Workplace Radon Gas Monitoring
Almost any type of workplace can contain excessive levels of Radon gas, regardless of its size or nature. It depends on where, how, and how a building is used for how much Radon accumulates.
Where hazards can be low, like in offices, Radon can be the most significant occupational health risk. Furthermore, employees in nearby areas may also be exposed to high Radon levels at their homes. Increasing the awareness of Radon in your workforce can be beneficial.
Due to the fact that Radon comes from the ground, buildings with basements may experience a greater accumulation of Radon, as there is a larger surface area in contact with the soil. Therefore, any frequently occupied basements, regardless of whether they are in an affected area, should be tested.
Legislation Governing Levels Of Radon In The Workplace
Do you realise that legislation already exists governing workplace levels of radon?
Having an environment that is free from high doses of radon gas is your responsibility as an employer and business owner.
As part of the Management of Health and Safety at Work Regulations 1999, employers are required to assess all hazards. Therefore as an employer it is required by law for you to conduct radon tests on your properties if you have basement offices or if you are situated in a radon-affected area, an area in which more than 10% of homes have high levels of radon. The test is necessary to determine if your employees will be at risk of cancer.
There is a team of Radiation Inspectors who visit workplaces to ensure that radon risk assessments have been completed, and the Health & Safety Executive can require radon testing in commercial properties. A number of local authorities have been tasked with enforcing environmental health laws for certain sectors.
Employers in Ireland were prosecuted after failing to conduct radon risk assessments.
To keep your premises safe from radon, we offer cost-effective, and fast commercial radon testing and mitigation solutions.
Leading experts in ground gas membrane installation verification and integrity testing in Southampton and throughout the South East
Contact our Southampton team today to book your gas protection systems verification inspection
Do you realise that legislation already exists governing workplace levels of radon?
Having an environment that is free from high doses of radon gas is your responsibility as an employer and business owner.
As part of the Management of Health and Safety at Work Regulations 1999, employers are required to assess all hazards. Therefore as an employer it is required by law for you to conduct radon tests on your properties if you have basement offices or if you are situated in a radon-affected area, an area in which more than 10% of homes have high levels of radon. The test is necessary to determine if your employees will be at risk of cancer.
There is a team of Radiation Inspectors who visit workplaces to ensure that radon risk assessments have been completed, and the Health & Safety Executive can require radon testing in commercial properties. A number of local authorities have been tasked with enforcing environmental health laws for certain sectors.
Employers in Ireland were prosecuted after failing to conduct radon risk assessments.
To keep your premises safe from radon, we offer cost-effective, and fast commercial radon testing and mitigation solutions.
A study conducted at Imperial College, London on occupational cancers estimated that radon exposure caused about 180 lung cancer deaths per year.
Radon concentrations inside a building depend on the ventilation and nature of the job. There can be a wide variation in radon levels within a large building, and personal risk varies according to the levels in the various areas in which staff spend most of their time. Radon levels should be measured in areas that reflect the different types of work environments in the building.
An existing building’s radon levels must be determined by placing a radon detector in the building before being sent to a laboratory for analysis. The Radon detector is small and discreet, and the whole process, including laboratory analysis, is very affordable. The fluctuations of radon levels are related to seasonal and occupational variations (e.g. how much air passes through windows open during the day), so taking these into account requires a three month period of time. The result is calculated as the amount of radon in the air and is measured in becquerels per cubic metre of air (Bq/m3).
As the number of radon detectors that you will require is dependent on the size, layout and usage of your building our team will be happy to advise you on what your requirements will be.
We can provide you with a variety of radon testing devices, such as passive radon detectors and electronic radon monitors so you are able to test your work environments or property portfolios efficiently. The majority of testing takes place in ground-floor rooms that are commonly used. It is not necessary to test other rooms on higher floors or rooms that are rarely used.
The level of Radon may fluctuate over time. Most often, it results from changes made to the building’s construction or from changes made to the heating and ventilation systems. It is thus imperative to keep radon in your routine risk assessment worksheets. Assessing whether you need to repeat the test in light of any changes. In addition, radon reduction systems may also fail with time, and radon levels ought to be checked each year if you have previously had one installed to lower high levels.
