Tag Archives: radon mitigation

Understanding Radon and How to Reduce it With Radon Venting

Outside of smoking, radon is considered to be the leading cause of cancer. It’s a carcinogen that most people find in their homes. In order to reduce this, you have to properly vent your home and minimize the radon levels. Did you know there are guides to do this properly? It’s not something most people know about, but there are also professionals who assist you as well.

The bad thing about radon is it’s not something you can see or smell. In fact, it’s so undetectable to our regular perception; you need special equipment to realize its present. There are several different devices out there, but some include; alpha-track detectors, charcoal canisters, or charcoal liquid scintillation devices (which are passive). The good news is they don’t need an ounce of power to function. However, if you want something that continuously monitors radon then you will need one that uses power.

If you do this and realize radon is present, it’s important to figure out if they are at harmful levels. If so then it is time to figure out how to reduce it as much as possible. Your choice of remedies will depend on whether or not you want to prevent radon entry, or if you want to reduce it after entry. If you’re on the prevention line, the EPA suggests soil suction. However, this is going to depend on what type of house you own, because there may be better techniques for your situation.

It all starts with the foundation. Head to the basement and start using the soil suction on the sub slab, drain tile, sump hole, or even block wall suction.

If by chance you have crawlspace housing, try converting the dirt floor with a plastic sheet of high density. Once everything is in place you can grab a fan and vent pipe, then draw the radon out from under the sheet and vent it out. This is actually considered the best recommendation for crawlspace houses (called sub-membrane suction). Then of course you have depressurization where the air can be removed from the crawlspace with a more powerful fan. However, just opening vents or installing more can help to reduce radon in crawlspaces.

There is also the opportunity to use outdoor air and warm it with a heat recovery ventilator. This helps to increase the overall ventilation and minimize the radon levels in your home. While this can be done in any part of the home, it usually has the most benefits when working with basement projects.

When all else fails or sounds too difficult, the best place to come back to is natural ventilation. If you open vents, doors or windows on the lowest part of your home, it can definitely help. Once you’re able to mix both indoor and outdoor air together, it will basically saturate the radon levels. Keep in mind though that they will return within 12 hours once you close everything up again. So this is a short term solution.

In the end it’s just important to use the option that works best for your situation. Whether it’s the various ones we mentioned above or something like sealing and house/room pressurization, they all work. If you can figure out which option is geared for your home, the radon levels will soon diminish and you will feel much safer.

Learn more about radon venting and our recommended radon mitigation system at RadonKits.com

Author: Gray Rollins
Article Source: EzineArticles.com
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Be Confident in the Safety of Your Home With the Help of Professional Radon Testing

Instances of radon gas in homes are serious health and safety issues. Professional radon contractors can accurately detect radon levels in your home and, if they find a problem, can implement a radon mitigation solution appropriate to the situation.

Radon is a heavy gas created by the breakdown of uranium and is present in homes throughout the United States. Most of us have heard about radon gas and the danger it poses, but few people take appropriate steps to accurately evaluate or address the issue. This is largely because radon is not visible or tangible-it’s easy to ignore that there might be a problem. Nonetheless, radon is a serious danger, especially in parts of the country designated as “red zones” by the EPA. The only way to truly know if radon is an issue in your home is to employ a professional to thoroughly test the property. If they do find elevated radon levels, these experts will be able to work with you to design a radon mitigation system specifically for your home, dissipating the gas and making your home safe in the long term.

The presence of radon gas in your home should be serious safety concern. Radon usually seeps into buildings through the ground. A low level of radon is harmless, but if the radon gets trapped inside, the level becomes more concentrated and can contribute to the development of lung cancer, as well as cause harm to childrens’ developing lungs. There are a number of DIY radon detection kits on the market, but these products can be difficult to use effectively and are unlikely to provide complete detection service. If you are serious about doing radon testing, you should locate a radon contractor in your area. These professionals have the tools, experience, and expertise to evaluate your entire home with appropriate detection equipment. Not only will they be able to find out if radon is an issue, but they will also be able to accurately tell you in what concentration it is present.

