6 Support, as required, missions requiring the movement of personnel and equipment into and out of the impacted area, utilizing appropriate decontamination procedures to lessen the impacts of potential exposure to radiological materials 7 Support critical transportation missions and tasks, as need or required that relate to a Ingestion Pathway response Response – ESF 2 Communications Check Number Task Time Completed 1 Review the County Ingestion Pathway Plan and current procedures/guidelines to determine key priorities and potential missions and taskings 2 If a representative is called to support local EOC or FOC activities, provide information on local communications facilities, assets, personnel and equipment that may be potentially impacted by the specific incident and begin developing contingencies for activating back-up resources 3 Work with ESF 1 to identify routes of ingress and egress to and from the impacted are that may hinder the ability to maintain routine and emergency communications 4 Provide as needed, supplemental emergency communications equipment such as portable radios, mobile phones, etc. to support Ingestion Pathway response activities 5 Work with other local, state, and federal agencies to ensure interoperability is achieved and maintained with agencies and departments in the State EOC and FOC 6 Support critical transportation missions and tasks, as need or required that relate to a Ingestion Pathway response
7 Support other critical public works and engineering missions and tasks, as need or required that relate to an Ingestion Pathway response Response – ESF 4 Public Works and Engineering Check Number Task Time Completed 1 Review the County Ingestion Pathway Plan and current procedures/guidelines to determine key priorities and potential missions and taskings 2 If a representative is called to support local EOC or FOC activities, determine the facilities, assets, personnel and equipment potentially impacted by the specific incident and begin developing contingencies for activating back-up resources 3 Determine major roadways and critical infrastructure that may require closure and the potential for detours and evacuations 4 Make the necessary considerations for responders and field sampling and monitoring teams to have access in and around the impacted area 5 Work with other local, state, and federal agencies to provide personnel to be a part of Incident Management Teams, Field Sampling Teams, or Decontamination Teams, as required 6 Support, as required, other missions requiring the movement of personnel and equipment into and out of the impacted area, utilizing appropriate decontamination procedures to lessen the impacts of potential exposure to radiation
6 Work with local, state and federal agencies to activate and deploy Incident Management Teams, Field Sampling Teams, Field Monitoring Teams, or Decontamination Teams, as needed. 7 Work with ESF-15 (Public Information) to disseminate information regarding the nature and impact of the Ingestion Pathway incident on the health of citizens within the affected area and what can be done to lessen that impact. 8 Perform other critical medical tasks as needed or required to support Ingestion Pathway operations. Response Tasks – ESF 9 Search and Rescue Check Number Task Time Completed 1 Review the County Ingestion Pathway Plan and current procedures/guidelines to determine key priorities and potential missions and taskings, should SAR activities be required. 2 Determine the facilities, assets, personnel and equipment potentially impacted by the specific event and take the necessary actions to move those assets away from or out of the impacted area. 3 Work with other local, state and federal agencies to determine if SAR resources are required and provide the necessary level of support to manage the missions and taskings. 4 Perform other critical medical tasks as needed or required to support Ingestion Pathway operations.
Response Tasks – ESF 10 Hazardous Materials Check Number Task Time Completed 1 Review the County Ingestion Pathway Plan and current procedures/guidelines to determine key priorities and potential missions and taskings 2 Determine the facilities, assets, personnel and equipment potentially impacted by the specific event and begin developing contingencies such as activating hazardous material response teams and other local capabilities. 3 Obtain information on closed and work with ESF-l to determine alternate routes for the movement of HAZMAT personnel and their equipment in response to a radiological incident. 4 Provide decontamination of equipment, personnel, and other resources as needed or required during the course of the Ingestion Pathway response.
bags shears Sample tags Scale Duct tape Cooler with ice Additional rubber gloves Carry storage box to sampling site as well as Sampling Team Procedures and radiological survey meter. At site location, take one plastic trash bag and place on the ground to protect storage box from contamination. Place storage box on plastic bag. Turn on Survey meter and conduct radiological survey. Take readings at waist level with the open face of the probe pointed toward the possible contamination (window open; W/O), then turn the probe over and take a reading with the face of the probe pointed away from the possible contamination (window closed; W/C). Record readings on Alpha-Beta-Gamma Exposure Rate Log. Take the same readings at ground level and record on log. Open 2 large trash bags. Place waste storage bag in storage box with top folded back. Collect minimum of 4 lbs of edible portion of plant materials (e.g. leafage, tubers, fruits, flowers, etc.) using grass shears to cut. Place sample into bag. Weigh bag with scale to insure minimum of 4 lbs. off shears using towelettes. Wipe off shears from area of least contamination to area of greatest contamination. Use only one side of towelette. Use as many towelettes as necessary. Place used towellettes in waste bag. Check grass shears for contamination. Place grass shears in storage box if no contamination. If contamination present, do (h) above again. Check gloves for contamination. If contamination is present, change rubber gloves. Remove air from bag. Seal bag with duct tape. Take a contact dose rate reading of sample bag and fill out Sample Data Sheet. Carry sample bag back to vehicle as well as the storage box. Pick up bag and the plastic bag that was under storage box and dispose of in waste bag. Carry waste bag back to vehicle.
