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Emergency Response Data Sheet (ERDS)

Preparation Protocol

 

 

 

 

Prepared for:

 

Operating Engineers National Hazmat Program

International Union of Operating Engineers

International Environmental Technology and Training Center

1293 Airport Road

Beaver, WV  25813

 

304.253.8674

Website:  http://www.iuoeiettc.org

 

  

 

  

 

Prepared by:

 

Peter Paul Howell, PE

Mark V, Inc.

23 Edgewood Drive

Hurricane, WV  25526

 

304.757.3997

e-mail:  howell@citynet.net

Website:  http://www.markfive.com

 

 

 

March 15, 1999


 

 

 

 

 

 

Table of Contents................................................................................................................... i

Introduction........................................................................................................ I

Purpose.............................................................................................................. I

Use of ERDS...................................................................................................... I

Format.............................................................................................................. II

Instructions........................................................................................................ II

Emergency Response Data Sheet........................................................................................... 1

Section 1:  Technology Identity........................................................................... 1

Section 2:  Site Information................................................................................. 2

Section 3:  Emergency Actions............................................................................ 3

Section 4:  First Aid............................................................................................ 4

Section 5:  Process Description........................................................................... 5

Section 6:  Plot Plan........................................................................................... 6

Section 7:  Fire and Explosion Data.................................................................... 7

Section 8:  Personal Protective Equipment........................................................... 8

Section 9:  Chemical Dangers............................................................................. 9

Section 10:  Physical Dangers........................................................................... 10

Section 11:  Medical Monitoring Requirements.................................................. 11

Section 12:  Spill and Leak Procedures............................................................. 12

Section 13:  Decontamination Requirements:..................................................... 13

Section 14:  Technology Diagram...................................................................... 15


 

Introduction

 

Hazardous waste sites are located throughout the United States and the world.  These sites contain a wide variety of materials, which are now recognized as posing a threat to humans, wildlife and the environment.  The technologies used to cleanup these sites are as diverse as the hazardous materials that contaminate them.

 

In any hazardous waste site remediation operation, there is the potential for an incident that would require the aid of emergency responders such as emergency medical technicians, firemen, law enforcement officers, and emergency room personnel.  If the emergency responders are not knowledgeable about the hazardous waste site and the technology used to remediate it, they could become victims also.

 

Purpose

 

This protocol provides guidance for preparing an Emergency Response Data Sheet (ERDS).  This document is not specifically required by regulation but could save lives by providing critical information to emergency personnel responding to an incident involving a technology at a hazardous waste site.  This information is site and technology specific, and is intended to minimize the potential for catastrophic releases of, or exposure to, toxic, reactive, flammable, or explosive chemicals during the emergency response.

 

This protocol provides the information needed by emergency response groups to execute their jobs at minimal risk.  This information may also be needed to comply with:  the hazardous waste and emergency response provisions contained in 29CFR 1910.120(l), (p) and (q),  the process safety management of highly hazardous chemicals emergency planning and response provisions contained in 29CFR 1910.119(n);  the hazard communications provisions contained in 29CFR 1910.1200, the public health, environmental protection, and emergency response requirements of 40CFR 68.95, and other federal and state programs.

The ERDS is not however, intended to cover all of the material in the site’s Emergency Response Plan or to cover the topics presented in the same level of detail as in the Emergency Response Plan.

Use of ERDS

 

The ERDS has many uses for several stakeholders.  The technology operator should include it as a part of the training program for personnel that will be working in, on, and around the technology.  A copy should be maintained in the control room for reference.  A copy of the ERDS should be given to the facility where the technology is to be used to aid them in the preparation of their Emergency Response Plan.  The facility should determine how an incident at the technology could affect them either directly, or indirectly.  The ERDS also needs to be given to the Local Area Emergency Planning Committee with instructions for it to be distributed to all potential emergency responders in the area.  The emergency responders should use it as a training aid and as a quick reference guide when responding to an incident.  The effectiveness of this document is maximized by using it to ensure that all needed emergency response equipment and supplies are available, and that all emergency responders are trained in the contents of the document prior to an incident.  Waiting until an incident occurs to distribute an ERDS can lead to confusion, frustration, injuries and ineffective response.