If you find out that your home does contain dangerous levels of radon, your local radon contractors will also be able to safely and effectively address the problem. Each home and each radon occurrence is different, so it is essential that your radon mitigation plan is tailored to your specific situation. With hands-on knowledge and experience at their disposal, radon experts will be able to design a radon abatement program that targets the exact problem present in your home. The primary component of most radon mitigation systems involves locating the entry point for the radon (often at the basement level). The radon contractors then create a seal between the ground and your home and install a pump to vent the radon out into the atmosphere where it can dissipate. Radon experts will be able to perform such services completely and effectively, insuring long-term protection for you and your family.

Nothing is worse than knowing that there is a potential danger in your home, like radon gas, that you can’t see and can’t fix. Call on professional radon contractors to ease this worry. They will be able to perform the necessary radon test to find out if radon levels are dangerous in your house. If there is a problem, they’ll be able to eradicate it and make your home a safe haven once again.

Rebecca Paul is a homeowner and an Internet marketer for Prospect Genius, a leader in online local advertising.

Author: Rebecca Paul
Article Source: EzineArticles.com
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How to Reduce the Risk of Radon Exposure in Your Home

Radon is an odorless and tasteless radioactive gas that all too often goes untested in homes. Elevated levels of radon pose serious health risks and have become responsible for an estimated 20,000 lung cancer deaths each year. In fact, the U.S. Environmental Protection Agency (EPA) reports that radon exposure is the leading cause of lung cancer among non-smokers in the United States. To reduce your risk of radon exposure, it’s important to understand the causes of high radon levels as well as effective ways to maintain a safe radon level in your home.

What is Radon?

Radon is produced when uranium breaks down in rock, soil, and water. Though rock and water can emit small amounts of radon, soil is the primary source of elevated radon levels in U.S. homes. If the soil around your home has elevated levels, the radioactive gas can enter your home through cracks or other openings along the foundation, polluting the air you breathe. This gas can also enter your home through water, particularly through ground water sources or well system.

Testing for Radon

The only way to determine if your home has dangerous levels of radon is to administer a radon test. You can either hire a certified, independent contractor to test your home’s level, or you can use a Do-It-Yourself radon test kit. Either method is affordable and easily administered.

Studies show that the average level of radon in U.S. homes is 1.3 picocuries per liter (pCi/L). This is wonderful considering the action level indicated by the EPA rests at 4.0 pCi/L. If your home shows a radon level of 4.0 pCi/L or higher, you could be at risk. Keep in mind that if you smoke and your home has an elevated radon level, you are at an even higher risk for contracting lung cancer and other harmful conditions.

How to Reduce Radon in Your Home

There are several steps you can take to reduce the radon level in your home, however, be sure to measure the radon levels first and implement a way to get the current radon out of your home. Otherwise, you might trap the radon and prevent it from exiting your home-quite counterproductive!

  • Seal cracks and/or openings along your home’s foundation to limit radon from entering. Focus on the lower levels of your home, such as the basement or garage. If your home has a crawlspace foundation, cover the ground with a high-density plastic sheet.
  • Prevent radon from entering your home with a heat recovery ventilator (HRV). An HRV improves a home’s air quality by increasing ventilation and reducing radon levels. HRVs can ventilate your entire home or just a particular area that is susceptible to radon, such as the basement. Be sure to regularly change your HRV’s filter to ensure optimal results.
  • Pressurization is an effective radon reduction technique designed to increase the pressure in a home’s basement, where radon typically enters from the soil. This increase in pressure prevents radon from entering the home through its lower levels.
  • For temporary radon reduction, open windows, doors, and lower-level vents to let in outdoor air and increase natural ventilation.

Testing your home for radon is easy and inexpensive, and can drastically reduce your risk of lung cancer. You can perform a radon test yourself or hire a professional. So don’t wait — take the necessary steps to reduce the risk of radon exposure in your home today!

Contact the experts at Advanced Basement Systems for radon mitigation in Ontario and all surrounding areas.

