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CONTEMPORARY
OZONE TECHNOLOGY
FOR THE 21ST CENTURY

About MicroPlasma Ozone

Founded in 2010, MicroPlasma Ozone (MPO3 ) is located in Champaign, Illinois and provides a range of ozone systems designed for use in numerous applications that require NSF listed and performance-validated Smart Ozone Systems. Developed by a major university’s Plasma Lab Team, MicroPlasma Ozone Technology®’s multi-patented micro-channel ozone process produces a “uniform glow discharge”, as opposed to a standard corona discharge (CD), which is a “random discharge”. This state-of-the-art technology provides very high efficiency (energy usage and ozone output) in a compact size.

MPO3’s Smart Ozone Systems provide the same innovative technology as large commercial systems with a very small footprint for applications requiring a range of sizes that other manufacturers do not or cannot offer. Onboard ORP monitor/controllers (or DO3 monitor/controllers) continuously measure the health of the water, while onboard controls measure the health of the system and adjust for changing ambient conditions.

MicroPlasma Ozone Technology®, provides true ozone output ratings based on third-party ANSI accredited laboratory testing and validation for each model. All product performance claims are fully investigated, verified and surveilled on an ongoing basis to ensure their performance is consistent with written and reported claims.

Smart Ozone Systems by MicroPlasma Ozone essentially take care of themselves and only require a quick glance at the HMI display to determine exactly what’s happening in the water, with remarkably low energy consumption. The MP1, MP5,MP5O2 and MP10 provide extreme chemical reduction.

Smart Ozone Systems Featuring MicroPlasma Ozone Technology ®

Smart Ozone Technology provides a truly automated ozone system in a very small package. With real-time ozone system functionality, MicroPlasma Ozone Systems check their own operational performance, and the information is clearly displayed on the integrated HMI touchscreen. ORP (Oxidation Reduction Potential) readout lets you know at a glance the oxidation level of the water. In lieu of ORP, the system can be configured to accommodate a Dissolved Ozone Monitor/Controller with a minor program change.

In addition to the controllers’ functionality, each system has an onboard Micro SD Card that continuously monitors and logs multiple system functions for real-time onboard diagnostics. The micro SD card logs data for the Ozone Generator including the error codes, date, time, and working parameters such as system temperature, gas flow, ORP, onboard sensors and system operation. The card is easily accessible and detachable without removing the ozone system from its mounted position or opening the cabinet. An online authorized service portal is available on the MPO3 website www.mpo3tech.com for authorized service technicians to upload the micro SD card data for evaluating system health and system history.

The proprietary, custom-designed control board measures and adjusts multiple functions in real-time, while the proprietary custom-designed driver control board continuously monitors and adjusts multiple functions in the ozone-producing module(s). And with extremely low energy consumption, MicroPlasma is contemporary ozone technology for 21st century applications.

Developed by a major university ’s Plasma Lab Team, MicroPlasma Ozone Technology®’s patented ozone process produces a “uniform glow discharge”, as opposed to Corona Discharge, which is a “random discharge”, offering much higher efficiency.

MicroPlasma Ozone featured on the Pool Chasers Podcast

Listen to Beth Hamil, Vice President of Product Development at MicroPlasma Ozone Technologies, on the latest Pool Chasers Podcast episode as she recounts her professional journey and eventual partnership with MicroPlasma Ozone Technology to develop their industry-changing innovation.

MICROPLASMA

MicroPlasma produces significantly more ozone with far less energy consumption than similarly sized units.
internal-dialectric

INTERNAL DIELECTRIC

Internal Dialectric materials contribute to cool operation and energy efficiencies resulting in much longer cell life.
humidity

KISTLER™

KISTLER™ Solid-State Electronic Dehumidifier (SSED) keeps rated 2 gr/hour ozone output very stable during high humidity for the air-fed MP5Air, increasing the life of the MicroPlasma ozone cells.
02

AirSep® Oxygen Concentrator

AirSep® Oxygen Concentrator creates clean, dry, 94% pure oxygen from ambient air, providing over twice the ozone output than an equally-sized air-fed system, at 5-10 times the concentration.

Smart Ozone Systems

  • More Ozone
  • Higher Efficiency
  • Lower Energy
  • Longer Life
MP1
MICRO OZONE SYSTEM
MP5AIR
SMART OZONE SYSTEM
MP5O2
SMART OZONE SYSTEM
MP10
SMART OZONE SYSTEM

Learn More About The Benefits of Ozone

MicroPlasma Resources

MP1 Manual Download

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