Water shortage - Solutions
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Wilo Solutions for Water Shortages
Water scarcity is one of the most pressing issues of our time. We see it as our obligation to develop solutions for the responsible use of water. In doing so, we combat water scarcity in various projects around the world.
We strongly believe that access to clean water is a basic human right. Our mission is to provide as many people as possible with a safe access to water. That's why we use our knowledge, technology, and dedication to shape a sustainable future. Read more about our solutions for successful water management here.
25.000m² of Wellness with Wilo solutions
The thermal bath in Bucharest, Romania, is not only a place of relaxation but also a gateway to the rich culture and history of the region. Bucharest, often referred to as the "Little Paris," is known for its impressive architecture, bustling boulevards, and cultural landmarks such as the Palace of the Parliament and the Village Museum. Located north of Bucharest, the thermal bath "Bucuresti" offers a wellness concept tailored for a modern and balanced lifestyle. This thermal spa maintains a consistent indoor temperature of 29-30 degrees Celsius and a water temperature of 33 degrees Celsius throughout the year. Thermal water feeds 10 pools, 6 saunas, 4 steam baths, and 16 water slides. With its luxurious facilities and numerous attractions, the Therme Bucuresti is a favorite destination for both relaxation seekers and families.
The Wilo Group was selected as a partner for efficient and reliable water supply. Various Wilo solutions service the 25,000 m² indoor area of this modern oasis, while our service experts ensure operational comfort for customers with a high-quality maintenance package. Our technologies and services guarantee that the "Therme Bucuresti" remains in perfect condition, providing its visitors with an unparalleled wellness experience. Efficient water supply, high-quality maintenance service, and high customer satisfaction are our top priorities to meet the highest standards.
KAZ Minerals: The Largest Copper producer in Kazakhstan
KAZ Minerals is the largest copper producer in Kazakhstan and makes a significant contribution to modern infrastructure. Copper is an essential element for power generation and transmission, transport, communication, industrial machinery, and electrical appliances. The Aktogay mine is a large-scale open-pit mine, similar to the Bozshakol mine. It began production with the manufacture of copper cathodes from oxide ore. In 2018, approximately 3.0 million tonnes of ore were mined and processed in the eastern region of Kazakhstan, resulting in the production of 58,000 tonnes of copper. In addition to the Aktogay and Bozshakol mines, KAZ Minerals also operates other significant mines such as the Koksay project, which also has great potential for copper production. The company employs the latest technologies and sustainable practices to maximize the efficiency and environmental friendliness of its mining activities.
To ensure efficient and stable production, products and system solutions from Wilo were installed. These include sewage pumping stations, pumps for circulation and heating, pressure boosting systems, sewage pumps, and spare parts for turbine pumps. These technologies help secure the smooth operation of the mines and maximize production capacity.
Oberengadin - Protection of an unique ecosystem
Ara Oberengadin, a picturesque village in the heart of the Upper Engadin, offers not only breathtaking landscapes but also top-notch conditions for outdoor activities such as hiking, skiing, and fishing.
The lake district of Oberengadin also boasts a unique water system in the Alpine region, which can be divided into two main areas: the upper part and the lower section, traversed by the Inn river with its numerous tributaries and floodplains. Particularly noteworthy is the Ara Oberengadin region, which hosts the largest grayling population in Europe. This precious and sensitive ecosystem requires special protection from the current challenges posed by the five megatrends of urbanization, water scarcity, globalization 2.0, climate change, and energy scarcity.
For optimal efficiency and reliability, several Wilo solutions are in operation here: from wastewater treatment to mixers in the mixing pond, as well as non-potable water stations. The harmonious integration of nature and modern technology, as represented by Wilo products, helps protect the environment while simultaneously improving the quality of life for residents and visitors.
Mattu University: Education, Research, and Sustainability to face the water scarcity
The Mattu University, founded in 2005 in Metu, Ethiopia, offers a variety of degree programs, such as engineering, natural sciences, and business administration. The university aims to provide high-quality education and research while supporting sustainability through numerous social and community projects, including climate-related initiatives.
By implementing the proven Wilo EMUport technology, the university ensures a sustainable, hygienic, and reliable wastewater management system.
This initiative by the Mattu University serves as a strong commitment to combat water scarcity in the region.
