Powerful Water Purification Technology

Roxia Plasma Oxidizer™ is an effective non-thermal plasma technology for industrial water purification. Plasma generated oxidants effectively remove colour, odour and organic residues while disinfecting the water. Roxia Plasma Oxidizer (RPO) is the superb water purification system alternative to ozone, UV and chemical treatment.

Roxia Plasma Oxidizer is a superb alternative to ozone, UV and chemical water treatment.

Roxia Plasma Oxidizer Replaces Treatment Chemicals With Plasma

Roxia Plasma Oxidizer (RPO) is unique industrial water treatment technology as it uses non-thermal plasma in direct contact with water to destroy dissolved organic pollutants. Purified water can now be a result of completely chemical-free process. RPO is considered to be the paradigm shift in oxidative water treatment and industrial water purification. It eliminates the need for transportation, storage and handling of risky disinfection chemicals, thereby mitigating costs and environmental risks. Roxia Plasma Oxidizer is safer, more economical and environmentally friendlier solution.


Roxia Plasma Oxidizer is a superb alternative to ozone, UV and chemical water treatment.

What can Roxia Plasma Oxidizer do?

Disinfect water

Destroy organic pollutants

Remove colour and odour

Prevent membrane fouling

Purify plant cooling and process waters

Remove pharmaceutical residues

How does Roxia Plasma Oxidizer work?

Treated water runs through non-thermal plasma field

This creates strong oxidants from the treated water and surrounding air

The oxidants then destroy pollutants and disinfect the water with a lasting effect


Roxia Plasma Oxidizer (RPO) turns direct plasma oxidation into an industrial product.

Roxia Plasma Oxidizer is also suitable for other operations and processes. Want to know more?

Fill in the contact form and Roxia wastewater treatment professionals will advise you.

Gained value from RPO against conventional systems

Ozone systems

Your value from RPO:

  • Lower energy consumption
  • More powerful oxidation for the money

UV systems

Your value from RPO:

  • Robust design: only stainless steel is in contact with the water, no moving parts -> low maintenance
  • Insensitive towards turbidity
  • No UV lamps

Chemical treatment

Your value from RPO:

  • No chemical logistics, storage and use
  • No chlorinated byproducts
  • Only electricity is used
  • Reduced safety protocols
supporter-by-rawmaterials

ProjectsScaling up the Roxia Plasma Oxidizer

The project objective is to design a 10-kW Roxia plasma Oxidizer (RPO). This serves to fill a technological gap on organics control in ZLD targets within mining water management, where the technology has been proven extremely efficient.

This activity was funded by the Start-up & SME Booster Programme from the EIT RawMaterials, funded by the EIT, a body of the European Union supported under the Horizon 2020 research and innovation program.

Water protection programme stamp. The City of Lappeenranta and the Centre for Economic Development, Transport and Environment.

ProjectsCleaner hospital wastewaters

Roxia Plasma Oxidizer™ aims to destroy 90-99 % pharmaceutical residues from the hospital wastewaters. With this installation, Roxia is the trailblazer on a global scale as this will be the first-of-a-kind on the planet!

The system will degrade pharmaceuticals before the hospital sewage enters the public sewer network and the concentrations are diluted. Installation to the local Central Hospital in Lappeenranta, Finland, was funded by the City of Lappeenranta and the Centre for Economic Development, Transport and Environment.

More information:

Interested in brochures, datasheets and articles?

ArticlePlasma Oxidizer Water Treatment Technology

Roxia Plasma Oxidizer™ (RPO) utilizes non-thermal plasma for water treatment. The system contains electrode stacks that generate special types of electric discharges to create an ambient-temperature plasma field inside a reactor.

Technical data

Roxia Plasma Oxidizer 3kW

Net weight ~1100 kg
Gross weight ~1800 kg
Volumetric capacity 65 m3/h
Input power ~6 kW
Nominal plasma power 3 kW
Voltage / frequency 400 V / 50 Hz 3 phase, other standards available
Water inlet R4” male thread
Water outlet R6” male thread
Water inlet R2” male thread
Gas outlet 1/2”
Gas inlet (optional O2 generator) 1/2”
Min. & max. ambient temp 1 °C to 30 °C
Min. & max. water temp. 1 °C to 35 °C
Inputs 24 V DC for remote operation
Outputs 230 VAC relays indicating system operation and alarms
Materials in contact with water AISI 316, PE

How Can Roxia Solve Your Problems?