Author: Taylor Harvel
Article Source: EzineArticles.com
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Radon Abatement – Users Guide

The first thing that you need to understand is that the presence of radon gas is dangerous to your health, and because there is no odor to this gas and it also is invisible and colorless, you would normally not be aware of its presence without performing a Radon test in the building. There is also no level of it that can be said to be safe, and thus even the slightest presence of radon gas can prove to be detrimental to your health.

There are a number of different methods for radon abatement and you can use simple methods such as sealing cracks or use radon exhaust fans or vent fans to help eliminate or reduce the levels of the gas in a building. If you need more advice as to the best means of affecting radon abatement in a building then you need to go through the EPA “Consumer’s Guide to Radon Reduction”, and this guide can be obtained from the state radon office.

The benefits of consulting a user guide for using things such as radon detectors are many and include learning how to test for this gas, and knowing the health risks associated with radon. In addition, you will learn about radon abatement, how the gas gets into a building and whether it exists in only soil, or is it also present in water etc.

Thus, it is essential to learn how effective it to perform radon mitigation is, especially as you should expect to pay about twelve hundred dollars on average to remediate and lower the levels of radon gas in a building. In addition, you would need to use Sub-slab depressurization methods to lower levels of Radon gas in the home. However, there is no regulations available pertaining to controlling radon levels inside a building and thus you need to rely only on guidelines as well as national goals.

Conducting a radon test in your home is very simple. We have located a web site that sells low cost radon testing products that are 100% EPA approved and easy to use. You can order online and have the package within just a few days, not to mention their excellent customer support. Click here to go there now.

Author: Charles Berkley
Article Source: EzineArticles.com
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Radon From Granite Causes Cancer

The allusion that seems to be made, that natural stone installed in your home is dangerous to your health is raised repeatedly on the website and in a recent local Houston TV news program.

It’s interesting to note that the two major contributors of this non-profit organization are manufacturers of engineered stone. One of those contributing manufacturers has a marketing executive on the board of directors of this particular organization.

From what may be perceived on the surface as perhaps another “going green” ad campaign, seems to be a different slant on the ongoing battle of the engineered stone manufacturers against natural stone.

Keep in mind that granite as does most natural components found in building material, allows vapors to pass through them that might contain trace amounts of radon. There are very small amounts of uranium found in trace minerals such as biotite in some natural stones. When quarried if a large cluster of biotite is exposed the result initially would be a radon reading. However, once a piece of granite or natural stone exposed to a large amount of uranium rich mineral in the ground is removed from the source and exposed to the air, the radon vapor transmission would weaken drastically and then dissipate. Simply put, think of natural stone as a very dense sponge that allows water, air and yes radon to pass through the stone. Once the stone is removed from the source of radon (the earth) the stone has no radon to filter through it.

We do endorse Radon testing but to allude that natural stone is a main contributor seems ludicrous.

Here are some facts about Radon:

WHERE DOES RADON COME FROM?

“Radon comes from the natural radioactive decay of radium and uranium found in the soil beneath the house. The amount of radon in the soil depends on complex soil chemistry, which varies from one house to the next. Radon levels in the soil range from a few hundred to several thousands of pCi/L. The amount of radon that escapes from the soil to enter the house depends on the weather, soil porosity, soil moisture, and the suction within the house”.

HOW DOES RADON GET INTO THE HOUSE?

“Houses act like large chimneys. As the air in the house warms, it rises to leak out the attic openings and around the upper floor windows. This creates a small suction at the lowest level of the house, pulling the radon out of the soil and into the house. (Just as natural stone filters radon emission as mentioned before.) You can test this on a cold day by opening a top floor window an inch. You will notice warm air from the house rushing out that opening; yet, if you open a basement window an inch, you will feel the cold outside air rushing in. This suction is what pulls the radon out of the soil and into the house. You might think caulking the cracks and the openings in the basement floor will stop the radon from entering the house. However, scientific studies show, it only takes enough unsealed cracks or pin holes in the caulking to equal a hole 1/2” in diameter to let all the radon in. It is unlikely that caulking the accessible cracks and joints will permanently seal the openings radon needs to enter the house. The radon levels will still likely remain unchanged.