Tbilisi, Georgia - A model of Innovation
Founded in the fifth century, the Georgian capital Tbilisi has always been a place where progress, history, culture, and influences from East and West merge. Today, the city is transforming into a vibrant metropolis—with all its opportunities and challenges. Essential for this evolving city: a stable water supply and wastewater treatment system for its 1.1 million residents—around 26 percent of Georgia's total population. With state-of-the-art water solutions such as the Wilo-EMU FA, Wilo-EMUport, Wilo-CronoNorm-NLG, Wilo-Sub TWI, and Wilo-Zetos, Wilo is helping to set new standards for water management and sustainability in Georgia, contributing to long-term positive development for both the residents and the region.
Potegowo, Poland - Sustainable Heating Solutions
The aim of the investment was to build an ecological heating network in the municipality of Potęgowo. This also included the modernisation of existing heating substations and the planned construction of new substations in existing plants where coal-fired boiler houses were to be decommissioned. The aim was to reduce environmental pollution and increase the use of renewable energy for heating purposes. The biogas plant produces electricity from organic materials, including waste from agriculture and the food industry. A by-product of this process is heat, which the plant utilises for its own purposes. Reducing pollution is crucial for the health of our planet and its inhabitants. In addition, the use of renewable energy promotes sustainability and reduces dependence on fossil fuels, contributing to a more stable and healthier environment in the long term.
Mumbai, India - Flood Protection
In Mumbai pumping stations are responsible for pumping out rainwater and preventing high tides from seeping into the city.
India is one of the regions where there is little regular rainfall. India's agriculture is dependent on the monsoons and even though they are necessary for the food supply, they are a great burden for the inhabitants. Wherever the land level is lower than the sea level, water logging is bound to happen. Pumping stations are responsible for pumping out rainwater and preventing high tides from seeping into the city.To ensure that the requirements for pumping stations are successfully guaranteed, almost 30 Wilo-Axial Flow Submersible Pumps are installed in four different pumping stations in Mumbai.
Narmada Malwa, India - Fighting water shortage
The primary objective of the Narmada-Malwa-Ghambhir Link Project is to address water scarcity in the upper reaches of the Chambal basin.
Agriculture serves as the backbone of the Indian economy, with much of its practices still reliant on the monsoon rains. The primary objective of the Narmada-Malwa-Ghambhir Link Project is to address water scarcity in the upper reaches of the Chambal basin, where irrigation levels stand at a mere 5.54 per cent of the cultivable area. This project aims to provide irrigation facilities to approximately 50,000 hectares of Command Area (CCA) in the Malwa region's Indore and Ujjain districts, while also supplying water for domestic and industrial use. This initiative directly benefits over 150 villages. Wilo India takes pride in contributing its technological solutions to projects aimed at fostering a sustainable future.The Wilo-Vertical turbine was installed to meet the requirements of the project.
Alvear Tower, Argentina - Water under pressure
In the Alvear Tower in Buenos Aires, Argentina, Wilo pressure boosting systems move water at a height of 235 metres.
The Alvear Tower stands at a remarkable height of 235 meters, making it the tallest residential tower in Argentina and a pivotal landmark in the City of Buenos Aires. This mixed-use development comprises numerous condominiums alongside a luxurious five-star hotel. Addressing a significant challenge posed by the building's height, engineers devised an innovative solution to manage water distribution without relying on excessively high-pressure booster sets. This was accomplished by implementing intermediate brake tanks at various intervals within the structure, strategically positioned to receive water from multistage vertical pumps. These brake tanks effectively regulate water flow, ensuring consistent supply to different floors of the tower. The Wilo-Comfort COR Helix VE, Wilo-CronoNorm NL, Wilo-CronoTwin-DL-E, Wilo-VeroTwin-DP-E and Wilo-CronoLine-IL-E were installed in this project to overcome the challenges of the height.
Central Bank, Dublin - efficient building management
Green Wilo pumps contribute to the overall efficiency of the new headquarters of Ireland's Central Bank in Dublin.
Today's megatrends are increasingly leading to the need to rethink buildings. Innovation and sustainability must be efficiently combined for successful building management. Green Wilo pumps contribute to the overall efficiency of the new headquarters of Ireland's Central Bank in Dublin - from heating and cooling to cold water supply and products for rainwater harvesting. Central Bank campus is a green building, certified by BREEAM, the world’s leading sustainability assessment method. The bank itself had set a number of objectives when it came to the sustainability of the building – one of the main requirements was to only provide high-efficient pumps with efficiency class IE4 to ensure compliance with BREEAM criteria. Central Bank set a number of objectives for the design of the building: e.g. to ensure the environmental sustainability. In order to fulfil the high criteria of the Central Bank, the Wilo-Stratos GIGA, Wilo-SiBoost Smart Helix VE and Wilo-Drain TP65 were installed.