We have a systematic and customer-oriented approach to find the best water and wastewater treatment solutions.

Preliminary assessment

We help define the basic information and collect all technical details. Then we assess the scope of the challenge and conceptualize probable solutions. Through site visits and field testing or laboratory studies, we gain understanding of the onsite opportunities and how the water responds to treatment.

Solution proposal

After the preliminary assessments, Roxia experts may offer pilot studies, design on flow chart level and estimates on the scope of the likely investment and related operational expenses. Pilot-scale studies of the wastewater are done with a variety of technologies and processes.

Design, delivery & support

After reviewing all information, we conduct a detailed design project for the water treatment system, manufacture and deliver the process. Roxia offers continuous support to ensure our customers meet and maintain their target emission levels!

Roxia Plasma Oxidizer™ is an effective non-thermal plasma technology for industrial water purification.

Roxia Plasma OxidizerPowerful Water Purification Technology

Superb water purification system alternative to ozone, UV and chemical treatment.

Roxia Floating Aerator™ is a turbine surface aerator for the treatment of industrial and municipal wastewater.

Floating AeratorEfficient Turbine Surface Aerator

Roxia Floating Aerator™ efficiently aerates industrial and municipal wastewater at a low cost.

Water-treatment-screening-chemical dosing-flotation-Roxia

Containerized Unit OperationsWater Treatment: Screening, Chemical Dosing, Flotation, etc.

Use containerized units for different wastewater treatment processes and avoid expensive and time-consuming investments.

Testing and Piloting ServicesTest Before Going Full-Scale

Run laboratory tests or carry out onsite piloting to find the right chemistry or establish performance indicators for a process.

How do we improve performance?

See Case Studies

“The wastewater treatment process equipment by Owatec and Roxia Malibu automation have been innovative and the process is running smoothly. We have gained both savings and lower impurities levels.”

— Riku Isohätälä, CEO, Hätälä Oy

Efficient Turbine Surface Aerator

Roxia Floating Aerator™ is a turbine surface aerator for the treatment of industrial and municipal wastewater. It brings together high efficiency, low initial investment and low energy consumption. Aeration of wastewater or natural waters is effective with no need for complex infrastructure or heavy installations, keeping the costs and maintenance low.

High Efficiency & Low Costs

Roxia Floating Aerator efficiently transfers and disperses oxygen into the wastewater. The floating design allows fast and easy installation without costly construction. The aerator’s features bring together high efficiency, low initial investment, and low energy consumption.


Wastewater aeration does not need a complex infrastructure. Roxia Floating Aerator is an effective and cost-efficient solution.

Effective water circulation

Under-water intake pipe is optimized according to the water depth. This ensures efficient mixing of oxygen-enriched water.

Clogging prevention

Wide intake pipe and simple construction keep the maintenance minimal.

No compressed air

Lower investment and operation costs, no need for expensive compressor and diffuser infrastructure

Smart Aeration System

Add automation & increase flexibility

Roxia Floating Aerators can be delivered as a fully automated Smart Aeration System with Roxia Malibu™ digital platform. The system can be customized according to site-specific requirements.


Roxia Floating Aerators can be connected into a fully automated Smart Aeration System.

Smart Aeration System benefits

  • Energy efficiency: easy optimization of aeration power according to target values in changing conditions.
  • Reduced maintenance: automation software can be programmed for automatic impeller cleaning cycle. This keeps the aerator clean and helps to reduce maintenance requirements.
  • Advanced monitoring: System can be equipped with additional process sensors to monitor pH, oxygen levels and other parameters
  • Online access to real-time information: operating data is collected and accessed online through Roxia Malibu platform. Malibu is easy for anyone to view and use as data is presented through visual 3D model of the actual plant.

Water aeration in an equalization basin.

Focus areas

P&P, chemical, food, beverage

Mining wastewaters

Decentralized wastewater treatment, point source treatment

Landfill leachate

Target applications

Aeration basins and lagoons

Equalization tanks, pre-aeration

Retrofit and replacement projects

Odour control

Simultaneous cooling of hot industrial waters

Would you like to find out if Floating Aerator is suitable for your application?

Fill in the contact form and Roxia wastewater treatment professionals will advise you.

