An Open and Collaborative
Water Management Platform
Qatium manages your clean water networks, smart meters and more
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Basic information on Data Protection
Data Controller: Qatium
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Additional information: You can consult any additional and further detailed information on Data Protection within our privacy policy.
Discover the three pillars of our platform
Accelerate your company's digital transformation regardless of your level of expertise or data quality
It's easy-to-use
User-friendly
intelligent water software
Our platform is intuitive and easy-to-use so that you are able to manage your network, regardless of your level of expertise. It learns from every water network, thus improving your system, and is able to read all GIS formats, allowing you to make the best decisions.
It's free(mium)
No barriers, no boundaries
Qatium is a new type of water management software. With direct access from your browser, there is no need to install complicated or expensive applications. It gives you the information you need to optimize your resources and make the most of your water network, helping you to be more resilient and energy and hydraulically efficient.
It's open
A collaborative,
inclusive community
Our platform is bolstered by multidisciplinary expertise and an ecosystem of developers and hydraulic experts and other stakeholders – we are all co-creating to solve water management and lead the digital transformation of the hydraulic sector. You are more than welcome to collaborate with us!
Added value and benefits
Digital transformation
Turn your legacy water network into a new, up-to-date one easily
Resilience / Problem resolution
Be ready for potential problems with the help of the timeline function
Energy and hydraulic efficiency
Optimize your resources to improve the energy efficiency of your network
Qatium is a live platform
Qatium is a platform that's continuously evolving. Today we support your water network, but that isn’t by far the only thing we can provide you! Every month we are releasing the rest of our technology, so don’t miss out!
Contribute to build the future, by voting and giving your feedback on the roadmap cards.
Vote now
Some of the experts we co-create with
Born and raised in Egypt, Middle East - the most water scarce region in the world- and witness at first-hand the significance for water security and climate resilience at fragile contexts, Hassan decided to pursue a career working to solve water security issues and sustainable development. He studied civil engineering and water resources management at various universities in Egypt, Jordan and Germany.
Hassan is a renowned emerging water resource management expert, with a particular interest in urban water security issues. He is PhD researcher at Technical University of Cologne (TH-Köln) in integrated water resources management and urban water security. He is the Vice Chairman of the Middle East Water Forum (MEWF) and an active member of many international networks in issues of water and climate.
Newsha is a leading expert in sustainable water resource management, smart cities, and the water-energy-food nexus, she uses data science principles to study the human and policy dimensions of urban water and hydrologic systems. Her research throughout the years has been interdisciplinary and impact focused. Over the years, she has held a number of academic, consultancy and public policy positions and currently serves a few non-profit boards. Dr. Ajami received her Ph.D. in Civil and Environmental Engineering from the University of California, Irvine.
Enrique has more than 20 years of experience in the field of hydraulics and urban water management. In addition to lectures and research, Professor Cabrera has ample experience as an advisor and a consultant in international projects. His topics of expertise include performance assessment and benchmarking, regulation of water services, infrastructure asset management, water and energy and digital water.
Phd Industrial Engineer with more than 20 years of experience in the field of Hydraulic Engineering and Water Management. Pilar is a Part Time Assistant Professor in the Hydraulic Engineering Department at the Universitat Politècnica de València. Pilar is also co-author of several articles and papers in congresses about digital twin and efficient management of water distribution networks.
Founder and Director of Atlantean Media Tom Freyberg Tom is an experienced environmental journalist and content creator specialising in water. In the summer of 2018, he launched Atlantean Media, a global digital content creation company serving the environmental engineering industries, specifically water. The company was born out of a need to bring engineering-based content to life through creative and engaging storytelling. After graduating from Exeter University with a BA (Hons) in English, he completed his journalism training with PMA in London.
Since 2006, Jeffrey Kightlinger is general manager for The Metropolitan Water District of Southern California. Metropolitan is the largest municipal water provider in the US delivering an average of over 2 billion gallons of water a day to 19 million customers across Southern California.
Among other activities, he is a Governor’s appointee to California’s Bay Delta Vision Blue Ribbon Stakeholders Committee, a Board member on the California Climate Action Registry and a member of the UCLA Continuing Education Sustainability Advisory Board.
David advises world institutions, governments, businesses, NGOs and local communities across the globe. Foreign Policy named him as one of its Top 100 Global Thinkers in 2009.
Bestselling author; leading researcher in the field of unconventional and guerrilla warfare, and a former professional soldier and diplomat. He advises world institutions, governments, businesses, NGOs and local communities across the globe, while working on complex humanitarian and security challenges in Africa, the Middle East, Latin America and Asia.
William has been a water strategy advisor to private and public-sector enterprises and NGOs for his entire career.
Internationally recognized thought leader on water strategy and innovation. He has authored numerous books and articles and presented on: the value of water, innovations in digital water technology, the circular economy, and the energy-water-food nexus.
Dragan held a number of academic, consultancy and project management positions in Canada and his native Serbia, before relocating to the United Kingdom.
His research interests cover the interdisciplinary field of Hydroinformatics, which transcends traditional boundaries of water/environmental sciences, informatics/computer science (including Artificial Intelligence, data mining and optimisation techniques) and environmental engineering.