Al Galala - Operating under highest requirements
The new City of Galala is located on the highest mount plateau in the Red Sea area between Ain Sokhna and Zafarana in Egypt.
The new City of Galala is located on the highest mount plateau in the Red Sea area between Ain Sokhna and Zafarana in Egypt. Towering over 650 meters above sea level at its peak, this city represents a pivotal component of the government's strategic initiatives aimed at cultivating the expansive and barren eastern desert. Its primary objectives include alleviating Cairo's population density, fostering employment prospects for the youth, and stimulating investment opportunities. Emphasizing a harmonious blend of progress and environmental conservation, the city endeavors to find a balance between development and safeguarding the natural splendor of its surroundings. With the Wilo-SCP and Wilo-EMU KS Wilo helps to fulfil the high requirements of this project.
High CO2 savings through improved energy efficiency
In Obecní dům in Prague, 22 efficient pumps help reduce CO2 emissions.
The city of Prague plans to reduce the energy consumption of select buildings by at least 12 per cent. Simultaneously, the city aims to achieve a saving of 37,615 tonnes of CO2 through improved energy efficiency. To significantly lower the expenses associated with heating and hot water supply at the Obecní dům Municipal House in Prague, 22 pumps have been upgraded with highly efficient products. These were selected for their innovative Dynamic Adapt Plus function, offering additional savings compared to other contemporary pump models. The Wilo-Stratos MAXO, Wilo-Stratos MAXO-Z and Wilo-Stratos GIGA-D were installed there in order to help achieve the city's objectvies.
Dubai Opera, United Arab Emirates
The Dubai Opera is one of the cultural and architectural landmarks of Dubai.
The Dubai Opera on Sheikh Mohammed Bin Rashid Boulevard is unquestionably the cultural centre of Dubai. The concert hall can seat up to 2,000 people. The Dubai Opera is one of the cultural and architectural landmarks of Dubai, if not the entire Arabian Peninsula. Especially in hot regions like the United Arabian Emirates it is necessary to have an efficient building management.To guarantee these factors in the Dubai Opera House, the Wilo-Helix V and the Wilo-Multivert MVI were installed.
EBZ Bochum, Germany - smart heating cellar
Wilo-Stratos MAXO in the "smart heating cellar" at the EBZ in Bochum, Germany.
The innovative "smart heating cellar" within the recently constructed European education center building in Bochum, Germany, demonstrates the potential for making energy-efficient technology even more effective through intelligent networking. A key component of this groundbreaking research initiative is the Wilo-Stratos MAXO. The "smart heating cellar" serves as a platform for investigating the efficient generation and distribution of heat and cold within buildings. The outcomes of this research aim not only to enhance the indoor climate of new constructions but also to yield tangible findings in the field of intelligent building management. To achieve the goals of this building, the Wilo-Stratos MAXO and Wilo-Stratos GIGA have been installed.
Moos, Germany - innovative waterworks
The innovative waterworks in Moos, Bavaria, is one of the most modern waterworks in Europe.
The innovative waterworks in Moos, Bavaria, is one of the most modern waterworks in Europe.
Thanks to the softening process of the waterworks, it is possible to supply 15 communities in the Bavarian Forest with soft forest water. Up to 400 cubic metres per hour are fed into the networks. The goal of the waterworks is to further strengthen the security of supply of healthy drinking water for the people in Eastern Bavaria. Wilo has supplied the waterworks in Moos with 67 pumps to guarantee this clean drinking water supply. The Wilo pumps that are installed at the waterworks in Moos are the Wilo-Zetos, Wilo CronoBloc BL, Wilo-Helix VE and Wilo-Multivert MVI.
Pangyo Alphadom, South Korea - City of the future
Pangyo Alphadom City is an entirely new, future-oriented town in the Seongnam satellite city of Seoul, South Korea.
Pangyo Alphadom City is an entirely new, future-oriented town in the Seongnam satellite city of Seoul, South Korea. It consists of commercial buildings such as department stores & shopping malls, restaurants, offices, hotels and residential buildings. These various types of buildings have different requirements. But all buildings in this futuristic city need a highly efficient and successful water solution. Wilo supplied 130 pumps in the fields of water supply, heating and air conditioning, firefighting and drainage to meet this challenge. The pumps that are used in this profject are Wilo-CronoLine-IL and Wilo-PD.
Al Falaj, Sharjah
The Al Falaj pumping station is an example of our many energy efficiency improvement projects.
Water scarcity is a significant issue in the Middle East and the United Arab Emirates. Due to the arid climate and high population growth sustainable solutions are a vital part of providing people with essential resources.
