in your water treatment solution The production of water is associated with varying degrees of water waste and energy consumption. Given that water treatment plays a pivotal role in numerous industrial processes, there could be unexplored opportunities to enhance water efficiency and lower energy consumption. This could be advantageous for both the environment and operation expenses. Demineralised water is essential for a wide range of industrial processes. With the industry's increasing focus on sustainability and resource efficiency, EUROWATER has developed RO-PLUS. A reverse osmosis plant with a water recovery of up to 90%, minimising resource consumption without compromising reliability nor water quality. Since water is a key ingredient in the production of beer and soft drinks, Harboe Brewery places a strong emphasis on minimizing water wastage. By using water treatment plants optimised for high water recovery, Harboe Brewery saves up to 90,000 cubic metres of water per year. Every year! The Aarhus University Hospital, is one of the largest hospitals in Denmark. EUROWATER has designed and delivered a turnkey water treatment plant. The water treatment plant produces soft water and demineralized water used in the clinical biochemistry department, pathology department and joint sampling laboratories. The solution is equipped with water and energy-saving technologies that help reduce water waste by 60%. Aalborg Forsyning, a Danish district heating company, was seeking a water treatment solution with high water recovery and low Total Cost of Ownership (TCO) over a period of 15 years. Treating and transporting water requires energy. That's why EUROWATER uses Grundfos energy-optimised pumps as standard. Grundfos is a world leader in manufacturing high-efficiency pumps. The pumps use advanced technologies such as variable speed control and frequency-controlled regulation to adapt to the current needs of the water treatment system. In short, only the necessary energy is used to maintain stable and reliable operation. Only about 1.2% of the fresh water on Earth can be used as drinking water. Therefore, it is crucial to prioritize the development of technologies that can help reduce water consumption and recycle wastewater. At EUROWATER, our mission is to design water treatment solutions that are environmentally friendly and resource-efficient to support Sustainable Development Goals #6 (Clean Water and Sanitation) and #12 (Responsible Consumption and Production). A primary concern across various water industries is the efficient management of water resources. With a focus not only on minimizing wastage in the distribution networks, a growing number of water utility companies are also expanding their efforts to address water wastage at the production stage. This is driven by the recognition that by treating and reusing backwash water from filters, it can be transformed into potable water once more. This innovative approach facilitates the optimal utilization of groundwater, achieving a 100% utilization rate. A new suburb in Aarhus, Denmark’s second largest city, is aiming to consume water in a more aware manner. 40% of the water consumption in the suburb is covered by rainwater harvesting. Rainwater and drainage water are collected and treated at a secondary water treatment facility to meet the required quality standards for their intended use in toilet flushing and laundry. Shared knowledge can be a roadmap to a greener future. State of Green is a Danish not-for-profit, public-private partnership focusing on enabling green transition of companies and organizations. EUROWATER is one of the 600 partners who put our knowledge at your disposal. If you want to hear more about our solutions and technologies, your local team of specialists is ready to assist.High water recovery
RO-PLUS | Brewery
90.000 m3 saved annually
RO-PLUS | Hospital
60% less water loss
RO-PLUS | District Heating
High water recovery and low operating costs
EUROWATER designed a water treatment solution with minimal operating costs, encompassing reduced water waste, electricity, and regeneration salt consumption.Reduced energy
High-efficiency pumps
1% drinking water for all of us!
Water utilization
Minimizing water waste
Rethinking
Rainwater as primary source
Enable the green transition
Let's save water and energy!