EMFs are Electromagnetic fields, these are the different types -
Magnetic fields are created when there is an electric current flowing through power cables, much like how water flows through a pipe. As this current moves, it generates a magnetic field that extends around the cable, influencing the surrounding environment. This phenomenon is essential to understanding how electrical systems operate and interact with their surroundings.
The strength of the magnetic field depends on the quantity of current; the higher the current the more intense the magnetic field. So the magnetic field can be stronger in the home when everyone is home and a lot of appliances are on - eg oven, hob, air-conditioning, etc etc…. This magnetic field can affect the health of people living close to it.
As an example, in most cases, it would be unwise to live under power transmission lines but it also means being close to power cables in the home or using some appliances is unwise and in some cases should be avoided. This is the one EMF field where it is almost impossible to shield against because magnetic fields penetrate almost anything, therefore sometimes the only solution is to create distance from the source to minimise your exposure. As they say with many EMF fields, the further away you are the better!
Electric Fields are a type of physical field that is typically measured in millivolts and are generated by the electrical power that flows through cables. These fields can extend into the surrounding area, and their strength is largely determined by the voltage of the electrical system. For instance, in the case of typical household cabling in New Zealand, which operates at a voltage of 230 volts, it is possible for the electric field to extend up to 1.2 meters away from the cable, even in situations where no power is actively being used or drawn from the system.
An electric field exists even when devices are off, leading to unintended exposure. To minimize this exposure, maintain significant distance from electric field sources. Ensure meter boxes and switchboards are far from home occupants, and avoid power cords near desks or beds. Ideally, do not have cables or sockets behind the bed to promote a healthier sleeping environment.
Distance from the source is widely regarded as the best and most effective way to minimise exposure to electric fields, similar to the approach recommended for most electromagnetic fields (EMFs). By increasing the space between individuals and the source of these fields, the intensity of the exposure can significantly decrease, thereby potentially reducing any associated risks.
RF – Radio Frequency is used by mobile phones and phone towers, WiFi, computers, and many other devices, this is best described as man made waves travelling extremely fast around our environment and in our homes, in fact at the speed of light. How close the waves are together is called the frequency, so a Modem using a frequency of 2.4GHz means it has waves that are travelling at 2.4 billion times a second past a point. Microwaves also use these frequencies so would you consider it safe to put a small microwave next to your head and risk the consequences in the future for sake of you or your families health?
Wi-Fi should also be avoided, as well as anything Wi-Fi enabled or with Bluetooth capabilities as these frequencies have been proven in numerous studies throughout the world to cause various health problems, the studies which show no adverse health effects are usually found to have been funded by the Telco industry itself!
The best way to effectively avoid Wi-Fi exposure is to install data cables throughout the entire home and to disable Wi-Fi functionalities on the modem, much like we used to do a few years ago! The exposure standards that are currently utilized in most parts of the world are predominantly based on thermal effects, while they do not adequately account for potential biological damage that could occur on a cellular level. This oversight raises important questions regarding the safety and long-term effects of wireless technology on human health.
Dirty Electricity refers to the electrical pollution that occurs when high-frequency voltage transients travel along the wiring of buildings. Research has suggested various biological effects associated with dirty electricity exposure. Individuals exposed to these disturbances may experience symptoms such as fatigue, headaches, sleep disturbances, and skin irritations. Furthermore, some studies propose a potential link between dirty electricity and more serious health concerns, which raises questions about the long-term impact on human health and well-being. Understanding these effects is crucial for addressing the potential risks associated with exposure to this form of electromagnetic interference.
Dirty Electricity is caused by a wide variety of devices in the home. It is characterized by high-frequency signals that travel along the existing power and lighting cables throughout your residence. This phenomenon can sometimes prove challenging to mitigate, as it can travel into your home from external sources through the mains cables, making it difficult to minimise your exposure effectively.
Dimmers, fluorescent lights, computers, solar inverters, as well as many other electrical devices that utilize a switch mode power supply, can generate Dirty Electricity. This particular type of electromagnetic field (EMF) resembles an Electric Field EMF and radiates from power and lighting cables, potentially penetrating into the room's environment to a distance of approximately 1.2 to 1.5 meters.
Again distance from the cables and appliances is the best way to minimise exposure to this type of EMF, but there are various other ways to mitigate the occupants exposure Dirty Electricity usually to acceptable levels.
This is the best website for explaining dirty electricity and its health effects https://www.dirtyelectricity.org/dirty-electricity
I am currently the only qualified EMF Consultant and Electrician in New Zealand, which allows me to accurately test your Dirty Electricity levels, install an appropriate solution based on those findings, and then conduct a thorough retest to ensure effectiveness. If you purchase Dirty Electricity filters but do not take the important step of testing both before and after installation, you will have no clear indication of whether they are actually working as intended!