Pressureless™ Ozone Water Purification Systems

Why are OTI pressureless ozone water purification systems better than pressure-based systems?

OTI pressureless ozone water purification systems are more efficient

Multiple vertical dielectric tube configuration ensures even, consistent grounding with contact material.

Optimizes heat transfer, producing the maximum amount of ozone production per watt hour of energy used.

Proprietary dielectric design includes multiple electrodes and custom-engineered glass material.

Provides dielectric strength and durability, maximizing up-time and lowering maintenance costs.

Pressureless design uses less electricity — and reduces amount of chlorine needed.

Lowers operating costs.

OTI pressureless ozone water purification systems are long-lasting

Pressureless design uses ambient air, a low-voltage power system and operates at a low capacity run-rate.

Ensures operating reliability and maximizes up-time.

OTI systems are hand-crafted and custom-manufactured — and constructed to meet the highest standards of quality.

Maximizes system life-span and minimizes maintenance costs.

What are the advantages of OTI pressureless ozone water purification systems?

More efficient ozone usage
(superior mass transfer efficiency)

Unlike systems that use "bubblers" to mix water and ozone, OTI's pressureless systems use a more thorough, efficient, venturi-based mixing process that results in very little wasted ozone.

Maximum ozone containment

OTI's pressureless system has a low likelihood of ozone leakage because a vacuum created by the venturi means that outside air wants to leak in (to fill the vacuum); ozone does not want to leak out.

More efficient energy usage

The only force that moves air and ozone gas through the pressureless system is the suction (vacuum) created by the venturi injectors — no compressors or other energy-using components are required.