizational chart and job action sheets (check after each drill)
Ensure that hospital staff have participated in NIMS training
Discuss emergency expectations with the independent physicians who have privileges at the hospital
Select the primary and back-up command center locations
Have a method to identify incident command staff (ID badges, vests, caps, etc.)
Make sure that decisions regarding staff and family support needs (house and feed family and pets?) have been determined and are in writing
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Utility Back-up Strategies
Best Practices:
Complete the utility timeline chart for the Level 3’s on the HVA
Determine which utilities require additional supplies, especially water and fuel
Determine the feasibility of redundant systems or supplies
Examples: Water – on-site well, water tower or nearby lake
Electricity – additional generators installed
Boilers – portable boiler “on a truck”
Medical gas – low pressure external connection, manifold
Fuel – additional on-site storage
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Patient Management
Best Practices:
Identify which patients in the hospital are considered “vulnerable”
(neonatal intensive, pediatric, geriatric, dementia, behavioral health,
bariatric)
Consider plans to move vulnerable patients vertically without elevators
Plan for patient and staff hygiene and sanitation without water or sewer
Determine mortuary needs in the event of a pandemic
Evaluate back-up methods to track patient information in the event that
the electronic information system fails
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Privileges to LIP’s During Disasters
Best Practices: Privileges granted only when EOP has been activated
Medical staff bylaws indicate to who and how to grant privileges, and policies will indicate how performance will be evaluated
Minimum privileging requirements include:
1. Current picture ID and license to practice
2. Must be a member of a recognized disaster response group
3. Proof of government authority to provide services during a disaster
Mentor must be provided to oversee LIP
Hospital determines within 72 hours if privileges should continue
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Privileges to Volunteer Practitioners During Disasters
Best practices: Hospital assigns responsibilities only when EOP has been activated
Hospital identifies in writing who is eligible and how to assign disaster responsibilities to non-LIP’s
Minimum requirements to assist during disasters include:
1. Current picture ID and license to practice professional specialty
2. Must be a member of a recognized disaster response group
3. Confirmation by hospital staff the individual is qualified
Mentor must be provided to oversee volunteer
Hospital determines a method to evaluate performance and decide within 72 hours if responsibilities should continue
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Emergency Drills
Best Practices: Two drills per rolling 12-month period should be performed, based on the HVA
At least one drill per 12 months for each business occupancy
At least one “influx” drill for a disaster receiving station
Community-wide and influx drills can be performed concurrently
Don’t forget about patient “surge” drills (IC.01.06.01) and infant/ pediatric abduction drills (EC.02.01.01)
The community “non-support” drill can be a tabletop
Trained staff, including a physician and leadership, must evaluate the drill and must document the six core areas in the evaluation
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Issue: Emergency Drills (continued)
Best Practices: To count, drills and actual disasters must:
1) initiate the incident command system (ICS)
2) require additional internal or external resources, beyond what is normally
available
3) the drill or actual disaster must be documented and include an evaluation
of the six critical core areas
Tabletop simulations are permitted for the community and community non-
support drills only
Emergency Management
EMERGENCY
Healthcare Engineering Consultants
Questions?