Tcfp HazMat Operations 2023 questions and answers 100%

Tcfp HazMat Operations a) When responding to hazardous materials/WMD incidents Operations level responders shall be able to preform the following task...: b) Analyze a HazMat incident to determine the scope of the problem c) Plan an initial response d) Implement a planned response e) Evaluate the progress 2. Analyzing a hazardous material incident to determine the scope of the problem involves...: 1. Surveying the in cident to identify containers and materials involved, determine if wether hazardous material has been released and evaluate the surrounding conditions 2. Collect hazard and response information from SDS, CHEMTREC and shipping/manufacturer contracts 3.Predict the behavior of Hazardous materials and its container 4.Estimate the potential harm through TRACE -MP 3. What does TRACE -MP stand for?: Types of potential harm at Hazardous Material/WMD incidents. Thermal Radiation Asphyxiation Chemical Etiological Mechanical Psychological/ Psychogenic 4. The initial response at a HazMat incident is determined by..: The capabilities and competencies of available personnel and personal protective equipment Tcfp HazMat Operations 5. The response objectives at a hazardous material/WMD incident include...: a) Evacuation b) Search and Rescue c) Exposure protection/ Isolating the Area d) Defensive control techniques e) Crime scene management and evidence preservation f) Recovery and termination 6. Descr ibe the response options available for Evacuation: 1. Full scale evacuation 2. Shelter -in-place 3. Combination 7. Describe the response options available for Search and Rescue: 1. Based on training and equipment 2. Risk-benefit analysis (risk a lot to save a lot , risk a little to save a little) 8. Describe the response options available for Exposure protection/Isolating the Area: 1.Establish initial isolation zone 2.Establish protective action distance 3. Establish control zones 9. Describe the response options a vailable for Defensive Control Techniques: 1. Damming (Overflow or Underflow) 2. Diking 3. Retention 4. Dispersion 5. Absorption 6. Adsorption 7. Dilution 8. Dissolution 9. Diversion Tcfp HazMat Operations 10. Vapor dispersion 11. Vapor suppression 12. Ventilation 13. Remote valve shutoff 10. What is Damming...: Physical method of confinement by which barriers are constructed to prevent or reduce the quantity of liquid flowing into the environment. Consists of constructing a barrier across a waterway to stop/control the product flow and pick up liquid or solid contaminants 11. What is Underflow Damming ...: Spill control tactic used to trap floating lighter than water materials behind the dam. Dam is constructed in a manner that allows uncontaminated water to flow unobstructed under the dam while ke eping the contaminant behind the dam. 12. What is Overflow Damming...: Spill control tactic used to trap sinking heavier than water materials behind the dam. With the product trapped, uncontaminated water is allowed to flow unobstructed over the top of the dam . 13. What is Diking...: Physical method of confinement by which barriers are constructed on ground used to control the movement of liquids, sludges, solids, or other materials. Prevents the passage of hazmat from entering an area where it will produce more ha rm. 14. What is retention...: Physical method of confinement by which a liquid is temporarily contained in an area where it can be absorbed, neutralized, or picked up for proper disposal 15. What is dispersion...: Chemical method of confinement by which certain chemical and biological agents are used to disperse or break up the material involved in liquid spills on water may result in spreading the hazardous material over a large area. 16. What is absorption...: Absorption occurs when one material enters the cell struc ture of another and is retianed within. Absorbents retain the properties of the materials they absorb and must be treated and disposed of as hazardous material 17. What is adsorption...: Adsorption is different from absorption in that the molecules of the haza rdous materials physically adhere to the adsorbent material Adsorbents do not swell like absorbents