Fortunately, there are other extremely effective means of keeping radon out of your home. Throughout the country, several million people have already tested for radon. Some houses tested as high as 2,000-3,000 pCi/L; yet, there hasn’t been one house that could not mitigate to an acceptable level. The difference in reference to natural stone is that one the stone slab is removed from the source and exposed to the atmosphere the radon is vented in the same way ventilation of a house mitigates the radon emissions in the soil.

Levels of radiation from granite products, which technically are measurable, are in fact, small fractional values of established thresholds for environmental safety. The truth of the matter is that granite is a safe product. It’s been used for thousands of years and the relationship between granite and radon has been studied for years and years. How safe is granite? There have been mathematical models developed that show that one could live in an all-granite home or building, including sleeping on granite, for an entire year and still be within very safe levels of exposure.

Calculations show that, if an average countertop, traps an average uranium concentration of four ppm (parts per million), the concentration of radon that is given off by the countertop into the household air would be 270,000 times less than the level of radon in the outside air. The maximum contact level that you would receive over one year if you were to sit on a countertop all of the time would be about one quarter of the annual radiation from all sources. If you were just a few inches away from the granite (such as when doing the dishes), the dose would be too low to measure.

To Quote Donald Langmuir, PhD, Professor Emeritus of Geochemistry, Colorado School of Mines, & President, Hydrochem Systems Corp.

“To show how laughable are the concerns of radon emitted from natural stone, the typical granite countertop in our example will release 7.4 x 10 -7 pCi/L of air. This corresponds to 2.7 x 10 -8 atom decays per second (dps). This represents 0.85 decays per year. In other words, less than one atom of radon is produced by the countertop in one year. This is hardly worth getting excited about. I would suggest that a good way to reduce our exposure to the radon present in outdoor air would be to build an air-tight house out of granite countertops! There are certain properties of rocks that can increase their radon emanation efficiency, or in other words increase the release of radon from a given weight of rock. These are rock properties that maximize the exposure of internal or external rock surfaces to water or air, allowing any radon gas to escape. The author of ‘Granite and Radon’ argues that such properties, which include rock porosity, fissuring and mylonitization, will increase radon releases. This is probably true, however, a granite with such properties would be too brittle to make into a countertop, and too open to take a polish, and so would not be marketable as a countertop – unless the rock pores were first filled with a chemical sealant. Such sealing would also eliminate any possible radon release problems.”

In a more recent study that was conducted by L. L. Chyi, a Ph.D. and professor of Geochemistry and Environmental Geology at The University of Akron, Akron, Ohio. Dr. Chyi studied 13 of the most popular granites used throughout the United States as determined by an industry-wide survey. Due to their popularity these 13 granites, are believed to represent up to 85% of the granite countertop market in recent years. The granite types are as follows:

1. New Venetian Gold, Brazil; medium grained, yellow-beige gneiss with many dark red garnets

2. Uba Tuba, Brazil; A medium- to coarse grained, olive-green granite

3. Santa Cecilia, Brazil; A coarse-grained, yellow-grey gneiss with up to pie-sized, red garnets

4. Tropic Brown, Saudi Arabia; medium-grained, brown granite

5. Absolute Black, India; black basalt

6. Tan Brown, India; A black-brown igneous rock with big, shapeless, brown-red feldspar crystals

7. Giallo Ornamental, Brazil; coarse-grained, brown-yellow granulite with some brown-red garnets

8. Crema Bordeaux, Brazil; Juparana Crema Bordeaux (Brunello). A coarse- to very coarse-grained, pink to red granite with areas of quartz, alkali feldspar and quite a lot of ore