The Al Falaj pumping station is an example of our many energy efficiency improvement projects. Highly efficient and sustainable water solutions are needed to counteract water scarcity in such dry regions. The project especially required energy efficiency, reduction in maintenance and noise as well as potential energy saving. The Wilo-SCP was installed to ensure that these criteria are met and that the water supply functions without any disturbances.
Ara Schönau, Switzerland
The installation Ara Schönau collects sewage water in the catchement area of the three lakes. The water then is channeled to the central wastewater treatment plant Schönau in Cham below Lake Zug
The installation Ara Schönau collects sewage water in the catchement area of the three lakes in its associated municipalities. From there the water is channeled to the central wastewater treatment plant Schönau in Cham below Lake Zug where it is reprocessed. Recently the installation has undergone an expansion for the elimination of micropollutants. The sewage water is raised by the pumping station and fed to the reactor basin, which has two lines, for mixing in the powdered activated carbon. In order for the wastewater installation to function successfully, the Wilo-EMU FA 25.93D and FKT 27.2-8/40K-E3 pumps have been implemented in the installation.
Research station SANAE IV, Queen Maud Land, Antarctica
Located in Queen Maud Land, Antartica, the research base of the South African National Antartic Programm defies the cold. There we were responsible for the all around water supply, installing the most resilient pumps.
Operations under extreme conditions like in Antarctica require qualitative water solutions. The research base in Queen Maud Land is part of the South African National Antarctic Programm. The research fields include Oceanography, biology, geology, gemorphology. The refurbishment of the research base included cold water supply, hot water circulation and a snow melter for potable water. To ensure that all these criteria are met, the Wilo-SiBoost and the Smart Helix VE are being used in this project.
Plovdici Dam, Bulgaria
The Plovdici dam in Bulgaria provides clean drinking water to almost 40,000 residents in 30 populated areas of Rudozem, Madan Region and Central Rhodopi.
The Plovdici dam in Bulgaria provides clean drinking water to almost 40,000 residents in 30 populated areas of Rudozem, Madan Region and Central Rhodopi.
"Plovdici" is the first drinking water dam built in Bulgaria in almost 30 years and equipped with a modern drinking water treatment plant. The installation and all its technologies provide users with better water service. Wilo Bulgaria was chosen as the main supplier of pumping equipment for all technological processes, domestic needs and fire protection needs. The products for this facility are the Wilo-SiBoost Smart 3HELIX VE, Wilo-NL pumps and Wilo-Comfort CO-2 Helix V.
Windhoek, Namibia - secured water supply
Windhoek, Namibia, was on the verge of running out of water due to catastrophic drought conditions. To avoid this catastrophe, the city built boreholes to pump additional water into their infrastructure.
In Namibia, water supply is a crucial issue. This is owing to the frequency of severe droughts. Windhoek, Namibia's capital, was compelled to secure and diversify its source of potable water. Borehole water extraction is one of the solutions. With best-in-class hydraulic efficiency, Wilo-Zetos K8 borehole pumps enable to supply water to the city while saving electricity. Windhoek was on the verge of running out of water due to catastrophic drought conditions. To avoid this catastrophe, the city built boreholes to pump additional water into their infrastructure.
Ureki, Georgia - reducing water pollution
Water treatment plant in Ureki, Georgia.
In order to significantly reduce the risk of pollution and improve living conditions, in the town of Ureki, the local government commissioned the construction of a water treatment plant.
This is major project has a huge impact on local communities by ensuring a continuous water supply. The entire project includes the Wilo-EMU FA, Wilo-EMUport, Wilo-CronoNorm-NLG, Wilo-Sub TWI and Wilo-Zetos, to achieve the goals of an improved water supply, drainage and sewage.
Black Gully Wastewater Treatment Plant, Australia - sustainable sewage irrigation
Black Gully Wastewater Treatment Plant in Emerald (QLD), Australia: processing the wastewater of over 10,000 people for irrigation.
The Wastewater Treatment Plant Installation in Black Gully, Australia, processes the wastewater of more than 10,000 people into sustainable sewage irrigation for use in the region. The wastewater treatment plant was under pressure, nearly doubling its hydraulic capacity, before a much-needed revamp.
The efficiency of this particular pumping station is especially important not only because of the rapidly growing population, but also because of the frequent droughts in the region and the positive impact circulating water can have during these major environmental events.
The plant needed premium pumping solutions that would not only double its capacity, but also be easy to install, easy to operate and with service on site. The Wilo-Emu FA, Wilo-Comfort Co-4Helix and TR delivered upon these requirements, processing wastewater efficiently.
