The Neutralox Photoionisation system is a highly effective alternative odour control process compared to biofilters and chemical scrubbers with lower capital costs and simple operation.
The NEUTRALOX new generation of odour control utilises UV light and catalysts to break down odourous compounds in air in a highly efficient and compact process called Photoionisation.
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The NEUTRALOX® Photoionisation process is a physical-chemical off-gas treatment process for control of odours originating from waste, sewage and sludge- treatment processes. The technology is essentially based on the application of UV-light and catalysts.
In addition to odour reduction, extensive air disinfection is also provided with the photoionisation treatment process.
The NEUTRALOX® Photoionisation process
The raw untreated gas first passes through a dust filter which is contained in an easily accessible compartment of the system. The dust filter pressure drop is controlled by a pressure gauge mounted at the unit which will activate an alarm when it requires celaning or replacing. The off-gas then passes through the UV-compartment where UV-light initiates catalytic enhanced chemical reactions which result in significant reduction of odour.
The linkages of odour molecules are broken-up by the UV-light and the reaction between UV-light and naturally occurring constituent within the air also creates additional oxidants to further degrade or otherwise eliminate odours. The reaction is enhanced by photocatalysts. The catalyst provides further degradation of odorous compounds and prevents the release of oxidants into the atmosphere.
The downstream fan ensures extracting the polluted air from the odour source by keeping the whole system under negative pressure conditions.
The NEUTRALOX® Photoionisation system assembly
NEUTRALOX® Photoionisation units are of modular build-up to allow future expansion. The Photoionisation units are delivered as compact pre-mounted units which minimises installation demand at site.
NEUTRALOX® Photoionisation units essentially consist of housing, dust-filter, UV-compartment and catalysts.
The housing is manufactured of stainless steel (AISI 304 or AISI316 – depending on local requirements). The housing consists of an insulated double wall (sandwich build-up) suitable for the respective environmental conditions. All components are easily accessible from the front and/or back side through removable maintenance doors.
Effective treatment of all odour substances (not only H2S)
Effective treatment of high odour concentrations
Effective treatment of varying odour concentrations
High treatment efficiency (99,x%)
Low investment costs (small footprint, small foundation, no peripheral equipment)
Low operational costs: only electricity required for operation
Low maintenance costs: exchanging consumables only every 1-2 years
Switch ON – switch OFF technology- operates immediately
Flexible installation: units may be installed indoors or outside
Fully automatically operation.
Very low power demand
Ex rated systems are available
Neutralox photoionisation plant treating odour from a pump station.
Neutralox photoionisation plant treating odour from a sludge tank at an industrial site.
Neutralox photoionisation plant treating odour from an underground industrial wastewater balance tank.
Neutralox photoionisation plant treating odour at a sewage treatment plant.
Photoionisation is essentially based on the application of UV-light and catalysts. The UV-light creates strong oxidizing agents (O-2, OH-, O3 , activated O2 and other free radicals) that begin to oxidize the odor causing compounds.
A downstream catalyst provides a surface, for oxidation of odour compounds.
The main benefit of the system is essentially in the ease of the process.
Furthermore, photoionisation has no requirements regarding inlet air and odour conditions as temperature and humidity variations in the load do not influence or harm the process. No water or chemicals are required for treatment and no side-streams produced.
Maintenance demand is minimal and limited to exchanging inlet filters, UV-lamps and catalyst material every 1-2 years.
1. The system eliminates virtually all odours and
2. The operation and maintenance demand is negligible.
Analysis has shown, that Photoionisation reduces the number of coliform forming units (CFU) to below the ambient level – just as an by-effect of odour reduction!
Bringing to the table more than fifteen years of market experience, Nuetralox offers expertise in providing high quality physical-chemical treatment solutions for odour control. The Neutralox Photoionisation process is highly regarded both in Europe and the United States and the rest of the world for its high treatment efficiency, operational reliability, and low O&M demand.
Neutralox Photoionisation is unique and represents a new generation of odour control technology.
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