Whether you own a business or commercial property, whether it is a school warehouse multi-unit housing complex office factory, or any other type of property, you are well aware of the importance of implementing health and safety measures. It would never occur to you to neglect the installation of smoke alarms in your business, so why should you neglect the dangers of radon gas? The radon level in your premises can be easily and conveniently checked with GeoShield ‘s radon gas testing kits, which can be placed at locations throughout Hampshire and the surrounding areas.
Guidelines have been set by the government for the maximum amount of radon allowed in buildings. The Action Levels, as they are called, indicate the radon levels at which it is advised (or required, for commercial buildings) that you take action to reduce the concentration of radon in your property.
Whenever the radon level is detected as exceeding the 400 Bequerels per cubic metre (Bq/m3) level in any part of the building, the Ionising Radiations Regulations 1999 (IRR99) will apply. Until a decision is made on whether radon levels can be reduced through engineering measures, you may have to immediately take steps to manage occupational exposure. Under IRR99, an employer must consult with a Radiation Protection Advisor (RPA), who has radon experience, regarding the best way to manage radon exposures. Looking at who is authorised to use what parts of the building and for how long, and also monitor usage times as well as display warning signs, etc. It may be necessary to close buildings with very high radon levels.
You will also need to hire an expert radon removal (remediation) contractor if you plan to introduce engineering controls that immediately reduce the radon exposures. The radon remediation consultant will advise you on the most cost-effective solution for your property. Such as installing a radon sump system or utilising air management techniques to reduce radon concentration in your building.
Once the radon remediation system has been installed you will repeat the radon tests to confirm that the levels of radon in the building has fallen below 400 Bq/m3, IRR99 will then no longer apply. If you have high levels of radon in your workplace, this is the best and most sensible approach to take. The cost of remediation will vary depending on the size and design of the building and the level of radon. However, many building managers are amazed at how inexpensive the work can be.
It is also important to note that IRR99 applies to places of work which might be considered radioactive, such as nuclear power plants, chemical plants, or hospital x-ray departments. A commercial building with radon concentrations above 400 bq/m3 is also regarded as radioactive.
In case your property’s radon levels are above the Action Level, our team can advise you on how to lower these levels.
Radon Gas Tests Help Protect Your Workers
A study conducted at Imperial College, London on occupational cancers estimated that radon exposure caused about 180 lung cancer deaths per year.
Radon concentrations inside a building depend on the ventilation and nature of the job. There can be a wide variation in radon levels within a large building, and personal risk varies according to the levels in the various areas in which staff spend most of their time. Radon levels should be measured in areas that reflect the different types of work environments in the building.
An existing building’s radon levels must be determined by placing a radon detector in the building before being sent to a laboratory for analysis. The Radon detector is small and discreet, and the whole process, including laboratory analysis, is very affordable. The fluctuations of radon levels are related to seasonal and occupational variations (e.g. how much air passes through windows open during the day), so taking these into account requires a three month period of time. The result is calculated as the amount of radon in the air and is measured in becquerels per cubic metre of air (Bq/m3).
As the number of radon detectors that you will require is dependent on the size, layout and usage of your building our team will be happy to advise you on what your requirements will be.
We can provide you with a variety of radon testing devices, such as passive radon detectors and electronic radon monitors so you are able to test your work environments or property portfolios efficiently. The majority of testing takes place in ground-floor rooms that are commonly used. It is not necessary to test other rooms on higher floors or rooms that are rarely used.
The level of Radon may fluctuate over time. Most often, it results from changes made to the building’s construction or from changes made to the heating and ventilation systems. It is thus imperative to keep radon in your routine risk assessment worksheets. Assessing whether you need to repeat the test in light of any changes. In addition, radon reduction systems may also fail with time, and radon levels ought to be checked each year if you have previously had one installed to lower high levels.
Whether you own a business or commercial property, whether it is a school warehouse multi-unit housing complex office factory, or any other type of property, you are well aware of the importance of implementing health and safety measures. It would never occur to you to neglect the installation of smoke alarms in your business, so why should you neglect the dangers of radon gas? The radon level in your premises can be easily and conveniently checked with GeoShield ‘s radon gas testing kits, which can be placed at locations throughout Hampshire and the surrounding areas.