Read case studies

Case studyAeration Turned Smart

  • No more odour problem caused by low oxygen level
  • Freezing problem eliminated
  • Remote monitoring saves operators’ working hours
  • Improved discharged water quality
Customer

EKJH Waste Management Company

Challenge

What was the challenge

Solution

Five 1,5 kW Roxia Floating Aerators

Results

What were the results

Application

Water aeration in the equalization basin

Technical data

Roxia Floating Aerator 1,5 kW

Oxygen transfer efficiency Up to 2,2 kgO2/kWh*
Spray pattern diameter Appr. 3,5 m
Motor 3-phase customized motor manufactured by Lönne or equal
Nominal power 1,5 kW
Efficiency class IE2
Insulation class H
V/F 400V +- 5%, 50Hz
Electrical cable 4G2,5 European standard cable. Note: Length and local electrical control system may affect. When using AC-drive EMC-cable or shielded cable is required
Main dimensions 1000 mm x 1000 mm x 550 mm
Weight of aerator with floats Appr. 40 – 50 kg
Materials AISI 316 (shaft and other metal parts) , Impeller aluminum, Float PUR-plastic , Intake pipe** PE-Plastic

 

* Oxygen measurement accuracy ± 15%
** Customer must define the length of the intake pipe (the pipe should be 0,6 – 2,0 m above the bottom of the basin, depends on basins material).

Optional features

  • Frequency converter (AC-drive)
  • Protection class IP20 or IP55
  • Automatic impeller cleaning cycle feature
  • Roxia Digital Services & Roxia MalibuTM
  • Metal parts AISI 304
  • Intake pipe screen
  • Lifting hook
  • Return channel (to deep lakes)
  • Cooling fan
  • Lights

Roxia Floating Aerator 3 kW

Oxygen transfer efficiency Up to 2,0 kgO2/kWh*
Spray pattern diameter Appr. 4,5 m
Motor 3-phase customized motor manufactured by Lönne or equal
Nominal power 3 kW
Efficiency class IE2- / IE3
Insulation class H
V/F 400V +- 5%, 50Hz
Electrical cable 4G2,5 European standard cable. Note: Length and local electrical control system may affect. When using AC-drive EMC-cable or shielded cable is required
Main dimensions 1200 mm x 1200 mm x 800 mm
Weight of aerator with floats Appr. 110 kg
Materials AISI 316 (shaft and other metal parts) , Impeller aluminum, Float PUR-plastic , Intake pipe** PE-Plastic * Oxygen measurement accuracy ± 15%

 

* Oxygen measurement accuracy ± 15%
** Customer must define the length of the intake pipe (the pipe should be 1,0 – 2,5 m above the bottom of the basin, depends on basins material).

Optional features

  • Frequency converter (AC-drive)
  • Protection class IP20 or IP55
  • Automatic impeller cleaning cycle feature
  • Roxia Digital Services & Roxia MalibuTM
  • Metal parts AISI 304
  • Intake pipe screen
  • Lifting hook
  • Return channel (to deep lakes)
  • Cooling fan
  • Lights

Water Treatment Units

To avoid expensive and time-consuming investments, we offer containerized units for different wastewater treatment processes (screening, chemical dosing, flotation, etc). Each unit is engineered for a specific process, ready to plug and play. The units can be combined into a tailored wastewater treatment solution. The system comes with full process automation required for reliable and safe operation. Integrated online monitoring keeps you up-to-date about process operation at any time and any place.

Processes & Technologies

Water treatment nearly always requires a multi-step process combining several unit operations. We apply the best available techniques and find the most feasible combination to each case. Such techniques typically include chemical treatment like pH control, coagulation and flocculation; flotation, settling or other solid-liquid separation processes like filtration; aeration or advanced oxidation etc. Roxia also develops completely new technologies for water treatment. As our water treatment flag ship, check out the world’s first direct plasma oxidation system: Roxia Plasma Oxidizer


Studies of the wastewater are done by Roxia experts with a variety of technologies and processes.

Circular Economy: Reuse Waters

Circular Economy: Reuse Waters

Once treated appropriately, industrial waters can be reused onsite. Such opportunities are easily overlooked and require careful learning of the plant operation and the processes where water is used. Roxia experts can review these opportunities and help customers reduce the amount of spent and discharged waters.

Inlet unit for wastewater treatment. Roxia offers tailored wastewater treatment solutions.