Format

 

The ERDS is similar to a Material Safety Data Sheet (MSDS) or International Chemical Safety Card (ICSC) in that it provides critical safety information in a concise and structured format.  This format makes it easy to quickly locate the information needed.

Blank forms are available as either hard copies or in electronic format.  The use of the electronic format is strongly encouraged because it permits including as much, or as little, information as is needed for each topic. 

Instructions

 

General 

Some of the information on the ERDS form is technology-specific and will apply to all applications of the technology.  This information should be completed by the developer of the technology and is indicated by    Shaded Italics    in the guidance below each topic.  Information specific to an application or site is to be provided by the organization operating the equipment.  The form refers to this organization as the “operator.”

The ERDS contains diverse information.  Input from operations, maintenance, safety, environmental, and medical groups at the facility will be required.  Input from the Local Area Emergency Planning Committee and emergency responders may also be necessary.  At a minimum, each of these groups should have a chance to review and comment on the ERDS prior to it being issued.

Unless otherwise noted, the page size of the ERDS should be on 8-1/2” x 11”, the font should be easy to read (i.e.:  Arial, Times New Roman, etc.) and the font size should be no smaller than 10 point).Using all capital letters should be avoided but key information should be put in bold for emphasis.

Resources

The ERDS contains a lot of data concerning the hazard characteristics of the materials used by, or acted on by the technology.  The manufacturer of these materials is usually a good source for hazard information.  Additional resources are listed in the References Section at the end of the instructions.  Suggested emergency response guidelines are also referenced.

Section 1

Include in this section, information about the organization that developed the technology and the organization that is operating the technology.  The names, addresses and contacts will be those that the primary contacts in the field would contact for additional information or support.  These individuals will normally be at corporate headquarters or corporate R&D centers.

 

 

Section 2

Provide information about the site where the technology is deployed, the facility, and the primary contacts for emergency responders.

Section 3:  Emergency Actions

Discuss the actions that the emergency responders should take when reporting to the scene of an incident, initial steps to take, and other information that will aid in making the initial decisions on how to respond to the incident in a manner that minimizes the potential for injury or death.  Also discuss conditions or circumstances that could cause serious injury or death, and how to detect those conditions.  Clearly indicate that some conditions at the scene may not be as anticipated[PH1] .

Section 4:  First Aid

List the actions that should and should not be taken by properly trained responders prior to transporting accident victims to the emergency room.  This section should not include the application of medical treatments for injuries such as broken bones, burns, or cuts.  Treatment of injuries should be based on the condition of the victim and the training and experience of the emergency responder.

Section 5:  Technology Description

Briefly describe the technology and the hazards associated with it.  The purpose of the technology, how it works, and the equipment used should be described.  The major hazards associated with the technology should only be discussed briefly because details will be covered in later sections.

Section 6:  Plot Plan

Provide a drawing of the technology that shows the major equipment, access roads, fire hydrants, and the locations of vessels containing significant amounts of hazardous materials.  Also include a wind rose that provides information about prevailing winds.  This drawing does not need to be an engineering drawing, but it does need to be drawn to scale, be clear, and easy to read.  The preferred size is 8-1/2” x 11”, but 11” x 17” is acceptable.

Section 7:  Fire and Explosion Data

Provide information about the fire and explosion potential for the hazardous materials, how to control the fire and any special hazards associated with the materials.  Note when the procedures for large fires are different than those for small fires.

Section 8:  Personal Protective Equipment

Discuss the Personal Protective Equipment (PPE) that is required to be worn by emergency responders under various credible circumstances such as fire, toxic chemical leak, victim rescue, etc. The level and specifications for individual PPE items should be given.

Section 9:  Chemical Dangers

Provide information about the hazards of the chemicals used, generated or treated by the technology. If mixtures of any of these chemicals pose a hazard greater than any of the individual chemicals, this should be discussed also.

Section 10:  Physical Dangers

Discuss non-chemical hazards of the technology such as extreme operating conditions, moving equipment, congestion, and tripping hazards.  Also discuss how natural occurrences might impact on emergency response.  For example,  does precipitation aid the emergency response, or does it react with some of the materials to create additional hazards?  Do warm, humid conditions cause a material to decompose violently?

Also discuss how an incident involving the technology could impact other units at the facility, the public, or environmental receptors.  If possible, provide information on how to minimize this potential by specific actions that can be taken by the emergency responders.