Name of Individual Completing Sheet Type of Sample Lab ID # Arrival at ISDH Radiochemistry Lab Date Time Write the information present on the outside of the sample in the corresponding blanks below: 1. Collection Date 2. Sampling Point or Location Collection Time 3. Monitoring Team # 4 Sampling Size, including Units Complete the following for air filters: 5. Sampling Time 6. Average flow rate (cubic feet per minute – CFM) 7. Flow Rate Correction Factor 8. Filters present Particulate: Silverzeolite: 9 Volume of air sampled (Cubic Centimeters) Volume = CFM x Min x CF x 2.83e+4 = Cubic Centimeters 10. Analyses Requested by EOC: Gama Scans alpha beta 11. Forwarded to EOC Date Time 12. Received by EOC Date Time Master Sample Log LAB ID NUMBER SAMPLE INFORMATION SAMPLE TYPE RECEIPT DATE/TIME ANALYZED (YES/NO) STORED (HIGH/LOW) COMMENTS
Sample Analysis Results Sheet Sample Type Collected / Analyzed (Select One) AI - Air FI – Fish SO - Soil DW – Drinking Water ME – Meat EG - Eggs CN - Corn FF – Fresh Fruits MI – Milk PO – Poultry HY – Hay PG – Pasture Grass
01 Each 20 Ft Length of Rope 01 Roll Tape w/ “Radioactive” printed on it 02 Boxes Writing Pens 01 Each Flashlight 03 Roll Radioactive Material Tape 01 Each Ball of String 01 Each Hand Shovel 01 Box Markers 01 Roll Duct Tape 50 Each Small Sample Bags 50 Each Large Sample Bags 03 Pair Coveralls 03 Pair Work Gloves 01 Can Red Spray Paint 01 Each Clipboard 50 Each Planchets, Stainless Steel, 2" 01 Roll Mono-filament Tape 02 Each Coolers, Large 01 Each Shear Tool 02 Each Egg Cartons 04 Box Assorted Foot Covers (Booties) 02 Funnels Funnels 03 Box Rubber Gloves 01 Each Survival Knife 01 Chlorine Bactericide 01 Roll Towel 02 Each Containers for Liquid Samples (1gal each) 01 Box Towlettes 01 Each Ladle 01 Gallon Water 01 Each Three Ring Binder with Team Procedures 01 Each List of Supplies 02 Pair Eye Protection Monitoring Team – Data Sheet Team # County Date Number Ground Level (CPM) (Beta & Gamma) Waist Level (CPM) (Gamma Only)
SAMPLING TEAM – REQUESTED SAMPLE LOG Comments (i.e. If milk, when milked and type of feed) Sampling Team Members: ______________________________________________________________________________ Team Leader Name:____________________ Organization:____________________________________ Actual Time of Collection Requested Time for Collection Collection Locations Type of Sample Date / Time Sampling Team Contacted Sample #
Emergency protective actions: Protective actions to isolate food to prevent its introduction into commerce and to determine whether condemnation or other disposition is appropriate. Emergency worker: Refers to an individual who has an essential mission or outside the exposure pathway emergency planning zone to protect the health and safety of the public who could be exposed to ionizing radiation from the plume or from its disposition. Some examples of emergency workers are: radiation monitoring personnel; traffic control personnel; evacuation vehicle drivers; fire and rescue personnel including ambulance crews; medical facilities personnel; emergency operations center personnel; personnel carrying backup alerting procedures; and essential services or utility personnel. Evacuation: The process of removing people from a hazardous area to a safe area. As used in this plan, evacuation refers to the urgent removal of people from an area to avoid or reduce high level, short term exposure, usually from the plume or from deposited activity. Evacuation may be a preemptive action taken in response to nuclear plant condition rather than an actual release. Exercise: Refers to an event involving organizational responses to a simulated commercial nuclear power plant accident with radiological and other offsite consequences. The purpose of an exercise is to test the integrated capabilities of involved organizations to implement emergency functions set forth in plans and procedures Exposure—Exposure rate: The most common indicators of radiation hazards are the exposure and he exposure rate, usually expressed in roentgens (R) and roentgens (R/hr). (Sometimes these terms are called the dose and dose rate). The exposure (R) actually is a measure of the ionization (i.e. electrical charges) produced in air by X or gamma radiation. Exposure rate (R/hr) provides an index of the gamma radiation energy that is “hitting” the body per unit of time. The exposure rate, thus, is a measure of the intensity of radiation decreases or increases in time. The total, or accumulated, exposure (usually just called exposure) is an indicator of the total radiation damage that has occurred. This is in contrast to the exposure rate, which is an indicator of the radiological hazard (the rate that damage is occurring) at any instant of time.