Leading experts in ground gas membrane installation verification and integrity testing in Southampton and throughout the South East
Contact our Southampton team today to book your gas protection systems verification inspection
Installing A Radon Gas Mitigation System
Guidelines have been set by the government for the maximum amount of radon allowed in buildings. The Action Levels, as they are called, indicate the radon levels at which it is advised (or required, for commercial buildings) that you take action to reduce the concentration of radon in your property.
Whenever the radon level is detected as exceeding the 400 Bequerels per cubic metre (Bq/m3) level in any part of the building, the Ionising Radiations Regulations 1999 (IRR99) will apply. Until a decision is made on whether radon levels can be reduced through engineering measures, you may have to immediately take steps to manage occupational exposure. Under IRR99, an employer must consult with a Radiation Protection Advisor (RPA), who has radon experience, regarding the best way to manage radon exposures. Looking at who is authorised to use what parts of the building and for how long, and also monitor usage times as well as display warning signs, etc. It may be necessary to close buildings with very high radon levels.
You will also need to hire an expert radon removal (remediation) contractor if you plan to introduce engineering controls that immediately reduce the radon exposures. The radon remediation consultant will advise you on the most cost-effective solution for your property. Such as installing a radon sump system or utilising air management techniques to reduce radon concentration in your building.
Once the radon remediation system has been installed you will repeat the radon tests to confirm that the levels of radon in the building has fallen below 400 Bq/m3, IRR99 will then no longer apply. If you have high levels of radon in your workplace, this is the best and most sensible approach to take. The cost of remediation will vary depending on the size and design of the building and the level of radon. However, many building managers are amazed at how inexpensive the work can be.
It is also important to note that IRR99 applies to places of work which might be considered radioactive, such as nuclear power plants, chemical plants, or hospital x-ray departments. A commercial building with radon concentrations above 400 bq/m3 is also regarded as radioactive.
In case your property’s radon levels are above the Action Level, our team can advise you on how to lower these levels.
Leading experts in ground gas membrane installation verification and integrity testing in Southampton and throughout the South East
Contact our Southampton team today to book your gas protection systems verification inspection
Radon Gas (FAQ|Frequently Asked Questions}
Is a radon test required UK?
The UK Radon Association advises that all properties are tested for radon, regardless of whether they are located in a lower, intermediate or higher risk area, however it is especially important to test if the property is in the upper two bands or if the property has a basement/cellar or is built into a hillside.
How do I know if I need a radon barrier?
Radon disperses harmlessly into the air but some passes from the ground and collects in spaces under or within buildings. Breathing in too much radon increases the risk of developing lung cancer, so an effective radon barrier is essential when building in areas where radon gas is more prevalent.
Should I worry about radon gas?
If we breath in high levels of radon over long periods of time this exposure can lead to damage to the sensitive cells of our lungs which increases the risk of lung cancer. Radon causes about 1,000 lung cancer deaths in the UK every year.
When did radon barriers become mandatory?
The 1998 regulations require a radon-blocking membrane in the foundations and a "sump" or collection space for radon that can easily be cleared using a fan if high radon levels are detected. High radon exposures increase the risk of lung cancer over time.
How do you get rid of radon gas in your property?
There's no single method that fits all radon removal system needs as it depends on the level of radon and the layout of the property. Common techniques include: Installing a radon sump pump below the floor with an electric pump drawing air from it. A radon vent fan then draws out the radon gas and releases it into the air outside. Replacing or adding ventilation bricks or installing a small pump in your loft that gently circulates air in and around your building
Does radon rise from basement?
Radon normally rises from the depths of the earth and disperses into the atmosphere harmlessly. Having a cement floor in the basement can reduce radon gas infiltration but only to the degree that the floor is solid, nonporous and crack-free.
Leading experts in ground gas membrane installation verification and integrity testing in Southampton and throughout the South East
Contact our Southampton team today to book your gas protection systems verification inspection
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