Inlet Unit

  • Transfer pumping
  • Screening
  • Other optional pre-treatment
Roxia Chemical Dosing Unit. Dosing and mixing systems, polymer preparation. quality and volume monitoring,

Chemical Dosing Unit

  • Dosing and mixing systems
  • Polymer preparation
  • Quality and volume monitoring
Roxia flotation unit ready to plug and play. Nano- and microbubble generation, dissolved air flotation, mechanical separation.

Flotation Unit

  • Nano- and microbubble generation
  • Dissolved air flotation
  • Mechanical separation
Roxia Dewatering Unit. Sludge dewatering, solids collection in a geotextile bag, roll-off container for transportation.

Dewatering Unit

  • Sludge dewatering
  • Solids collection in a geotextile bag
  • Roll-off container for transportation
Roxia Filtration Unit ready to plug and play. High-performance pressure filtration, sludge drying, filtrate polishing.

Filtration Unit

  • High-performance pressure filtration
  • Sludge drying
  • Filtrate polishing
Piloting Roxia Plasma Oxidizer. Our water treatment flagship, the world’s first direct plasma oxidation system.

Oxidation Unit

  • Advanced oxidation process
  • Direct non-thermal plasma treatment
  • Odour, colour, VOCs and COD removal

Want to know more?

Fill in the contact form and Roxia wastewater treatment professionals will advise you.

Technical data

Chemical Dosing Unit

Flowrate 5 – 240 m3/h
Container type Sea container
Dimensions L: 6070 mm, W: 2440 mm
H: 2570 mm
Transportation weight 5 500 kg
Operating mass 8 000 kg
Automation and control panel Allen Bradley or ABB
Pipe reactor PE
Chemical pump 1 Max 45 l/h *
Chemical pump 2 Max 45 l/h *
Polymer preparation unit Max 600 l/h
Polymer pump Max 600 l/h
Power Supply 32 A
Inlet connection Flange DN150 EN1092-1
Outlet connection Flange DN150 EN1092-1
Water pH 1 – 9
Water temperature 5 – 30 oC
Ambient temperature -20 – 30 oC
Made in Finland
CE Yes

 

* Options available, contact us.

Dewatering Unit

Capacity 0 – 15 m3/h
Container type Roll-off
Filter bag volume Approx. 20,7 m3
Dimensions L: 6516 mm, W: 2594 mm
H: 4628 mm (with lid open)
Transport connection Hydraulic hooklift system according to DIN 30722
Transportation weight 4 500 kg
Operating mass 25 000 kg
Container material Steel, paint coating
Geobag material PP
Characteristic opening size O90 ~400 µm
Filtration grid material Steel, zinc coating
Sludge inlet Up to 7”, twin port, clamp connection
Water outlet Ball valve A316, R2 ½” female thread
Power supply (for heating) 16 A
Water pH 5 – 9
Water temperature 1 – 65 oC
Ambient temperature -20 – 30 oC

 

* Options available, contact us.

Flotation Unit

Capacity 5 – 100 m3/h
Container type Sea container
Motor L: 6060 mm, W: 2440 mm, H: 2700 mm
Transportation weight 5 500 kg
Operating mass 25 000 kg
Automation and control panel Allen Bradley or ABB
Pipe material PE
Pool material PE
Lamella material PP
Power Supply 63 A, 32 A
Inlet connection Flange DN100 EN1092-1
Outlet connection Flange DN150 EN1092-1
Water pH 1 – 9
Water temperature 5 – 30 oC
Ambient temperature -20 – 30 oC
Made in Finland
CE yes

 

* Options available, contact us.

Do you need technical data for Inlet, Filtration or Oxidation units?

Contact our environmental experts and they will assist you.

Test Before Scaling Up

In many cases, it is useful to run laboratory tests or carry out onsite piloting to find the right chemistry or establish performance indicators for a process. Industrial wastewaters are often individual in composition and quality. This means that testing can be the best way to get accurate evidence on solution requirements before going bigger and scaling up to the final solution.

Not all water treatment solutions require testing before offering a solution. Aeration for example can be sized with good reliability based on initial site information: see more on Roxia Floating Aerators.

To define what is needed and how to get started, Roxia professionals are there to help choose the best approach and possible testing practices.

