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POWERED-AIR PURIFYING RESPIRATOR (PAPR) Refresher Training

POWERED-AIR PURIFYING RESPIRATOR (PAPR) Refresher Training. Click logo to begin. Learning Objectives. next. At the end of the training, you will be able to:. previous. Slide 2 of 22. What is a PAPR?. next. previous.

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POWERED-AIR PURIFYING RESPIRATOR (PAPR) Refresher Training

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  1. POWERED-AIR PURIFYING RESPIRATOR (PAPR)Refresher Training Click logo to begin.

  2. Learning Objectives next At the end of the training, you will be able to: previous Slide 2 of 22

  3. What is a PAPR? next previous A Powered-Air Purifying Respirator (PAPR) is a high efficiency powered air blower/filtration unit that consists of motor-driven fan and battery pack. The fan draws contaminated air through the high efficiency filter before it enters the breathing tube in the rear of the headgear. Slide 3 of 22

  4. Capabilities of a PAPR next previous from NIOSH - Guidance for Protecting Building Environments from Airborne Chemical, Biological, or Radiological Attacks Inertial Impaction - particles having too much inertia due to size or mass cannot follow the airstream as it is diverted around a filter fiber. This mechanism is responsible for collecting larger particles. Interception - As particles pass close to a filter fiber, they may be intercepted by the fiber. Again, this mechanism is responsible for collecting larger particles. Diffusion - Small particles are constantly bombarded by air molecules, which causes them to deviate from the airstream and come into contact with a filter fiber. This mechanism is responsible for collecting smaller particles. Electrostatic Attraction - Oppositely charged particles are attracted to a charged fiber. This collection mechanism does not favor a certain particle size. Slide 4 of 22

  5. Capabilities of a PAPR next previous Respiratory Protection against certain airborne particulate contaminants, including dusts, fumes, mists, and radionuclides. Impaction and interception are the dominant collection mechanisms for particles greater than 0.2 µm, and diffusion is dominant for particles less than 0.2 µm. from NIOSH - Guidance for Protecting Building Environments from Airborne Chemical, Biological, or Radiological Attacks Slide 5 of 22

  6. Capabilities of a PAPR next previous The assigned protection factors (APF) for a loose-fitting face piece and a hood is 25. This means that the respirator offers protection against the contaminate at 25 times its Permissible Exposure Limit (PEL). The hooded PAPR can have an APF of 1000 if the respirator manufacturer can provide evidence that testing of the PAPR with the hood demonstrates performance at a level of protection of 1,000 or greater. from OSHA – Assigned Protection Factors for the Revised Respiratory Protection Standard Slide 6 of 22

  7. Limitations of a PAPR next previous Do NOT use if: • Atmospheres contain less than 19.5% oxygen • Atmospheres presents an immediate dangerous to life or health condition • Airflow of PAPR is less than 6 cfm • Concentration of contaminants are unknown • Toxic gases or vapors are present • Any parts of PAPR are damaged Slide 7 of 22

  8. Why do you need a PAPR? next previous To Protect Yourself from Potential Exposure to Respiratory Pathogens and Particulates • Tuberculosis (TB) • Select Agents • Avian Influenza • Francisella tularensis • Yersinia Pestis • Aerosolization of Pathogens • Flow Cytometry • Sonication • Animal Dander/Shedding Pipetting generates aerosols. Picture from Belgian Biosafety Server Slide 8 of 22

  9. When do you need a PAPR? next previous • Entering any BSL3 or ABSL3 facilities • Entering ABSL2 facilities if a N95 respirator is not sufficient • Working in the Cell Sorting Facility with live BSL2 agents upon Biosafety Officer’s requirements • Any tuberculosis research that involves or has the potential for aerosol formation • Any task utilizing select agents Slide 9 of 22

  10. Who says you need a PAPR? next previous Occupational Safety & Health Administration (OSHA) says… • The use of feasible engineering controls is the primary means to control air contaminants. • Respirators are required when “effective engineering controls are not feasible, or while they are being instituted.” • In some cases, where the hazard cannot be completely eliminated, and thus requires the use of a respirator. Slide 10 of 22

