Pharmaceuticals

MicroPlasma Ozone Technology

Ozone has been widely used in pharmaceutical manufacturing and processing for surface sanitation, Clean-in-Place (CIP) which can also be described as Sanitize-in-Place (SIP), and Product Water. The same ozone system can be configured to perform both tasks under different CT Values (dose in concentration multiplied by time).

MicroPlasma Smart Ozone Systems check their own operational performance in real-time, and the information is clearly displayed on the HMI touchscreen. The systems can operate with monitoring/control by Oxidation Reduction Potential (ORP) or Dissolved Ozone (DO3) monitoring/control with an onboard readout that shows the current ORP or DO3 actual dose in the process, turning the ozone dose up/down or on/off on the setpoint per application. Utilizing low energy consumption, MicroPlasma Ozone systems are small compact systems with the same sophisticated and accurate controls as much larger ozone systems. They are uniquely qualified when smaller ozone systems are required in pharmaceutical manufacturing and processing.

Developed by a major university’s Plasma Lab Team in 2010, MicroPlasma Ozone Technology®’s multi-patented ozone process produces a “uniform glow discharge”, as opposed to Corona Discharge, which is a “random discharge”, offering much higher efficiency and low power consumption.

MPO3 Engineering and Technical Team is available to discuss individual requirements for specific applications.

MICROPLASMA

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

INTERNAL DIELECTRIC

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

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.

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 ozone gas concentration.