What Makes Sionix More Efficient?

The following are just some of the reasons why:

Saturation. Sionix uses a more efficient method of saturating re-circulated post-filter water with excess dissolved air.

Microscopic Bubbles. Pressurized water can hold an excess amount of dissolved air. When injected into water (which has a lower pressure) the dissolved air forms microscopic bubbles.

Denser Concentration. The Sionix DAF separator provides a denser concentration of white water bubbles within a more restricted space. It travels a shorter distance from the high-pressure zone to the low-pressure zone. This requires less energy than a conventional filtration system, and only a fraction of the floor space.

Booster Pump. A booster pump re-circulates a small amount (less than 10%) of the post-filtered water through the dissolved air-saturation assembly. Oxygen and nitrogen molecules are transferred directly into the re-circulated high-pressure water without forming air bubbles.

100% Efficiency. This method of transferring air into water is 100% efficient, and reduces the amount of energy required to saturate re-circulated water with dissolved air.

Real-time Monitoring. Sionix utilizes a specialized software control program that provides online, real-time monitoring of a facility’s complete water treatment system. It also automatically controls and monitors wet-chemistry, in-line sensors, automatic self-cleaning filtration systems, and automatic filter-to-waste control programs.