Section 11:  Medical Monitoring Requirements

Discuss if medical monitoring of the emergency responders is required for any credible incident.  The conditions under which the monitoring is required, the methodology to be used, and the method of providing feedback to the responder should be discussed.  Indications of overexposure, and what actions should be taken should also be discussed.

Section 12: Spill and Leak Procedures

Stipulate how emergency responders should handle leaks and spills of either materials that are a direct result of the incident, or that result from the actions of the responders.  Note when the procedures for large spills are different from those for small spills.

Section 13:  Decontamination Requirements

List the decontamination requirements for emergency responders, technology and emergency response equipment, and injured personnel.

Section 14:  Technology Diagram.

If the technology is a piece of equipment, include photographs and/or a diagrammatic drawing(s) that show what the technology looks like and how it functions.  If the technology is composed of several pieces of equipment, include a process flowsheet that shows the major pieces of equipment, the main process flows, the feed, product and by-product streams, and identify all safety critical equipment. .  The preferred size is 8-1/2” x 11”, but 11” x 17” is acceptable.


 

References

1)      Emergency Response to Hazardous Incidents; the EPA Office of Solid Waste and Emergency Response, 1999.  Government Printing Office stock number:055-000-00618-1. http://www.access.gpo.gov/

2)      Chemical Hazard Response Information, Volume 2, 1997; Department of Transportation/Coast Guard.  Government Printing Office stock number:050-000-00561-5.   . http://www.access.gpo.gov/

3)      North American Emergency Response Guidebook; 1996 (1999 edition is due to be available in the late spring of 1999), Department of Transportation, Research and Special Programs Administration. Government Printing Office stock number:050-012-00383-1.   . http://www.access.gpo.gov/

4)      Worker Protection During Hazardous Waste Remediation;  Lori P. Andrews, John Wiley and Sons, Inc.  American Industrial Hygienists Association stock number:  290-HW-97R.  http://aiha.org/index.html 703.849.8888

5)      Hazardous Materials Handbook For Emergency Responders;  Joe Varela, John Wiley and Sons, Inc.  American Industrial Hygienists Association stock number:  278-EA-97R.  http://aiha.org/index.html 703.849.8888

6)      Industrial Fire Hazards Handbook;  NFPA.  National Fire Protection Association stock number:  B8-IFHH-90.  http://catalog.nfpa.org ; 1.800.344.3555

7)      Haz-Mat Quick Guide;  NFPA. National Fire Protection Association stock number:  B8-HAZGD97.  http://catalog.nfpa.org ; 1.800.344.3555

8)      Hazardous Materials Response Handbook;  NFPA.  National Fire Protection Association stock number:  B8-472HB97.  http://catalog.nfpa.org ; 1.800.344.3555

9)      Fire Protection Guide to Hazardous Materials;  NFPA. National Fire Protection Association stock number:  B8-HAZ-97.  http://catalog.nfpa.org ; 1.800.344.3555

10)  Sax’s Dangerous Properties of Industrial Materials;  Richard J. Lewis.  National Fire Protection Association stock number:  B8-RES-75.  http://catalog.nfpa.org ; 1.800.344.3555

11)  Dow’s Chemical Exposure Index Guide;  Dow Chemical Company.  American Institute of Chemical Engineers,  AIChE stock number:  0-8169-0647-5 (T-91).  http://www.aiche.org ; 1.800.242.4363

12)  Guideline For Use of Vapor Cloud Dispersion Models.  American Institute of Chemical Engineers,  AIChE stock number:  0-8169-0702-1 (G-40).  http://www.aiche.org ; 1.800.242.4363

13)  Guidelines For Technical Planning For On-Site Emergencies: American Institute of Chemical Engineers,  AIChE stock number:  0-8169-0653-X (G-31).  http://www.aiche.org ; 1.800.242.4363

14)  Guidelines For Evaluating The Characteristics of Vapor Cloud Explosions, Flash Fires, and BLEVE’s; American Institute of Chemical Engineers,  AIChE stock number:  0-8169-0474-X (G-9).  http://www.aiche.org ; 1.800.242.4363