9. Baltic Brown, Finland; brown-black granite

10. Giallo Veneziano, Brazil; medium- to coarse-grained, ochre-yellow to golden-brown, also light pink, gneiss

11. Dakota Mahogany, USA; medium- to coarse-grained, brown-red granite

12. China Black, China, a fine-grained plutonic rock

13. Yellow Star, China, a medium-grained yellow to pink granite

The testing methodology was designed to measure the amount of radon which each granite type would add to the interior of a 2,000 square foot, normally ventilated home with 8 ft ceilings. The results show that Crema Bordeaux (the most active in terms of radon emissions) would contribute a concentration component of less than 0.28 pCi/L, or less than 7% of the EPA’s recommended actionable level of 4.0 pCi/L. This radon amount is well below a level which might cause health concerns. Tropic Brown and Baltic Brown, second and third in radon emanation based upon Dr. Chyi’s testing, amounted to only 1% of this action level. The other granites tested added almost immeasurable amounts of radon to the house. Radon atoms in pore spaces and fractures are of minimal concern in the case of granite countertops

Dr. Chyi’s test results show that the granites that are currently found in the United States’ market place are insignificant contributors to radon levels in the home. “Based on the testing results and EPA standards, we can conclude that the most popular granites used as countertop surfaces pose no health threat to homeowners. If proper resealing is applied once a year or at other frequencies determined by the industry, the radon emanation can be further reduced”.

Daniel J. Steck, Ph.D. also ran a test on interior radon and granite, and this is what he had to say.

“The average radionuclide contents of your building material samples are similar to other average granite samples and other common earth-derived building materials such as brick and soil. Thus, the amount of gamma radiation emitted from similar masses of these building materials will be approximately the same;

There is little sample-to-sample variation in the radon family radionuclide concentrations; the radon flux is somewhat larger for the counter-top squares than for the smaller samples. This indicates that the effective diffusion length is only on the order of the thickness of the counter-top samples, i.e. several centimeters. Thus, material thicker than 5 cm (2″) most likely will not emit more than the counter-top samples.

While we feel that health safety is a great concern especially in our homes, for an industry to attempt to gain financially by “scare tactics” or under the auspices of “Eco friendly” is reprehensible. We urge the consumer to not be taken in by these alarmist tactics.

www.nsraweb.com

Author: Josveek Huligar
Article Source: EzineArticles.com
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Safeguard Your Family From Dangerous Radon Gas – Test Your Home For Radon Today

Radon is a naturally occurring radioactive gas that is harmless in low concentrations. Outdoors, as it seeps out of the soil, the radon safely dissipates into the atmosphere. But as radon leeches into your home through the foundation or crawl space, it has nowhere to go-gradually accumulating over time, these high concentrations of radon gas can be extremely dangerous for your family! Keep your family safe: call the professionals today for an accurate radon test.

Why should you care about radon in your home?

In small doses and during short term exposure, radon is generally harmless. But high concentrations of radon gas can be hazardous to your whole family’s health. The number one cause of lung cancer in non-smokers and the number two cause in smokers, radon is a known carcinogen. And, as the American Lung Association estimates, the average American spends between 60% and 90% of the time inside their home. That’s a ton of exposure to this dangerous gas if you have a radon problem in your home!

How do you know if you have a radon problem?

Because radon is both odorless and invisible, radon testing is the only way to gauge whether or not you have a problem in your home. This non-invasive test involves measuring the concentration of radon in your house’s air. While there are do-it-yourself radon test kits available, we strongly suggest using a professional radon contractor for your test. These experts are able to provide the most precise, accurate radon measurements, ensuring you get the correct information you need to know your family is safe!

What should I do if my radon test comes back positive?

If your radon test indicates a high level of the gas inside your house, you need to address the problem immediately. Long-term exposure to elevated radon concentrations is the most dangerous, so eliminating the issue ASAP can help reduce your risks! The answer is radon mitigation. An affordable and relatively easy solution for this health hazard, radon mitigation systems effectively vent radon from inside your home to the air outside, where the gas harmlessly dissipates.

Contact your radon professional today for complete testing and mitigation. Your family could be at risk-accurate testing will put your mind at ease, so call your radon contractor today!

Matt Gallo is a home improvement specialist and the Internet marketing manager for Prospect Genius, bringing local businesses online local advertising.