  11. OSHA Respiratory Protection Standard next previous 29 CFR 1920.134 Requires: • Written Program and SOPs • Describes procedures for routine use • Describes procedures for emergency situations • Medical Evaluation • Annual Training • Annual Fit Testing • Not required for PAPR Use Slide 11 of 22

  12. How do you use a PAPR? next previous PAPR must always be inspected prior to donning and entering contaminated area. Check hood for tears, rips, blistering, and discoloration of the material. For loose-fitting face pieces also check elasticity around the edges. Check for creases and cracks in the face shield. Check the hose for tears, pinholes, and blistering of material. Check motor unit for cracks and damage. Check the green LED light on the battery. If the light is on when the battery is not plugged into the respirator, the battery is receiving power from the outlet. If the light is on when the battery is plugged into the respirator, the respirator should be fully charged (6 cfm for 8 hours). Check the belt for damage. Use the airflow indicator to ensure ample air and charge. Should be above top line. Slide 12 of 22

  13. Putting on a PAPR next previous Click the picture above to view the video Slide 13 of 22

  14. Taking off your PAPR next previous Click the picture above to view the video Slide 14 of 22

  15. What if my PAPR stops working? next previous • Close all cultures, and leave everything in the biological safety cabinet. • Exit the lab as usual. • Notify your supervisor, facility manager, or respirator coordinator. • Get new personal protective equipment and respirator. Slide 15 of 22

  16. How do I maintain my PAPR? next previous PAPR Unit Interior • Decontaminate the PAPR with a non-alcoholic, non-abrasive cleaner. • Inspect the hood, hose, and PAPR unit for any damage. • Hoods and hoses must be replaced 6 months after their initial use. • Batteries are replaced every two years. • Filters and gaskets must be replaced annually. • They must be changed inside a certified biosafety cabinet inside containment, and under the watch of the respirator coordinator, facility manager or Biosafety Officer. gasket Slide 16 of 22

  17. How do I maintain my PAPR? next previous The PAPR or PAPR parts should be replaced if the following conditions are present: • If required by infection control procedures. • If required by research protocols and/or procedures. • If there is noticeable damage to the respirator. • If the filter media of the respirator becomes wet or moist. • If the respirator has become contaminated with blood or body fluids, and cannot adequately be decontaminated. Slide 17 of 22

  18. How do I dispose of old PAPR parts? next previous • All old, replaced, nonoperational, or damaged PAPRs or PAPR parts must be decontaminated prior to disposal. • All PAPR parts (i.e. hoods, hoses, and filters) must be autoclaved prior to disposal. • After decontamination, items must be disposed of as medical waste. Slide 18 of 22

  19. How do I store my PAPR? next previous • Return the PAPR to the charging station • Batteries can be left on trickle charge for 30 consecutive days. Longer periods of time may cause batteries to lose their capacity to hold a charge. • Complete the respirator log book • when changing the filters and gaskets. Respirator use must be recorded on sign in logs for daily use • Store the hood and hose in a clean, dry area away from heat and direct sunlight • Ensure hood and hose are completely dry before storage Slide 19 of 22

  20. User Responsibilities next previous • Respirator should be inspected before and after each use. • Inform your facility manager of any defects or improper PAPR function. • The headpiece of the PAPR should be replaced every 6 months or when the hood begins to breakdown, which ever comes first. • The respirator HEPA filter and gasket must be replaced every 12 months. • PAPR batteries must be recharged after each use. • After every use of the PAPR, the user must clean off the hood, breathing tube, and battery pack with disinfectant. • Depending on your facility’s Respiratory Protection Plan, the facility manager or each user is responsible for maintaining a record for each PAPR which lists and documents maintenance and use history. Slide 20 of 22

  21. Respiratory Protection Coordinators next previous Medical Science Building (MSB) - A900 International Center for Public Health (ICPH) & Regional Bio-containment Laboratories (RBL) Users who do not have a respirator coordinator are responsible for the maintenance of their own respirators. Slide 21 of 22

  22. EOHSS Contacts previous If you have any questions or need assistance, please contact us. Click here to advance to the quiz Slide 22 of 22

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