15)  Dow’s Fire Hazard and Explosion Index Hazard Guide;  the Dow Chemical Company. American Institute of Chemical Engineers,  AIChE stock number:  0-8169-0623-8 (T-80).  http://www.aiche.org ; 1.800.242.4363

16)  Guidelines For Vapor Release Mitigation; American Institute of Chemical Engineers,  AIChE stock number:  0-8169-0401-4 (G-4).  http://www.aiche.org ; 1.800.242.4363

17)  Understanding Atmospheric Dispersion Of Accidental Releases; American Institute of Chemical Engineers,  AIChE stock number:  0-8169-0681-5 (G-37).  http://www.aiche.org ; 1.800.242.4363

18)  Emergency Response Planning Guidelines and Workplace Environmental Exposure Level Guides Handbook; American Industrial Hygienists Association stock number:  302-EA-98.  http://aiha.org/index.html 703.849.8888

19)  Emergency Response Planning Guidelines and Temporary Emergency Exposure Limits;  Department of Energy.  http://www.scapa.bln.gov/

20)  International Chemical Safety Cards;  National Institute for Safety and Health and the World Health Organization.  http://www.cdc.gov/niosh/ipcs/nicstart.htm/

21)  Vermont SIRI MSDS site:   http://hazard.com/msds/

22)  Cornell University MSDS site:  http://msds.pdc.cornell.edu/issearch/msdssrch.htm

23)  University of Kentucky MSDS site:  http://www.chem.uky.edu/resources/msds.html


 

Emergency Response Data Sheet

(Technology Name)
Section 1:  Technology Identity

Manufacturer Information

Manufacturer’s Name and Address

(Name)

(Address 1)

(Address 2)

(City, State, Zip code)

Primary Emergency Contact:

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

Information Contact:

(Name)

(Phone Number)

(e-mail address)

Secondary Emergency Contact:

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

Operator Information

Operator’s Name and Address

(Name)

(Address 1)

(Address 2)

(City, State, Zip code)

Primary Emergency Contact:

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

Information Contact:

(Name)

(Phone Number)

(e-mail address)

Secondary Emergency Contact:

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

Other Names for Technology:

(Names)

ERDS Prepared by:

(Name)

(Organization)

(Address 1)

(Address 2)

(City,  State,  Zip code)

(Phone Number)

(e-mail address)

Origination Date:  (Date)

Revision Date:  (Date)

Revision Number:  (Number)

 

 

 

 


 

 

Section 2:  Site Information

Facility Information

Facility where technology is deployed:

 

(Company Name)

Company Address 1)

(Company Address 2)

(Company City, State, Zip code)

Primary Emergency Entrance Gate:

 

(Designation of primary entrance gate)

Secondary Emergency Entrance Gate:

 

(Designation of secondary emergency entrance gate)

Facility’s Primary Emergency Contact:

 

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

Facility’s Secondary Emergency Contact:

 

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

Facility’s Environmental Contact:

 

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

Facility’s Medical Contact

 

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

Operator information

Operator’s Primary Emergency Contact:

 

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

Operator’s Secondary Emergency Contact:

 

(Name)

(Office Phone Number)

(Home Phone Number)

(Pager Number)

(Cell Phone Number)

 


 

 

Section 3:  Emergency Actions

(Paragraphs discussing each of the actions that an emergency responder should take when reporting to, and upon first arriving at the scene of the incident.  Discuss each of the following items that are applicable:  abnormal conditions that could be life or serious injury threatening and how those abnormal conditions can be detected;  direction of approach;  need for shelter-in-place protection or evacuation of unnecessary personnel within a specified distance from the incident;  isolation zone requirements (i.e.:  barricade tape, road standards, etc.);  the need to stay away from low areas (e.g.:  because of the vapor density of the material released);  limitations of normal PPE (i.e.:  SCBA, structural firefighters protective clothing, etc.);  ventilation requirements for confined spaces or closed or areas;  agency notification and approval requirements prior to starting cleanup;  detention of uninjured individuals that may be contaminated;  and vapor control methods.)