Author: Matt Gallo
Article Source: EzineArticles.com
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Radon Health Dangers

Radon is a colorless, tasteless naturally occurring radioactive gas that comes from uranium deposits in the ground. Radon enters the home through the home’s foundation or well water. Although naturally occurring, the indoor levels of radon vary widely across the United States and from house to house. Studies show that any level of radon over 0.4 pCi/L increases the risk for lung cancer. People who have smoked are at an even higher risk. Some homes have extremely high levels of radon when a house next door may not have any. Because radon dissipates quickly concentrations of radon gas outdoors are negligible.

People who are exposed to high levels of radon over a prolonged period of time often develop lung cancer. Early symptoms of radon exposure are coughing, wheezing, heavy breathing, and infections like pneumonia and bronchitis. Symptoms of radon gas exposure are often not recognized until a serious condition has been diagnosed.

Testing is an important instrument used to determine radon gas levels. Using a reputable and experienced test facility is important. Look for a facility that has been approved by the Environmental Protection Agency (EPA.) Also, taking at least two tests in different parts of the house gives a more accurate reading. One of the test sites should be the master bedroom since so many people spend the majority of their time at home sleeping. Doing the tests midsummer and midwinter will give you a good average of levels in your home. Also, don’t forget to send in a water sample if your water comes from a source other than a public water service.

If your test results come back with higher than normal levels of radon there is no reason to panic. It is easy to lower levels of radon gas with proper ventilation and water filtration. Setting up fans and circulating air will lower levels quickly. Certain parts of your house will be more prone to have higher levels. Basements are more likely to have higher level due to their proximity to the ground.

Do not use basements as living space unless correct ventilation is installed. Sealing any cracks or openings in the basement is especially important. If you have high levels of radon in your water a charcoal filtration system along with proper aeration will dispel any gas in the water. High priced radon mitigation companies will try and sell you all sort of gadgets but the average consumer can lower radon levels with a few common sense techniques.

Bryan Sims writes about various topics including health issues and product information for the online audience. Find information about the newest website at http://www.wallmountforlcdtv.net/ which helps people find super saver deals on Peerless TV mounts and more information about various types of wall mounts for televisions.

Author: Bryan Sims
Article Source: EzineArticles.com

Radon Testing – How to Test and Remove Dangerous Radon Gas

Radon gas dangers in the home have become more prevalent, and can affect homeowners before radon is detected. Consider the story of Stanley, a nuclear power company employee from Pennsylvania. One day he arrived at work and the radiation monitors at the plant screamed an alarm. The experts were puzzled–how could Stan set off an alarm on his way in to work? The answer to this question brought to light one of the biggest environmental concerns of our time: Radon. It turns out Stan’s house had radon gas levels more than 500 times what was considered safe and Stan had carried the effects into work. Stan desperately needed a radon mitigation system to save himself and the health of his family.

What is Radon?

Radon is not an industrial chemical or synthetic creation. It occurs naturally when uranium in the soil breaks down, as do all organic compounds. If inhaled, radon can cause damage to lung tissues and can lead to lung cancer.

Although radon has been around since the dawn of time, it’s become a problem in the last 20 years or so, since the energy crisis led to the construction tighter more energy efficient homes. Years ago, when energy was cheap, homes were much draftier, and these built-in air leaks helped dilute indoor contaminants like radon to safe levels. However, as energy costs rose and home construction became tighter, indoor radon levels have also risen. Today, we need to pay close attention to our indoor air environment to make sure the air stays healthy and free of radon dangers.

Testing for radon gas is fairly simple. Within your own home, you can even do the test yourself. Many radon laboratories sell simple test kits, which usually come complete with a mailer to send the kit back to the company for analysis. However, if the house you’re testing is one you’re buying, some state laws require the test be done by a licensed radon testing company. Likewise, if your radon test reveals a high level of radon gas, a radon mitigation systems will be needed and should also be installed by an experience, licensed radon mitigation professional.

How to do a Radon Test

All radon tests must be done in the basement or lowest livable level of the house and under closed building conditions. Except for normal entry and exit, this means all windows and doors, from the basement to the uppermost level of the house, must be closed for the entire test, which can be up to a week. While this may be difficult, especially in the summer, it is critical. If the windows are left open, a false high or low reading of radon dangers may result.