Elisa is MsC. in Water Resources and Environmental Engineering from the Federal University of Paraná (UFPR) and during the Environmental Engineering graduation has studied at Karlsruhe Institute of Technology (KIT) in Germany. She has been working the last 10 years with water resources related projects.
The most recent research is titled Water Reuse and Water Availability: A New Water Resources Management Approach, which considered the Water Security and Circular Economy concepts applied to this field. She is also founder of Deságue, a Brazilian podcast that relates water science, politics and society.
Saša is an award-winning architect of leading hydraulic modeling software, a trusted digital transformation adviser to water utilities and a recognized industry pioneer. He was the lead developer and patent author for Bentley’s GEMS platform and the product manager of Innovyze’s water distribution products.
Saša combines 30 years of experience in software development and data analytics in the water industry, leveraging his advanced degrees in civil engineering and computer science to help water utilities use digital twin solutions to become more efficient.
Gavin is a Direct communicator and long-term strategist. Committed to seeing a company, project, or vision through to its end. An ardent proponent of Blue Ocean Strategy and disruptive growth models. Fully committed to Sustainable development in the Water sector and, not protecting, but enhancing the environment from a water and wastewater perspective.
Recent focus on Full Seawater processing, including high recovery desalination and minerals and chemicals production (ZLD). Gavin has developed out the Strategy for a Greenfield Smart City from a Municipality perspective focused on all Water Utility operations.
Paul is a leader in the public and private sectors in building strategies and programs to address the opportunities and challenges at the intersection of water, climate change, utility
management, corporate stewardship and technology. He is currently a fellow of the Alliance for Global Water Adaptation, a member of a US National Academy of Sciences Committee that is advising the US Global Change Research Program and a corporate advisor to established and early stage companies. Before leaving Microsoft, he created and directed the company's global water program and established and led implementation of its commitment to be water positive by 2030.
management, corporate stewardship and technology. He is currently a fellow of the Alliance for Global Water Adaptation, a member of a US National Academy of Sciences Committee that is advising the US Global Change Research Program and a corporate advisor to established and early stage companies. Before leaving Microsoft, he created and directed the company's global water program and established and led implementation of its commitment to be water positive by 2030.
The future of water management software
See detailed information about every element on the network: pipes, junctions, tanks, valves, reservoirs and pumps.
Enrich your network even if you have already uploaded GIS files. Draw new elements, edit element properties, add new files or search for a new city template.
Your data is safely stored on the platform and is securely linked to your user profile. Network information can be shared by several users.
Step 1
Network Builder
If you don’t have a Geographic Information System (GIS) or you are missing some data, Qatium allows you to create your water network from scratch, either drawing your network elements or using some predefined network templates.
Step 2
GIS Upload
Our water modeling software offers an simple process to upload your Geographic Information System (GIS) and identify each element in your network, complemented with automatic topological corrections and hydraulic modeling.
Select the network element which more accurately matches your file. Qatium shows you only the potential elements: punctual or linear.
In case you do not have a GIS ready to upload, Qatium can offer you two other options: “city templates” or “draw the network on your own”.
The direct access into your network shows which level of settings it is. Comments can be made on the network you use every day, and you will be able to share it.
You’ll have a specific section for the network calibration which gives you the tools to manually minimize the difference between the real and simulated data but also offers you the option of choosing Qatium to do it automatically.
Qatium gives you information in real time of the accuracy level of your hydraulic model, globally. You can also see the model accuracy referred to in every parameter separately.
If the simulated quantities of your model are far from the real data, you can decide whether to calibrate your network manually or use the Qatium assistant to do it for you.
The different rates of pipe roughness automatically assigned by Qatium to network pipes will offer a representation of several groups within the map. You can change the roughness rates for each group and observe how the model varies according to your changes.
Every sensor or meter in the network gives you information about the RMS or the difference between the real data and the simulated one. You can compare the two curves and know the exact digression at every instant.
Step 3
Hydraulic models
You don’t need to be an expert to use Qatium. If you don’t know how to complete one of the steps, our virtual assistant guides you throughout the process and automatically calibrates the water distribution model for you.
Step 4
Insights
Get a simulated view of your network’s performance in the past, present and future. The platform compares real data versus simulated data.
Compare your base network with all those scenarios you might need.
Study the flow by area in your network to identify any irregular behavior.
Know the flow distribution in your pipes and how many miles those flows represent in the network.
Use the legends with filter options to easily locate the elements you are interested in.
The timeline is essential in our product. Move from the present to any instant in the past or advance to the future to check the model predictions and the variation in values.
Charts are an important aid in the product. They can be checked whenever you need to complete the map information or hide them to focus your study on any network element.
You can compare your base network with any scenario you create. Qatium gives you the option to create different scenarios so that you can check how the model behaves when a specific solution is applied.
Qatium provides you with an alert manager system to inform you about model predictions. You will be able to prevent many problems thanks to early detection.
You can check every alert detail, identify the referred elements in the network map and study the different solutions that Qatium suggests to you. Share any alert with the rest of your team and your supervisor.
If you decide to experience and study the Qatium solutions, you will be well- informed about every possible action and the correspondent network scenario which that action generates. You will be able to compare the different scenarios to then decide which solution would work better for the detected problem.
Step 5
Decision maker
Qatium supports you in your decision-making process by showing you a range of different scenarios. The app improves the efficiency of your water network, giving you the information you need to predict potential problems and react accordingly.
