Water consumption in modern data centers is rising dramatically due to AI, cloud, and HPC infrastructures. Learn how intelligent cooling water recycling can reduce fresh water consumption by up to 90% and why sustainable water treatment is becoming a critical factor for efficient data centers
IFAT 2026 was a resounding success for ALMAWATECH. Numerous customers, partners, and prospective clients learned about our innovative solutions in industrial water treatment. There was particularly high demand for our ALMA NeoDAF flotation systems and our efficient cooling water recycling systems. The trade show once again demonstrated how important face-to-face discussions, sustainable technologies, and customized solutions are for modern industrial companies.
ALMAWATECH will be exhibiting at IFAT 2026 in Munich—the world’s leading trade fair for environmental technologies. Visit us in Hall A3, Booth 108, and discover innovative solutions for efficient wastewater treatment and process water treatment. We look forward to speaking with you in person!
ALMAWATECH was represented at the 11th VDI Conference on “Optimization of Industrial Wastewater Treatment Plants” in Gelsenkirchen. In his presentation, our colleague Frank Kuntze outlined practical approaches to water reuse in industry—from the initial project concept to the completed recycling plant.
A modern ALMA CHEM MCW CP system has been commissioned at ADLER Lacke in Schwaz, Austria. The system treats 60 m³/day of wastewater from paint production, reliably removing heavy metals, AOX, and hydrocarbons, and operates with custom-tailored ALMA AQUA wastewater treatment products to ensure maximum efficiency and operational reliability.
ALMAWATECH welcomes Erik Seemann as its new specialist for control cabinet planning and automation. With his expertise in PLC programming, real-time control, and data analysis, he will strengthen the further development of our wastewater treatment and water purification systems.
Water reuse in industry is much more than just a "membrane project." Fluctuating inflow conditions are crucial for stable, economical plants, as they increase the risk of scaling and biofouling. The article shows why robust pre-treatment with buffering, solids and grease separation, and controlled nutrient balance is the key to success, and which technologies and design principles have proven themselves in practice.
The installation of the Krählwerke and high-performance lamella separators in the ALMA BHU LHPS system is proceeding according to plan despite winter conditions. The 5,000 m³/h river water treatment plant is also on schedule, thanks to strong local partners and continuous installation monitoring by our engineers.
One of the first cooling tower blowdown water recycling plants for a thermal power plant in Germany. Together with EEW, we are setting new standards in industrial water reuse.
Dairy wastewater varies greatly and often contains fats (FOG), high COD loads, and extreme pH peaks from CIP cleaning. In our article, we show how economical pretreatment with screening, aerated buffer, neutralization, and DAF flotation reliably reduces these loads: robust, measurement-based, and designed for industrial practice.
