Intelligent Water Management

Water is at the heart of Oxyma’s pioneering solutions, which is why we place great emphasis on its responsible management. This goes beyond maximizing efficiency or integrating alternative water sources—it’s about knowing exactly how to utilize water in the most sustainable and cost-effective way.

A new level of sustainability

Adiabatic cooling systems generate up to 95% of their cooling performance through the evaporation of water. This allows for a significant reduction in temperature with relatively low water consumption. By evaporating just 1 m³ of water, these systems can produce up to 695 kW of cooling power.

All encompassing water management

Thanks to our proprietary solution, we can filter, purify, and disinfect the water used in our systems while also ensuring recycling. Additionally, we integrate alternative water sources such as well water, rainwater, wastewater, and condensate to maximize sustainability and efficiency.
Up to 50%
Water Saving
Up to 30%
Power Saving
Fully customizable
We awlays deliver tailor-made technologies, designed to meet specific needs in water treatment, control, and storage, offering a wide range of optional features, such as automatic water filtration, disinfection, water recirculation, and remote access.
Lower maintenance costs
Our water management technologies extend maintenance cycles and reduce maintenance costs. Thi is achieved by ensuring the circulation of high-quality water, which increases the lifespan of system components.
Remote control
Our systems can optionally be equipped with a central, remotely accessible automatic control system. This includes built-in frequency converters for exhaust fans, communication with air cooling units, full water management, and a comprehensive interface that integrates the entire system.
Space-saving, compact housing
Our all-in-one water management station is housed in a highly compact, frame-mounted enclosure. It includes everything necessary for water preparation, treatment, collection, and distribution, along with the system's central electrical distribution panel and PLC control.
Energy-efficient operation
Thanks to the frequency inverter control, motors operating predominantly at low frequencies achieve an approximately 30-40% reduction in power consumption.
Low water consumption
Thanks to the reverse osmosis filtration and purification process, the water has a lower dissolved salt content, enabling reduced water consumption. Additionally, our specialized anti-scaling additive further supports water-efficient operation by replacing water softeners and activated carbon filters, eliminating the need for extra water during flushing and washing cycles.
Zone control
With optionally available zone distribution stations, the evaporative media panels integrated into the air handling unit can be controlled independently in terms of both humidity and temperature.
HydroBank - Intelligent, all-in-one water management station
All-in-one water management station that filters, purifies, and sterilizes water for evaporation, while ensuring water recycling. Maximum hygiene, minimal system wear.
Product brochure

Proper water quality for trouble-free operation

The key to the seamless operation of our systems is ensuring proper water quality. Mechanically filtered, softened, demineralized, and microbiologically treated water is an essential prerequisite for the high quality of our solutions. That's why we don't leave water quality to chance, utilizing the most advanced and sustainable technologies available on the market.

State-of-the-art industrial water filtration:
the key to maintenance-free water management

Whenever water circulates through a system, whether it's drinking water, process water, or irrigation water, the system is exposed to the risks of particle ingress, leading to sedimentation and deposition. This can reduce equipment performance and lifespan, increase water transport temperatures, and ultimately result in decreased productivity and higher operational costs.

What problems can unfiltered water cause?

Salt deposition

The loss of solubility of certain salts—primarily of CaCO3—when exposed to high temperatures, causes precipitation on the heat exchange surfaces of cooling circuits, reducing energy efficiency.

Sludge buildup

The accumulation of suspended particles in areas with low water flow within the system causes blockages, promotes microbial growth, and increases the frequency and duration of maintenance shutdowns.

Bacterial and biofilm formation

The deposition of algae, protozoa, and bacteria leads to the formation of two-layered deposits, corrosion, and, in the case of Legionella, health risks to humans.

Corrosion

Damage to the metal surfaces within the system increases the costs of premature equipment replacement, unexpected production downtimes, and the reduction of heat transfer efficiency.

Can be integrated into AHUs

50-75%
Energy savings
Our high-pressure, direct evaporation humidifier is also ideal for equipping existing air handling units with a humidification function.

How can we prevent it?

Disc filtration

Optimal filter technology for systems and equipment operating under self-cleaning conditions limited by high pressure.
Water and energy-efficient operation
Thanks to the filters' autonomous backwashing, maximum efficiency is achieved with minimal water use, even at low flushing pressures.
Wide filter range
The available discs cover the full range of suspended particle filtration, from 1000 µm to 5 µm. The membrane systems (UF and RO) provide water free from suspended or dissolved solids.
Modularity
Our systems offer a wide range of flow rates and configurations, with a minimal number of components.
Plug-and-Play
The filtration and water treatment units are delivered fully assembled and tested, ready for immediate installation and operation.