 


 

 

Section 4:  First Aid

(Discuss what actions should be done regarding accident victims prior to transporting them to the emergency room, i.e.:  remove to fresh air;  conditions when artificial respiration or breathing oxygen should be applied;  flush with water for 15 minutes;  remove contaminated clothing;  keep under observation (if effects are delayed);  perform first aid treatment according to the nature of the injury;  etc.  Discuss what actions should not be done at the site, i.e.:  removal of solidified material adhering to the skin)


 

 

Section 5:  Process Description

(A paragraph, or paragraphs, describing the purpose of the technology, the equipment used, the chemicals used, reactions that take place and the hazards (i.e.: fire, toxic chemical leak, etc.) associated with the process.  This is intended to be an overview of the process.  Details about the chemicals and hazards will be presented later.)

 


 

 

Section 6:  Plot Plan

(Provide a schematic, scaled drawing of the facility clearly identifying access roads, major pieces of equipment, fire hydrants, fire monitors, substations and the locations of significant quantities of hazardous materials.  A wind rose is to be included on the drawing.)

 


 

 

Section 7:  Fire and Explosion Data

Fire and Explosion Hazards:

(Discuss the hazards,  i.e.:  the flammability, combustibility, explosivity of the materials and ignition requirements;  flash back potential;  hazardous materials generated by the fire;  materials that would exacerbate the fire;  materials that might react with the material, burning materials, or their reaction products;  extinguishing media that must not be used;  hazards associated with fire water run-off;  etc.)

Small Fires:

(The actions, or lack of actions, that should be taken when the fire is small; i.e.:  fire extinguisher, let burn, etc.)

Large Fires:

(The actions that should be taken for large fires;  i.e.:  apply cooling water to specific vessels during (and after) the fire;  vessels, or portions of vessels, that should not be approached;  use only unmanned hose holders and monitors;  when to draw-back and let the fire burn;  indications that the fire is about to get worse (rumbling sound, change in color on portion of vessel, whoosh of a relief device opening, etc.)

Extinguishing Media:

(Preferred-extinguishing media listed in order of their preference, i.e.:  foam, water spray, dry chemical, etc.  Indicate if different for large and small fires)

Special Fire Fighting Procedures:

(List any special fire fighting requirements, i.e.:  PPE requirements, diking requirements, limiting the use of high pressure water streams, etc.)

Flammability Data:

(Include a table that lists the flash point, auto-ignition, lower explosive limit, and upper explosive limit, for each material that might be present.)

 


 

 

Section 8:  Personal Protective Equipment

Normal Operation

(List the types of personal protective equipment that is to be worn during normal operation including special requirements and equipment certification requirements)

Emergency Requirements

(Discuss the personal protective equipment that is required for each type of credible emergency response, i.e.:  fire, toxic chemical leak, etc.)

 
 

Section 9:  Chemical Dangers

Health Hazards:

(List the hazards associated with the materials in the process, i.e.: discuss the affects of:  eye contact; skin contact; ingestion; or inhalation of the hazardous materials;  additional hazards caused by burning material;  impact on environmental receptors;  etc.)

Hazardous materials used by the technology:

(List those materials that are used by the technology using the Main (Common) and IUPAC names)

Hazardous materials that are present at the remediation site:

(List those hazardous materials that are in the media being treated using the Main and IUPAC names)

Hazardous materials that may be generated by the technology:

(List those materials that my be generated by the use of the technology, i.e. reaction products and by-products using the Main and IUPAC names)

Properties of hazardous materials:

(Discuss the flammability, reactivity, and physical state of the hazardous materials, and conditions to avoid.)

Personal Hazard Data:

(Insert a table that for each chemical shows:  ICSC, RTECS, CAS, and UN numbers, ; EPRG-1 in mg/m3 and ppm;  EPRG-2 in mg/m3 and ppm;  EPRG-3 in mg/m3 and ppm; PEL values for TWA, STEL, LC50, LClo, IDLH; the NFPA hazard registry numbers;  and maximum inventory.)

 


 

 

Section 10:  Physical Dangers

Hazardous Operating Conditions:

(Discuss operating conditions of the technology that could pose hazards to emergency responders, i.e.:  temperature, pressure, etc.)

Hazardous Equipment:

(Discuss Equipment that could pose hazards to emergency responders, i.e.:  rotating equipment, moving equipment, congestion, hoses, cables, etc.)

Hazardous Effects of Natural Occurrences:

(Discuss the possible effects on emergency responders of natural occurrences such as freezing weather, high winds, low/no wind, high temperatures, rain, etc.)

