Discover the Mechanics of Photoionization
Photoionization is at the heart of Neutralox’s unmatched efficiency. As foul air enters the PI unit, it’s first cleansed of large particles by dust filters. It then advances into the UV chamber, where free radicals and activated oxygen neutralize the majority of odorous pollutants. The air stream, enriched with remaining pollutants and activated oxygen, undergoes final purification in the catalyst compartment.
Neutralox Pilot Program
At NeutraTek, we understand the significance of seeing is believing.
That’s why we’re excited to offer our innovative Pilot Program, designed to demonstrate the transformative power of Neutralox in real-world settings. This unique opportunity allows you to experience the efficacy of our photoionization technology firsthand, ensuring that Neutralox is the perfect fit for your odour control needs.
A Closer Look at Our Pilot Units
Our pilot process is tailored to provide a comprehensive preview of Neutralox’s capabilities. Over a typically one week period, you’ll witness the efficiency of our mobile units, each a compact powerhouse comprising a dust filter, UV chamber, catalyst chamber, fan, and control panel. Designed for easy deployment, each component can be lifted and carried by two people, allowing for seamless integration into your existing infrastructure.
Data at Your Fingertips
During the pilot, hydrogen sulphide and ammonia concentrations are monitored using Gastec tubes, offering clear, quantifiable insights into the system’s performance. You’re invited to collect data and conduct analysis, empowering you to make informed decisions about integrating Neutralox into your odour control strategy.
The result?
Clean, odour-free and disinfected air, ready to be returned to the environment.
Adapting to Your Needs
Whether you’re dealing with fluctuating pollutant levels or moisture-laden air, Neutralox is engineered to adapt. Our system’s carbon catalyst chamber ensures complete reactions under variable conditions. An optional demister enables on-going performance in moisture laden air sources.
Maintenance Made Simple
Are you concerned about upkeep? Our PI system’s maintenance is as straightforward as it gets. With UV bulbs requiring replacement every 12,000 hours and the carbon catalyst typically designed for an 18-month lifecycle, the overall labour is minimal—approximately 1-2 person-days per PI unit per year. This efficiency extends to the system’s ability to easily handle odour spikes, temperature fluctuations, and humidity levels, all while boasting a compact footprint and instant on/off capabilities.
Why Neutralox Outshines the Rest
