Published 1 Dec 2022
What is a Radiation Safety Checklist?
Also called a radiation protection checklist, a radiation safety checklist is a tool used for identifying radiation overexposure hazards and inspecting equipment and Personal Protective Equipment (PPE). This type of checklist is vital for confirming an organization’s conformance with the principles of radiation safety and compliance with regulations on protecting workers against radiation overexposure.
Radiation Safety Checklist
This radiation safety checklist is for checking compliance with radiation safety measures in the workplace. Accomplish this checklist during radiation safety inspections by doing the following:
- Start by inspecting the availability and visibility of radiation warnings.
- Conduct a contamination survey on the area and check if proper protective equipment is worn by the workers.
- Inspect if electrical devices are in good working condition and marked with proper caution.
- Evaluate if operating and emergency procedures are posted for radiation-producing devices to ensure that equipment has undergone device tests.
- Complete the inspection by providing recommendations and safety reminders.
- Export reports into various formats depending on your business need, including weblink, PDF, Word, or CSV.
In this article
- Why is it Critical to Ensure Radiation Safety Using Checklists?
- What to Include in a Radiation Safety Checklist
- How to Use One
- FAQs About Radiation Safety
- Streamline Radiation Safety Inspections Using SafetyCulture (formerly iAuditor)
- Featured Radiation Safety Checklists
Why is it Critical to Ensure Radiation Safety Using Checklists?
The use of radiation protection checklists by radiation safety officers during regular self-inspections not only can help promote the safety of employees working with equipment that emits radiation or those who handle radioactive material, but also can help the organization prepare for annual compliance audits.
What to Include in a Radiation Safety Checklist
- Title Page – Briefly discuss basic details about the inspection.
- General Information – List information about the site or area where the radiation safety inspection is conducted.
- Warnings and Signs – Check the availability and accessibility of the organization’s posters, warning signs, and materials.
- Radioisotope Safety – Answer questions about work area safety, PPE inspection, isotope use logs, semi-annual inventories, and contamination survey logs, among others.
- Electrophoresis/Sequencing Devices – Inspect the availability of written operating procedures, safety signs, guarded power and electrical contacts, and other unit safety measures.
- Radiation Producing Devices – Ensure that safety tests are performed and documented, annual inspections are conducted, and emergency procedures are posted.
- Recommendations – List recommendations, remarks, and next steps.
- Completion – Provide a space for the inspector to sign off the inspection.
How to Use One
To guide you through using the radiation safety checklist better, you may follow this step-by-step process in accomplishing it:
- Fill in the Title Page with basic information about the inspection or site check you’re conducting. Include the client or site name along with the name of the facilitator.
- Use the General Information section to record details of the building, area supervisor, department, room number, and area use.
- Answer questions in the Warnings and Signs section about the organization’s availability and accessibility of posters, warning signs, and safety materials during the inspection.
- Inspect work area safety and PPE as well as check isotope use logs, semi-annual inventories, and contamination survey logs, among others by answering the guide questions in the Radioisotope Safety section.
- Use the Electrophoresis/Sequencing Devices section to inspect whether written operating procedures are available, safety signs are present, power and electrical contacts are guarded, and other unit safety measures are evident.
- Utilize the Radiation Producing Devices section to answer questions as you check if safety checks and inspections are conducted.
- Fill in the Recommendations field with any recommendations, remarks, and next steps for future reference.
- Complete the checklist and finalize the report by putting your full name and signature as the inspector.
FAQs About Radiation Safety
ALARA, or “as low as reasonably achievable,” is the guiding principle of radiation safety. According to the Centers for Disease Control and Prevention (CDC), one who’s exposed to radiation must use three basic protective measures to effectively practice ALARA. These are time, distance, and shielding.
Commonly, organizations must have a dedicated Radiation Protection Supervisor (RPS). The RPS is responsible for helping the organization ensure its working environment is compliant with safety regulations. While this is the case, the legal responsibility still is the employer’s jurisdiction.
The health effects of radiation exposure are typically categorized into two: threshold effects and non-threshold effects. The former occurs after a higher level of radiation exposure, while the latter can happen at lower levels. Some of the most common harmful effects of radiation impact the following human body parts:
- Hair
- Heart and Brain
- Thyroid
- Blood System
- Reproductive Tract
Streamline Radiation Safety Inspections Using SafetyCulture (formerly iAuditor)
SafetyCulture is a powerful safety inspection tool that can help radiation safety officers and operations supervisors conduct radiation safety inspections in the workplace using any mobile device.
Using SafetyCulture’s functionalities, be able to do the following and more:
- Conduct safety and quality inspections and audits to ensure standard practices are being followed and strictly monitored.
- Raise issues and create actions to proactively and effectively address inconsistencies along with safety risks.
- Improve safety reporting with the platform’s intuitive Analytics dashboard and benchmark your organization’s historical data performance.
- Create quality and safety reports that you can export in different formats such as weblink, PDF, Word, or CSV.
With this collection of radiation safety checklists on SafetyCulture, any industry that handles radioactive material or equipment can instantly capture and correct non-compliance with safety regulations. Reinforce safety in your organization and follow As Low As Reasonably Achievable (ALARA) or the guiding principles of radiation safety using these checklists.
Featured Radiation Safety Checklists
Laboratory Radiation Safety Checklist
Conduct an audit to ensure safety when working with radioactive devices and if laboratory safety measures are followed. Also, check if the storage rooms and waste containers are adequate, as well as the disposal practices for radioactive materials, using free lab safety checklists.
Radiation Protection Program Audit Checklist
Use this radiation protection program audit checklist to prepare your organization for annual audits. Digitized using SafetyCulture (iAuditor), you can customize this radiation safety program audit checklist to fit the needs of your organization and conduct self-inspections.
PPE Checklist
Use this template to ensure that your workers are protected from any dangers of radiation. Select the appropriate PPE and check if their quality passes radiation safety standards. Use SafetyCulture (iAuditor) to capture photo defects and notify persons in charge for immediate repair or replacement of these PPE.
Radiation Risk Assessment Template
Download this template to identify radiation hazards before commencing work. Record potential risks detected, capture photos, and annotate them for better reporting. List controls and assign corrective actions to safety managers and officials during observation. Browse other risk assessment templates.
Lab Incident Report Form
Use this template to report any incidents in the lab, including radiation exposure, equipment damage, or any injuries. Begin with information of the lab and building details, persons involved, and exact incident details. Capture photo evidence of the injury and equipment damage and identify the root cause of the incident.
