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Welcome to the RadPro Safety Consultants FAQ page. We understand you may have questions about radiation safety, our consulting services, and how we can help your organization. Explore the frequently asked questions below. If you don't find the answer you're looking for, please don't hesitate to contact us.

Frequently asked questions

Here are some of the most common questions we receive at RadPro Safety Consultants. We've compiled these to provide quick and informative answers to assist you in understanding radiation safety and our consulting expertise.

What is the training requirement for my radiation workers?

The training requirements for radiation workers vary depending on the type of radiation source they work with, the level of potential exposure, and the regulations set forth by national and international bodies. RadPro Safety Consultants can assess your specific needs and develop a customized training program to ensure compliance and worker safety. Contact us for more information about training programs available at info@RadProSafety.com.

What does the acronym ALARA stand for? And what is the philosophy behind ALARA?

As Low As Reasonably Achievable

The ALARA philosophy is a safety principle used in radiation protection.
Its purpose is to minimize radiation exposure to workers, and the public — even if the exposure is already below regulatory limits.

 

1. Radiation exposure should always be kept as low as possible

Not just below the legal limit — but as low as can be realistically achieved.

 

2. Benefits must outweigh the risks

Any practice involving radiation should provide a clear benefit compared to the risk of exposure.

 

3. Use practical and reasonable methods to reduce dose

You aren’t expected to eliminate radiation entirely, but you should use measures that are:

  • Technically possible

  • Economically reasonable

  • Operationally sensible

Examples include reducing exposure time, increasing distance, and using shielding — the three core ALARA methods.

What are the three primary ways to maintain the radiation level as low as possible?

Time:

Reduce the amount of time you spend near the radiation source.
Less time exposed → lower overall dose.

Examples:

  • Work efficiently to minimize exposure time.

  • Rotate staff so no one person stays in a high-radiation area too long.

Distance:

Increase your distance from the radiation source.
Radiation intensity decreases rapidly with distance (inverse-square law).

Examples:

  • Stand back as far as safely possible during X-ray procedures.

  • Use tools that allow you to operate equipment from farther away.

Shielding:

Use protective barriers to block or reduce radiation reaching you.

Examples:

  • Lead aprons, thyroid shields, leaded glasses

  • Lead walls, partitions, or mobile shields

  • Properly shielding radioactive materials in storage

 

Time + Distance + Shielding = Lowest possible radiation exposure

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Still have questions?

If you didn't find the answer you were looking for, or if you have more specific inquiries about radiation safety consulting, we're here to help. Contact RadPro Safety Consultants today to discuss your needs and how we can provide tailored solutions for your organization.