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Understanding the Potential Risks
This guide provides essential information on the potential health risks associated with living near electricity pylons in the UK, and outlines steps to protect yourself and your family.
The Ongoing Debate: What We Know
Studies suggest an increased risk of childhood leukaemia for those living near electricity pylons, with some showing a 70% increase compared to the average. However, conflicting studies and scientific opinions exist. While some support the claim of potential danger, others refute it, making it challenging to discern the truth.
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The Draper Study: Leukaemia and Proximity
Dr. Gerald Draper’s study, published in the British Medical Journal, found that children living within 200 metres of a pylon had a 70% higher risk of leukaemia. Those living within 600 metres had a 20% higher risk. While the study indicates a correlation, researchers acknowledge it doesn’t definitively prove pylons cause the disease. The possibility of chance and the lack of a known biological mechanism for pylons to cause cancer are acknowledged, but the evidence necessitates further consideration.
Is Living Near Pylons Dangerous?
While evidence suggests a potential risk, it remains unproven. It may not warrant immediate relocation, but it’s a crucial factor to consider when choosing a new home.
Other EMF Health Risks
Beyond pylons, other EMF sources pose potential health risks. Ultraviolet (UV) radiation from sunlight, for instance, can cause skin damage and cancer due to its high frequency and ionising nature. While household appliances don’t produce ionising radiation, they emit non-ionising EMFs. The International Agency for Research on Cancer classifies non-ionising radiation as “possibly carcinogenic to humans.” Though studies suggest a link between EMFs and cancer, a definitive causal mechanism is lacking.
The Danger Zone: Safe Distances
Electromagnetic fields weaken with distance from the source. For 400 kilovolt pylons, a minimum safe distance is 50 metres, with 100 metres or more being preferable. Underground power lines and building shielding can reduce EMF exposure. Other electronics also emit EMFs, though pylons typically produce the strongest fields. EMF strength varies between properties. Radio and wireless internet also generate higher frequency EMFs, with similar safety concerns.
EMF Testing: Measuring Exposure
Accurate EMF measurement is essential. EMF investigators use specialised equipment to determine field strength. This involves devices that detect energy frequencies, calibrated and positioned to provide accurate readings. An electricity pylon EMF survey reveals field strength and provides advice on safety levels, based on ICNIRP Guidelines. Given the absence of regulations preventing construction near potentially dangerous EMF levels, individual responsibility is crucial. If you live near a pylon, professional EMF measurement is recommended.
EMF Testing Procedures
EMF testing involves using devices that detect energy frequencies, measuring total or specific frequency radiation. Calibration and multiple positioning are required for accuracy. An electricity pylon EMF survey provides field strength and advice on safety levels, adhering to UK regulations based on ICNIRP Guidelines. Given the lack of housing and school restrictions near potentially dangerous EMF levels, individual vigilance is crucial. If you live near a pylon, professional EMF measurement is advised.
Other Circumstances for EMF Testing
While residential EMF testing is common, other locations warrant consideration. Any space where people spend significant time should be assessed, especially schools, hospitals, and workplaces. These institutions often utilise machinery that generates stronger EMFs than household sources.
Schedule Your EMF Survey Today
Ensure your home or workplace is safe from potentially harmful EMF radiation. Contact us today to schedule a professional EMF survey.
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