What are EM Ceramics?

EM Ceramics are formed when special montmorillite clays are fermented with EM (Effective Microorganisms) and then baked at temperatures ranging from 600 to 1200 degrees celsius. You wouldn't expect that microorganisms could survive these extreme temperatures - doesn't heat kill most bugs? Isn't that why hospitals sterilize their instruments in autoclaves, to destroy pathogenic bacteria?

In fact, many of the microbes making up EM have been around since life began on earth, when temperatures were very high and atmospheric oxygen was virtually non-existent. These microbes, still around today, are known as anaerobes - they thrive without oxygen, preferring methane, ammonia, CO2 and sulphur dioxide. They are known as beneficial microbes because they positively effect our environment, cleaning up the harmful byproducts of waste and pollution.

Although some anaerobes are harmful, only the beneficial microbes survive the clay firing. These clever EMs, not only survive the extreme temperatures of baking, but they are able to multiply within the matrix of the baked clay, given sufficient food to do so. Newly formed organisms can then move out of the clay, to perform their natural functions, feasting on organic matter and inactivating chemicals and harmful microbes.

Ceramics, impregnated with EMs can last indefinitely, depending on how they are used. They work best in water, having the ability to "regenerate" or "restructure" water molecules. (Read extract from Professor Higa's An Earth Saving Revolution to learn more)

EM Ceramics are ideal for keeping tank water clear and drinkable. EM "rings" are designed for use in water jugs, kettles and baths. Wrapped in cloth to prevent scratching, they will prevent calcification of the elements in your dishwasher and washing machine. They make water softer and reduce the need for dishwashing and clothes washing detergent. EMs are natural antioxidants and help to prevent rust in appliances. EM Ceramics will improve water quality and suppress algae in aquaculture, ponds and dams. They can even be used in swimming pools instead of chlorine.