Ozone is recognized as the most effective bacteriological neutralizer, fastest, and most environmentally friendly solution for water and air treatment. It is a powerful oxidant that neutralizes bacteria 3,000 times faster than chlorine, making it a superior alternative to costly and frequent chemical treatments. Ozone is produced on-site as needed, making it a sustainable solution that avoids the need to handle chemicals and results in no harmful environmental by-products.
Introducing the Taurus™, a brand-new line of ozone cells proudly offered by EMO3. The Taurus™ series employs high-frequency and high-voltage ozone generation technology to enable on-demand ozone production. Key benefits of this system include:
Ozone, produced from a renewable resource (air) and with a high oxidation-reduction potential (2.07 V), is an ideal solution for a range of water treatment challenges. The Taurus™ ozone system is useful for:
EMO3 can assist you with your projects, from design to production. Contact us to present your needs.
This modular ozone system is integrated and effective for larger water treatments. Similar to its air-cooled counterpart, the Taurus™ II system produces ozone on demand and is easily interfaced with a control panel. It is available in increments of 200 g/h. The Taurus™ II ozone platform can be operated with a simple dry contact closure or modulated with an analog input to provide full production control.
At EMO3, we offer integrated ozone systems that include programmable logic controller (PLC), oxygen concentrators, Taurus™ ozone modules, water injection systems, contact tanks, pumps and more to meet your various air and water treatment needs.
Our Ozodor™ ozone treatment product is a complete solution for odor and small volume water treatment. It is eco-friendly, natural, powerful, and quick, offering you the best solution for your business.
Our ozone destructor ensures complete and hassle-free removal of excess ozone from contact tanks to create a healthy environment by eliminating residual or excessive amounts of ozone present in the air.