Laboratory-scale testing for smaller volumes

Lab testing is the quickest and cheapest way to get an idea of how a water sample responds to the selected treatment. In some cases, lab tests are enough for sizing the full-scale solution; sometimes it is reasonable to extend to onsite piloting based on the results before going for permanent installation.

Plasma oxidation tests

Plasma oxidation testing gives straightforward information on the required oxidation power to achieve desired results. Generally, the testing is conducted by running a sample in the plasma unit for a given time and taking samples at predetermined intervals. Analysing the relevant parameters from these samples provides removal curves as a function of applied plasma energy. Gathered information serves as applicability and sizing indication.


Plasma oxidizer piloting unit inside a standard container.

Testing requirements

Max 250 W test unit (nominal plasma power)

20 – 40 litres testing volume

Chemical/biological analyses by certified third party laboratories

Results reporting and analysis

Coagulation and flocculation tests

Often in wastewater treatment, coagulation and flocculation chemicals are necessary to enable separating impurities. Chemical coagulation and flocculation enable transforming the impurities into a more separable form. These impurities can then be separated from the water with processes like flotation or settling. This testing is done with JAR tests. Our laboratory has a range of different polymers. By testing, we suggest the most suitable polymer and dosing for your application. Depending on your needs, we can then proceed with slurry filtration tests.

  • Coagulation & flocculation chemicals
  • Polymers
  • Solid/liquid separation assessments and moisture analyses
  • Reporting.

Filtration and sludge dewatering tests

After flotation or settling stages, we go from wastewater to sludge treatment. The sludge stream typically requires further dewatering to reduce the amount of waste for further handling or transportation. Roxia offers dewatering solutions that can also be tested in both laboratory and pilot scales. We usually use the following small-scale test units:

  • Smart Filter Press Test Unit 0,18 m2
  • Filter – Press Test Units, sizes 0,01 m2 and 0,02 m2
  • Geotextile filtration bag tests
  • See more on filtration testing HERE.

 

Piloting and onsite testing

Piloting and onsite testing can provide performance data on a more practical level and in continuous operations. Onsite piloting is the most accurate way to demonstrate process suitability. We offer flexible piloting with simplified connectivity to site operations with containerized pilots for plasma oxidation and complete water treatment processes. In many cases, our piloting units correspond to full-scale capacity.

To assess piloting opportunities at your site, Roxia professionals are always ready to help define the best approach and plan the testing procedures – contact us.

Technical data

Roxia Plasma Oxidizer™ Test Unit 2 Kw

Container 20’ HC OS (High-cube open-side)
Net weight 3300 kg
Gross weight Approx. 6000 kg
Water tank volume l 1250 l
Volumetric capacity 1-30 m3/h
Input power ~3,5 kW
Nominal plasma power 2,0 kW
Voltage / frequency 400 V / 50 Hz 3 phase 32 A, Power plug
Water inlet DN50
Water outlet DN100
Water drain DN40
Min. & max. ambient temp 1 °C to 30 °C
Min. & max. water temp. 1 °C to 35 °C
Inputs 24 V DC for remote operation
Outputs 230 VAC relays indicating system operation & alarms
Materials in contact with water AISI 316, PEEK

Measurements

  • Water tank level
  • Flow
  • Inlet pressure
  • Container flooding

(Accessories) * depending on case requirements

  • Oxygen generator
  • Air pump
  • Circulation pump

Filter Press Test Units, sizes 0,01 m² and 0,02 m²

Filtration area 0,01 or 0,02 m²
Chamber depth 30-60 mm
Shipping size Fits in two special suitcases, 56 x 45,5 x 26,5 (length x width x height)
Shipping weight total 49 kg

Measurements

  • Sample volume 20-30 litres
  • Solid content preferably 40-65 %-w/w
  • Testing requires only a little of space
  • Testing provides cake moisture and filtration capacity characters
  • Testing provides information about the proper cloth selection for process
  • Testing provides information about optimal filtration cycle time

Accessories & auxiliaries

  • Scale for filtrate measurement
  • 6 bar air supply
  • Clean water for maintenance
  • Buckets etc for filtrate recovery

Smart Filter Press Test Unit 0,18 m²

Filtration area 0,18 m²
Chamber depth 32 mm
Shipping size 120 kg
Shipping weight 97 x 48 x 59 cm (length x width x height)

