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
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.
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.
In this compact interview and blog post, Gottlieb Hupfer explains how he built up a successful family business in plant engineering as a young engineer and played a decisive role in shaping industrial water technology over four decades. An inspiring insight into innovation, entrepreneurship and sustainable water technology.
Practical laboratory and pilot plant tests form the basis for well-founded feasibility studies in industrial water and wastewater treatment.
In our pilot plant, we test the treatability of wastewater, develop suitable processes and validate process parameters under real conditions.
As part of his master's thesis in the Environmental Protection course at Esslingen University of Applied Sciences, David Bandlow worked on a current and practical topic from the field of industrial wastewater treatment at ALMAWATECH:
"Optimizing the generation of fine air bubbles in dissolved air flotation"
An article about our new, patented process for combined Fenton precipitation at neutral pH was published in Water Research. The study shows how micropollutants and organic loads can be removed efficiently and without lowering the pH - with great potential for water reuse. Worth reading for anyone involved in modern wastewater technology, trace substance elimination and oxidation processes!
Biofiltration offers an effective way of pretreating organically contaminated wastewater so that it is optimally prepared for further treatment in reverse osmosis systems. Organic compounds and nitrogen are specifically broken down with the help of sessile microorganisms.
The sustainable and efficient treatment of wastewater and sewage sludge is one of the biggest challenges facing municipal wastewater treatment plants today. With our new ZUMISPEK research project, we are taking an innovative approach to both optimizing phosphorus recovery and increasing the energy yield in wastewater treatment plants.
On November 14, 2024, we had the great opportunity to present our research projects at the Transferexchange of HESSENMETALL. Together with our representatives, Laura Loreth and Maksim Milosevic, we presented innovative solutions and developments that are helping to shape the future of industrial water and wastewater treatment.
The Transferexchange provided an ideal platform to promote the transfer of knowledge and technology between industry and colleges/universities in Hesse. The open and cooperative environment facilitated exciting discussions and exchanges about current challenges and innovative approaches in water technology.