The most common types of radon gas tests are:

  • Charcoal Absorption Canister: This is the most common radon test available and usually the least expensive. The test consists of a charcoal-filled canister which is left in the home for a period of two to seven days. Then the test is sealed and sent to a laboratory for analysis. The lab will usually mail the result back to you within one week. This test method is relatively inexpensive and reliable if done properly. However, it can take up to three weeks from the start of the test until the result is received.
  • E-PERM Testing: E-PERM is short for Electret-Passive Environmental Radon Monitor. The way it works, however, is not as complicated as its name. As radon is formed, it gives off “ions” which produce a small electrical charge. The E-PERM is designed to measure the amount of electrical charge and convert this measurement into a radon level. Similar to charcoal canisters, this test for radon danger is usually done for two to seven days, but processing is much quicker as the testing company can usually produce a result within a day of the test completion.
  • Continuous Monitors: These devices are among the more expensive radon tests available but have several distinct advantages. Continuous monitors sample air over a minimum two-day period and can produce hourly radon readings. In addition to the test result being immediately available upon test completion, the hour-by-hour test result can be analyzed to check for unusual air patterns in the house. This test is often chosen by people buying a house to make sure the closed building condition requirement is met by the sellers.

Most importantly, if the radon test result comes in high, don’t panic. Most buildings can be modified to reduce radon gas to safe levels by installing a simple radon mitigation system. In newer buildings, partial radon mitigation systems are even required during construction, just in case they are needed later to reduce or eliminate radon dangers.

Tom Kraeutler is the Host, Founder and Chief Home Improvement Evangelist of The Money Pit. He is a hands-on home improvement broadcast journalist and the kind of guy homeowners want to call at midnight when their basement floods. He first earned his home improvement stripes as a professional home inspector, amassing over 20 years experience learning how houses are put together, and how they fall apart!

Author: Tom Kraeutler
Article Source: EzineArticles.com
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Radon and Your Health

These days, radon is a very talked about subject, but there are homeowners and renters who remain unaware of radon and the serious effects it can have on their health.

Radon is an invisible, silent, hazardous, and odorless radioactive gas that silently enters into your home. Radon is a direct result of the decaying of a small amount of uranium found in the earth’s crust. Radon tends to enter through small holes and cracks in the walls and floors of your foundation, or through utility lines openings, drains, sump openings. Radon spreads rather quickly. Once radon enters your basement it can quickly spread to the above levels and living spaces of your home. Once radon enters your home it can put you and your family, as well as your health in danger of poisoning.

Why is radon so dangerous?

Radon is a very dangerous and hazardous gas because it breaks down quickly and instantly spreads throughout the air. Because radon has the tendency to break down at a rapid speed, larger amounts of radon can be dangerous to you and your health. Radon poisoning can occur without your knowledge and within a short amount of time. As quickly as the gas spreads in your home, you and your family are at immediate risk of radon poisoning.

How can radon be found?

Radon in the largest sources is located in the soil around and under homes, but radon can also be in the water you drink, the building materials in your home, or in the air you breathe.

Can radon levels elevate?

Since radon comes directly from the soil under and around your home, any home is placed at risk, especially those that have a dirt crawl space. Basements that only have a dirt crawl space are at risk to being exposed to maximum levels of radon.

Can my home be exposed to radon if I have a concrete basement?

Even if your basement has a concrete floor it is also at risk of hosting maximum levels of radon.
How is radon measured?

There are radon detectors that can be installed and monitored by professionals. By having the radon in your home under a constant careful eye allows the levels of radon to be continuously measured. This will also protect you and your family from radon poisoning exposure.

If you are on a tight budget, here are inexpensive to moderately priced devices and special detection equipment on the market. These devices and special detection equipment is available in most hardware stores and home building centers around the country.

These devices and special detection equipment is placed in your home for several days. After several days, the detection system is removed and sent to a processing center or lab where tests are performed to determine if radon is in your home, if you and your family have been exposed, as well as the level of radon. Once all the tests have been processed, a report will be sent to you to confirm if you do or do not have radon in your home.

