Ozone therapy explained for medical and professional users: how it works, what generators are used, safety basics, and questions to ask before you start.
Weighing synergy ozone vs competitors? See which specs, concentration and support questions matter for medical grade ozone generators before you decide.
Compare ozone generator corona discharge and UV technology: output, energy use, cooling, maintenance, and byproducts, so you can choose the machine that
How to ozonate glycerin with an oxygen-fed ozone generator and a stone diffuser: the equipment, the setup, and why a thick liquid takes more patience than water.
A step by step setup for ozonating water or oil with an oxygen-fed ozone generator and a stone diffuser, plus the details that make the biggest difference.
An oxygen source, a low-flow regulator, ozone-resistant tubing and a diffuser. What each part does, what to look for, and what already comes in the box.
A detailed side-by-side of the three Synergy ozone generators: output, chambers, settings, power, connections, what comes in the box, and who each one suits.
µg/ml is the concentration of ozone in the gas leaving an oxygen-fed ozone generator. What the number means, what changes it, and how to read your output chart.
Ozone emissions are unstable and should only be manufactured at the time you need it, or it will be useless. It is so unstable to the point that half an hour after manufacturing it, 50% of it will be gone already. So, where does the Ozone (O3) really go? The answer is simple, nowhere. It
Ozone was first used in water treatment in the late 1800s and ozone is more widely used in Europe and Asia than the United States. Ozone is an unstable gas comprising of three oxygen atoms, the gas will readily degrade back to oxygen, and during this transition a free oxygen atom, or free radical form.