Proximity to Other Hazards:

(Discuss how an incident at the site of the technology could create an emergency situation for nearby units or facilities, the public, or an environmental receptor.  Provide suggestions on how emergency responders can minimize the potential for this occurring.)

 


 

 

Section 11:  Medical Monitoring Requirements

Hazardous Materials to be Monitored:

(List the hazardous materials for which medical monitoring is required, i.e.:  hydrogen sulfide, phosgene, radiation, etc.)

Methodology to be used:

(Discuss how the monitoring is to be done, i.e.:  blood samples, indicating badges or dosimeters, etc.)

Monitoring results feedback:

(Discuss the methodology to be used to inform the emergency responder of level of exposure, i.e.:  observation by co-worker of color of indicator badge every 15 minutes, daily blood samples taken by facility nurse with results fed back within two hours, etc.)

Indications of Overexposure:

(Discuss the symptoms of overexposure and what actions an emergency responder is to take)


 

 

Section 12:  Spill and Leak Procedures

PPE Requirements:

(Discuss PPE requirements during containment and cleanup, i.e.:  specification of respirators, gloves, shoes, coveralls, etc.)

Actions to take:

(List the actions to be taken regarding the spill or leak, i.e.:  stop leak if it can be done safely;  eliminate ignition sources;  keep combustibles away from spilled materials;  do not touch, or walk in spilled material;  use water spray to contain vapors;  ignite material and let it burn;  etc.)

Containment Requirements:

(Containment methods to be used, i.e.:  dikes, absorbents, water spray, plastic sheet cover,  etc.)

Neutralization Requirements:

(Dilution and/or neutralization requirements and any precautions required)

Waste Handling Requirements:

(Discuss what is to be done with the waste material, i.e.:  placed in drums, vacuum truck, roll-off tank or bin, etc.)

Waste Labeling Requirements:

(Discuss labeling requirements for containers of hazardous waste)

Waste Disposal Requirements:

(Discuss how the waste is to be disposed of, i.e.:  waste treatment system, hazardous waste management facility, etc.)

 

 


 

 

Section 13:  Decontamination Requirements:

Emergency Response Personnel Decontamination

PPE Requirements for Decontamination Personnel:

(Discuss the level of PPE or, specific PPE that is to be worn for those performing the decontamination work)

Location for Decontamination:

(Discuss the primary and secondary locations where the personnel decontamination site is to be located)

Decontamination Procedures:

(Discuss the neutralization and/or cleaning agents to be used and their method of application)

Containment Methodology:

(Discuss what method(s) are to be used to collect and contain the waste from the decontamination process)

Waste Handling:

(Discuss what is to be done with the wastes generated during the decontamination process, i.e.:  containers to be used, labeling, disposal, etc.)

Technology and Emergency Response Equipment Decontamination

PPE Requirements for Decontamination Personnel:

(Discuss the level of PPE or, specific PPE that is to be worn for those performing the decontamination work)

Location for Decontamination:

(Discuss the primary and secondary locations where the equipment decontamination site is to be located)

Decontamination Procedures:

(Discuss the neutralization and/or cleaning agents to be used and their method of application.  Also reference the section in the operating procedures where this information is provided in detail)

Containment Methodology:

(Discuss what method(s) are to be used to collect and contain the waste from the decontamination process)

Waste Handling:

(Discuss what is to be done with the wastes generated during the decontamination process, i.e.:  containers to be used, labeling, disposal, etc.)

Accident Victim Decontamination

PPE Requirements for Decontamination Personnel:

(Discuss the level of PPE or, specific PPE that is to be worn for those performing the decontamination work)

Location for Decontamination:

(Discuss the primary and secondary locations where the equipment decontamination site is to be located)

Decontamination Procedures:

(Discuss the neutralization and/or cleaning agents to be used and their method of application)

Containment Methodology:

(Discuss what method(s) are to be used to collect and contain the waste from the decontamination process)

Waste Handling:

(Discuss what is to be done with the wastes generated during the decontamination process, i.e.:  containers to be used, labeling, disposal, etc.)


 

 

Section 14:  Technology Diagram

(For technologies that use a single piece of equipment, insert photograph(s), and/or diagrammatic drawings.  For technologies that combine multiple pieces of equipment to form a process, insert a process flow diagram.)