Can radon put me and my family at risk of serious health issues?

According to the Environmental Protection Agency, over 20,000 people die in the United States each year due to from radon related lung cancer. Men and women who smoke and have been exposed to the radioactive gas have a greater chance of developing lung cancer than those who do not smoke or use tobacco based products.

Studies have also shown, non-tobacco users and young children have a much higher chance of developing lung cancer when they have been exposed to the radioactive gas than those who have not been exposed, but young children tend to be more at risk of being exposed.

What is radon poisoning?

Since radon is the source of a decaying process, tiny radioactive particles are slowly and silently released into the air. Radon poisoning occurs when you inhale large mounts of high levels of the radioactive gas into your lungs. By breathing radon into your lungs it can cause moderate to severe damage to the lungs, resulting in lung cancer.

Why does radon poisoning occur?

Radon poisoning has a tendency to occur when crawl spaces, basements or mines are poorly encapsulated.

What are the signs of radon poisoning?

The Environmental Protection Agency has spent endless hours and money researching the symptoms and effects of this radioactive gas. There are indications to look for to tell if you and our family have been exposed to radon poisoning. Those symptoms are a persistent dry cough, hoarseness, respiratory infections, and respiratory issues.

What is the best way to confirm if I have been exposed to radon?

If you believe you or your family have been exposed to radon or if you are experiencing symptoms that you believe are from radon poisoning, it is best to seek medical attention. A physician will give you a complete check up, and run the appropriate tests to determine if you have been exposed to the radioactive gas, and what treatment will suit your specific needs.

How can I protect myself and my family from radon poisoning?

The United States Surgeon General’s office recommends all homeowners and landlords have their homes and rental properties tested for radon.

Solution

If you believe you and your family may have been exposed to radon it is best to contact a professional who can evaluate and properly test your home for radon. This will assure you and your family are safe from this radioactive gas.

Contact the radon experts at Interior Basement Systems for radon testing in Kelowna!

Author: Donna Kshir
Article Source: EzineArticles.com
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How to Protect Your Family From Radon Gas Poisoning in Your Home

Radon gas poisoning kills many thousands of people every year. It is now the second leading cause of lung cancer in the United States. Only smoking cigarettes causes more lung cancer deaths. If you smoke and your house has very high levels of radon gas, then your risk of lung cancer is much higher.

Radon is found throughout the United States. You can’t see, smell or taste it. It comes from the breakdown of uranium in the soil and water and gets into the air you breathe. Radon gets into any building, home, office or school and can build to high levels of concentration.

The home is the most likely place to get radon poisoning because that’s where you spend most of your time. Radon from the soil is the main cause of radon poisoning, but it can also enter the house through well water.

The only way to know if you and your family are at risk of radon poisoning is to have your home tested for radon. The Environmental Protection Agency strongly recommends that all homes should be tested. Apartments and condos below the third floor should also be tested. It’s a very easy test that takes only a few minutes and is inexpensive to do. Millions of American homes have been tested for radon gas. Radon testing kits can be found online and in many hardware stores.

Contact your state officials for more information about radon in your area. Radon problems may be more common in some areas than others, but, any home can have a problem with radon gas. It’s a very good idea for home buyers and renters to ask about radon levels of the house before they buy or rent a home.

Most public water supplies do not have a radon problem, but if the air in your home has tested positive for radon gas and you have well water, you should have the water tested by a lab certified to measure radon in water.

There is no known safe level of radon gas. There can always be some level of risk. But, the risk can be lowered by sealing cracks in floors and walls. Simple systems of using fans can also help in reducing radon gas when it is found in the home. After any major renovations, the house should be retested again to make sure the levels have not increased.

Ira has been writing articles for over 11 years over a wide variety of subjects. Visit his latest website all about toilet paper holders which helps people find the best toilet paper storage and information they are looking for when remodeling their bathrooms.

Author: Ira Potts
Article Source: EzineArticles.com
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