PVS - Ozone Plants
PVS Ozone Plants were designed for a more effective deactivation of microorganisms, in order to achieve a reduction of impurities and pollutants in the water.
Depending on the project requirements, the following steps are applicable:
- Mechanical Preliminary stage (middle/fine/finest)
- Solids Discharge
- Solids Dewatering with Flocculation
- Neutralization
- Ozonzation Oxi Step I
- Ozonzation Oxi Step II
- Sorption Step
- Final finest (ultra-fine) Filtration
Depending on the inlet or rather outlet parameters, the PVS PAOP Plants are produced either in single or a group design:
Hydraulic capacity of single plant modus: up to 100 l/s
Hydraulic design of group plant modus: up to 400 l/s (per group)
Degradation performance:
Decontamination and/or reduction of bacterial impurities, pollutants, micro pollutants and pathogens (which are not biologically degradable)
Our process technologies were developed according to specific requirements, based on empirical and scientific principles. The project planning of our plants is based on exact ascertained parameters and interfaces. Receiving a PVS offer, the client disposes of all important information such as investment and operating costs for an in-detail project evaluation.
PVS GmbH has been active in the field of water treatment since 1969. All business fields, starting from research, design, production and assembly for domestic and foreign projects are elaborated by PVS owned technology and our in-house personnel, without any subcontractors. PVS produces original Austrian high-end products. Our proprietary customer service rounds up the picture.
Potable Water:
Filtration of polluted ground water with harmful and hardly biologically degradable substances
Potable Water out of Salt Water by PVS RO Plants:
Up-stream Installations for relieving the RO membranes (reduction of the purifying cycles and of the chemical consumption, thus providing an increased hydraulic capacity and longer durability of the RO membranes)
Decontamination of organic substances (microorganisms) by targeted oxidation, thus preventing a formation of a biofilm matrix
Cooling Water:
In case of aerosol formation (for example in cooling towers), which are afterwards spread in the environment
(Shunt/parallel connection)
Process/Circulating Water, Circuit Water Treatment:
In order to prevent and eliminate agglomerates (development of a biofilm, breeding stations for microorganisms) at a down-streamed filter/RO membrane plant
Wastewater – Fourth Treatment Step:
In order to prevent a breakout of low molecular solids (for example NDMA, N-Nitrosodimethylamine, a by-product resulting from chlorination of wastewater treatment processes)
Process/Industrial Water:
For reuse and discharge into the recipient and/or to ground water level (Aquifer- aquiferous layers)