The system is also exceptionally easy to operate and maintain, requiring no specialized personnel or tools.
Continuous filtration
The filtered water supply remains uninterrupted during the backwashing phase of individual filter elements.

Operating Principle

Disc filtration happens in two phases:
  1. Filtration phase Water flows into the filter, where centrifugal force evenly distributes it around the discs. It then passes through the filtration discs, while impurities are retained on the grooved filter surface.
  2. Self-cleaning phase During the self-cleaning phase, the water flow reverses while the filtered water supply remains uninterrupted. This causes the discs to separate, dislodging trapped impurities from the grooves. The filtration process then resumes as the discs are re-pressurized.
AZUD Helix
Automatic disc filtration systems available with two advanced technologies
Product brochure

Mesh filtration

A versatile filtration technology suitable for various applications, offering a wide range of filter sizes.
High durability
Exceptional quality and corrosion resistance thanks to stainless steel filters. The system withstands temperatures up to 60°C.
Effective self-cleaning
The clean water supply remains uninterrupted, while the exclusive nozzles provide high suction performance with low water consumption.
Water-efficient operation
The backwashing cycle uses minimal water.
Plug-and-Play
The filtration and water treatment units are delivered fully assembled and tested, ready for immediate installation and operation.

The system is also exceptionally easy to operate and maintain, requiring no specialized personnel or tools.
Large filter surface
Up to 21.300 cm² filter surface

Operating Principle

The water flows through the inlet (1) and enters the filter element. It then passes through the filter (2), with particles being retained inside the filter element. The filtered water exits through the outlet (3). When the pressure difference between the filter's inlet and outlet reaches the preset level, the flushing cycle is triggered (∆P).

A hydraulic valve opens at the drain outlet, initiating suction in the internal nozzles (4). This, along with the filter's upward and downward spiral movement, draws the captured particles into the waste stream, which is then expelled through the drain outlet (5). The duration of the flushing cycle is predetermined by the control unit. Once the cycle is completed, the flushing valve closes, and the flushing process ends. The flushing process uses minimal water.

AZUD Luxon
Sokoldaló, vásznas szűrőberendezéseink külünböző víz típusokhoz.
Product brochure

Chlorine-dioxide:
An essential component of
clean water and fresh air

Chlorine dioxide is an extremely strong oxidizing agent that can eliminate almost all bacteria, viruses, molds, fungi, and algae. Unlike many other disinfectants, microbes cannot develop resistance to it.

Therefore, it is used as a disinfectant and air purifier in various industrial and agricultural sectors, including cooling towers, food processing units, and livestock farms.

How does it work?

Chlorine dioxide destroys microorganisms by penetrating their cell walls and preventing protein synthesis, rendering the cells incapable of producing the proteins essential for their functions. As a result, even dormant organisms, such as Giardia cysts or poliovirus, are eliminated upon contact with chlorine dioxide.

Advantages

Kills all bacteria

The number of resistant bacteria is increasing worldwide day by day. These bacteria often resist even the most effective agents. However, when it comes to chlorine dioxide, they stand no chance, as they are unable to build any protection against it.

Effective even at lower concentrations

Chlorine dioxide enables more economical use compared to most disinfectants, as it is effective even at lower concentrations.

Unbeatable solubility

Chlorine dioxide doesn't require any cumbersome preparations, unlike for example calcium hypochlorite, which contains insoluble residues.

Doesn't cause clogging

Chlorine dioxide contains no insoluble residues, preventing sediment buildup and blockages in the system.

Resists corrosion inhibitors

The presence of silicates and phosphates, which prevent corrosion, does not reduce its effectiveness in water.

Non-sensitive to pH

Some disinfectants increase the water's pH levels, requiring eventual acidification. In contrast, the use of chlorine dioxide does not come with such drawbacks.

Effectiveness

Chlorine dioxide offers reliable protection against numerous microorganisms, ensuring clean, infection-free water.
1.
Legionella
2.
Pseudomonas
3.
Clostridium
4.
Nematoda
5.
E. coli
6.
Coronavirus
Dutrion Tablet - chlorine-dioxide effervescent tablets
An innovative, stabilized chlorine-dioxide effervescent tablet, with its single-component formulation, guarantees the easiest and fastest production of pure and stable chlorine dioxide.
Product brochure

Contact our experts!

Our experts will aid you in creating an optimal and sustainable working environment

Who have already opted for the Oxyma solution

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Contact us

oxyma@oxyma.hu
General questions: +36 (46) 999-689
1155. Budapest, Taksony sor 27.
Prior arrangement by telephone

3433 Nyékládháza, Ady Endre u. 49/A
Opening hours: 8:30-17:00

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