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You can arrange a personal appointment with our specialists in advance, please follow the instructions below.
You can arrange a personal appointment with our specialists in advance, please follow the instructions below.
From 13th to 17th May 2024, MEGA again exhibited at IFAT Munich, the world's leading trade fair for process, drinking, and wastewater treatment and applications.
Our stand was inspiring for all interested in industrial applications of process water treatment and recycling. We presented the latest innovations in using electrodialysis and electrodeionization in water treatment.
We have been glad to take part again, meet friends and many new people!
We look forward to the next IFAT on 4-8 May 2026.
| Time | Topic | Speaker | |
| Monday 13. 5. | 11:00 | ED/EDR/EDBM basics – get to know the most common electromembrane process | Zdeněk Divíšek |
| 16:00 | EDI technology – ultra-pure water production with MPure™ modules | Tomáš Dorník | |
| Tuesday 14. 5. | 10:00 | SO4 removal from oversaturated waters | Veronika Kúdelová |
| 16:00 | ZLD – ZLD by ED, save your cost in ZLD plants | Tomáš Dorník | |
| Wednesday 15. 5. | 10:00 | Textile – new ZLD concepts with ED and EDBM for textile factories and tanneries | Jan Kroupa |
| 16:00 | Lithium – patented process for Lithium purification and recycling | Tomáš Kotala | |
| Thursday 16. 5. | 10:00 | ED/EDR/EDBM basics – get to know the most common electromembrane process | Zdeněk Divíšek |
| 16:00 | Antifreeze, MEG, PG recycling – Antifreeze recycling, Off-shore MEG reclamation | Tomáš Kotala | |
| Friday 17. 5. | 10:00 | The taste of water - physiological effects of water elements | Dr. Peter Schropp |
Come and hear the latest insights and innovations in water treatment from our experts and guests. Plan your visit and don't miss any of our events.
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Studied Chemical Engineering at the University of Prague. Tomas is a senior researcher at MemBrain, a subsidiary of MEGA. His primary research areas include lithium purification-recycling and antifreeze recycling. He is particularly adept at developing innovative methods for these processes to enhance efficiency and sustainability in the respective industries.
His presentation will delve into the latest advancements and challenges in lithium purification and antifreeze recycling, motivating young professionals to contribute to these critical fields of research and development in the pursuit of sustainability and technological innovation.
Studied Chemical Engineering at the University of Pardubice with a main focus on electrodialysis with bipolar membranes. Jan is MEGA's leading process engineer for water treatment applications. He has become the 'go-to' problem solver in electrodialysis—whether the issues are as clear as water or as sweet and sticky as molasses. His ongoing projects are among the largest EDR systems in the world, which have successfully treated millions of cubic meters of water and efficiently demineralized tons of specialty food ingredients.
The lecture will focus on the following topics: ED in the textile industry, new ZLD concepts with ED and EDBM for textile factories and tanneries.
The head of sales at MEGA. Tomáš is a skilled leader with fosters strong client relationships. With years of experience and a passion for innovation, he easily navigates the dynamic waters of the industry, ensuring that MEGA's innovative solutions reach customers far and wide. Tomáš is shaping a more sustainable future through cutting-edge water technologies. The lecture will focus on the following topics: Introduction to EDI technology, EDI vs MixBed MPure EDI modules/ MPure DC drives/HPWU systems, and Reference installation.
The lecture will focus on the next topics: Introduction to EDI technology, EDI vs MixBed MPure EDI modules/ MPure DC drives/HPWU systems, and Reference installation. The lecture will focus on the following topics: ZLD/MLD concepts using ED, EDR-IF – technology for ZLD, Case studies, and references, and Non-Thermal ZLD using EDBM.
Veronika is a senior researcher at MemBrain within MEGA Group and focuses on the research, development and implementation of advanced solutions in the field of water purification, lithium, chemical engineering, and food processing.
Her presentation will explore the advantages of the application of electrodialysis in sulfate removal from oversaturated water. She aims to provide insight into the current technological landscape challenges and benefits of using the presented solutions.
Introducing Zdenek Divisek, an exceptional sales manager at MEGA's water treatment department. With his expertise and dedication, he's a driving force behind our success. Join us for his presentation on ED/EDR/EDBM basics — a chance to learn about common electromembrane processes. Don't miss this opportunity to deepen your knowledge and explore innovative solutions with Mr. Divisek.
The lecture will focus on: Basics of the Electrodialysis process, Types of electrodialyser stacks and their use, Modes of operation of ED technologies, Reversal of polarity, Use of Technology, Basics of Electrodialysis with bipolar membranes.
The graduate food chemist and managing director of the Water Sommelier Union association has been training more than 400 water sommeliers since 2011. On Friday, May 17 at 10:00, he will give a presentation at the trade fare IFAT in Munich, followed by a discussion.
Topic: The taste of water and the physiological effects of water ingredients. Did you know that silicon in water can support your mental freshness into old age? Be curious about other incredible facts about water. Visit us in hall A1 at stand 538. We look forward to seeing you and enjoy the exciting presentation.
Slovak leading producer of aluminium, ZSNP headed to the negative impact of its production activities. The feed water for the sludge bed has very high alkalinity (pH 13–14) and contains free NaOH, anions of OH-, CO3 2-, cations of Na+, K+, metals as Al (1 g/l), heavy metals Cr, As, Mo, V and some organic matters.
The typical electrodialysis mode Feed & Bleed has been chosen for this case. Design of membrane process was done with emphasis to reaching the quality of desalinated water (6 g/l) and maximal concentration of brine (180 g/l). The fundamental advantages are in the flexibility of process control allowing to obtain wanted product quality and quantity.
MEGA has supplied High Purity Water Treatment EDI units as a part of a novel membrane-only water treatment solution. The facility in the company ENERGY in Ústí nad Labem, Czech Republic, needed an upgrade after decades of heavy duty.
Ultrafiltration, reverse osmosis and EDI units were selected to process river water into ultrapure water. MPure™ EDI by MEGA has proven to be able to operate in demanding conditions with high CO2 level, cope with differences in input feed and steadily provide the heating facility with the ultrapure water with 16 MΩ resistivity. Contact us below to find out how a similar solution can help your business.
Between 1957 and 2016, the GEAM Dolní Rožínka spin-off plant produced 20,220 tonnes of uranium, which was subsequently processed in the Chemical Processing Plant. To eliminate negative environmental impacts, it was necessary to implement closed-cycle process water treatment technology in the Chemical Treatment Plant, as well as water collection in the tailings ponds, both of which contain high levels of organic and inorganic compounds (TDS 34 g/l, SO42- 21.6 g/l).
MEGA has been the supplier of electrodialysis technology since the beginning of the remediation works, which, in cooperation with RO, eliminates the negative impact of uranium ore mining and processing. The desalted stream is discharged into the river after pH control. The remaining concentrate is evaporated to the final commercial product - pure Na2SO4.
With the growing volume of fertilizer production, Grupa Azoty is facing a significant increase in the consumption of process water, which is of river origin.
MEGA installed EDR system to produce 640 m3/h of demineralized water with a minimum of 87% recovery. The system can respond to the current demand and produce different quantities of water at ratios of 80, 160, 240, 320, 400, 480, 560, and 640 m3/h. The brackish water treatment system is in operation 24/7, and the entire process can be treated without interrupting the production process. Chemical cleaning (CIP) is carried out approximately once every two months.
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