What if there was a \u201cmagic powder\u201d that purifies the water, enriches the soil, and removes nuclear waste? What if that same powder could detox your body, boost your gut health, prevent free-radical damage, fight infections, and more? Well, zeolite might do it all, but clinical evidence remains limited. Read on to learn everything about zeolite, including its not-so-magical side.<\/p>\n
Zeolite is a complex mineral which forms in the contact of volcanic lava and water. This process can take thousands or even millions of years; scientists estimate that the first zeolite minerals formed over 300 million years ago.<\/p>\n
\u201cZeolite\u201d is a common name for over 240 unique structures (or frameworks), of which 40+ occur in nature. The most common types of zeolite include [R<\/a>]:<\/p>\n Ancient Romans used zeolite B.C. to build bridges. Then it fell into oblivion and found its way back in 1756 when Swedish mineralogist Axel Cronstedt first described and named it.<\/p>\n He merged two Greek words: z\u00e9\u014d<\/i><\/b>, meaning “boiling” and l\u00edthos<\/i><\/b>, meaning “stone.” Zeolite released plenty of steam when heated and thus reminded Cronstedt of a “boiling stone” [R<\/a>].<\/p>\n In a clash of scalding lava and cold seawater, zeolite forms a unique cage-like structure and negative surface charge. Aluminum and silicon make the basis of this structure, but it often includes other elements such as oxygen, tin, zinc<\/a>, and titanium.<\/p>\n Tiny cages enable zeolite to act as a “molecular sieve,” filtering molecules based on their particle size. Negative surface charge loosely binds minerals – such as sodium, potassium<\/a>, and calcium<\/a> – and replaces them with large ions and heavy metals<\/a> [R<\/a>].<\/p>\n In other words, zeolite can pick up plenty of “bad stuff” and replace it with “good stuff.”<\/p>\n Fast forward from its re-discovery, miners are now producing around 3 million tons<\/b> of zeolite each year. China leads the way, followed by South Korea, Japan, and Jordan. Natural zeolites are abundant but often contaminated with other minerals, quartz, metals, etc.<\/p>\n The industry mostly relies on synthetic zeolites, which are pure and have uniform structures. Some of them don\u2019t exist in nature, such as Zeolite A.<\/p>\n Thanks to its unique physical properties, zeolite has found uses in [R<\/a>, R<\/a>]:<\/p>\n\n
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