Measurements

  • Testing requires 6 bar air supply
  • Testing provides cake moisture and filtration capacity characters
  • Testing provides information about the proper cloth selection for process
  • Testing provides information about optimal filtration cycle time
    Sample amount at least 100 litres

Accessories & auxiliaries

  • Clean water is needed for washing tests and device maintenance
  • Scale for filtrate measurement
  • buckets etc. for filtrate recovery
  • 6 bar air supply

Complete filtration solutions

Roxia Ceramic Disc™ (CD) Filter requires low investment and delivers clear filtrate with dry cake. Compared to conventional vacuum filters, it consumes approximately 90 % less energy. Roxia CD filter operates continuously with high capacity and is cost-efficient solution for many concentrator and tailings processes.

Roxia delivers long-term solutions to maximize your production, reduce downtime and lower total costs. Roxia experts provide you with the whole package and complete lifetime support.

Applications for Roxia Ceramic Disc Filter

Mining, Minerals Processing & Metallurgy

Concentrate slurries:

  • Iron
  • Copper
  • Zinc
  • Gold
  • Phosphates

Tailings

  • Iron
  • Copper
  • Molybdenum
  • Phosphorus
  • Quartz sand

Chemical Industries

  • Quartz sand
  • Phosphorus (depends on used classification standards)
  • Industrial minerals, e.g. zeolites, gypsum, lime
  • Waste and wastewater streams

Power and Incineration Industries

  • Gypsum slurry

Other Industries

  • Waste and wastewater streams
Applications (concentrates) for Roxia Ceramic Disc Filter (CD): iron, copper, zink, gold and phosphates.

Better results with lower investment

  • High capacity: filtration capacity of Roxia Ceramic Disc (CD) Filter can be up to 2000 kg DS/m2 per hour. This equals to 240 tons per hour with a single unit.
  • Continuous operation principle: simplifies automation, operation and improves reliability. Process material flow is even and constant which makes it easier to manage.
  • Energy savings: requires significantly less installed vacuum power. Cuts down up to 90 % of energy costs compared to conventional vacuum filters.
  • Clearer filtrate and drier cake: filtrate solid content is on average less than 20 mg/litre. Compared to other kinds of filters where it is usually several hundreds of milligrams or even a few grams per litre.

 


Capacity of Roxia Ceramic Disc Filter™ is high: up to 2000 kg DS/m² per hour.

Enhanced Process with Smart Filtration

Roxia connects industrial filters to the Roxia Malibu online portal and enables remote monitoring of performance. With Smart Filtration, operators can analyse and optimise filtration process, increase production volume and detect failures before they even occur. All that can be done from anywhere with any computer, smart phone or other handheld device with internet connection.

 


Roxia troubleshooting tools detect abnormalities in the process and automatically send alarms via email.

Technical data

Roxia Ceramic Disc FilterTM (CD)

Filter name Filtration area m² Disc area
Roxia CD-15 15 3
Roxia CD-30 30 3
Roxia CD-45 45 3
Roxia CD-60 60 6
Roxia CD-120 120 6

Other sizes are available upon request.

Optional features:

  • Plate acid wash system
  • Dervice solutions & service contract
  • Selection of filter elements with different porosities

Additional features:

  • Smart Filtration
  • Service solutions & service contract
  • Cake conveyor
  • Feed pump system
  • Filtrate pump

Air, Water & Electricity Consumption

Let’s talk and find the best solution for your business!

  • Select your location

  • Select field

Contact us

If you have something on your mind, just let us know! We are more than happy to answer all your inquiries.

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Ettienne Joubert

Sales Engineer South Africa

+27 (0) 81 030 1015

Lyle Henson

Environmental Technologies Sales Manager North America

+1 443 695 9510

Ronald Gaspar

Technical Service Manager Peru, Colombia

+51 9 7973 5424

Maureen Briceño

Sales Manager Chile, Brazil

+56 2 3224 9704

Jesse Saira

Area Sales Manager Nordic and Baltic Countries

+358 44 276 2338

Dirk Otto

Sales Director Central Europe

+49 (0) 2102 420 707

Victor Ortega

Area Sales Manager Asia Pacific

+61 499 156 590

Juho Uusitalo

Area Sales Manager Eastern Europe

+358 40 680 4396

Eduardo Paredes

Sales Director South America

+56 994 991 561

Fernando Henriquez

Sales Director Peru

+51956360887