Fluidit Oy software

Fluidit Water is an advanced hydraulic simulation software designed for optimizing water distribution systems. It plays a crucial role in modern water management by enabling comprehensive modeling and simulation of water networks. The software is instrumental in planning investments, developing innovative solutions, and optimizing the operational efficiency of water systems. Fluidit Water is equipped to address the complexities of urban water supply, ensuring that solutions are both financially and technically sound. By minimizing energy consumption related to water distribution and pumping, the software contributes to reducing greenhouse gas emissions. The integration of this tool into EPANET and SWMM models offers enhanced visualization, streamlined analysis, and greater accuracy in simulating water supply scenarios. This empowers utilities to make informed decisions, ensuring safe, reliable, and resilient water infrastructure while minimizing environmental impacts.

Fluidit Storm is a sophisticated simulation software designed specifically for analyzing stormwater systems and urban flood risks. It integrates hydrological and hydraulic modeling, providing critical insights for sustainable urban planning by simulating catchments, stormwater networks, and floodplains. The software utilizes the renowned SWMM solver for detailed one-dimensional modeling combined with ultra-fast, GPU-enabled two-dimensional flood simulations through the CAFlood engine. Its GIS interface enhances user experience with straightforward setups and visualization capabilities, facilitating efficient analysis and drainage strategy development. Emphasizing data handling and analytics, Fluidit Storm aids in understanding water cycle disruptions and urban planning challenges due to urbanization and climate change. It offers scenario tools for optimal solution development, ensuring streamlined workflows tailored for environmental engineers and urban planners.

Fluidit Sewer is a sophisticated tool designed for engineers tasked with managing and optimizing sewer systems. It provides the capability to rapidly identify bottlenecks and optimize designs to prevent overflows and blockages in sewer networks. The tool integrates an enhanced SWMM modeling engine with a modern software architecture that facilitates the import and export of GIS data, scenario exploration, and customizable report generation. Its user-centric design ensures that less time is required for data processing and more for analytical assessment, supporting the design of flood-free and energy-efficient systems. With its powerful scenario analytics, Fluidit Sewer empowers utilities to make better-informed decisions, ensuring an optimal balance of risk, quality, and energy efficiency. The integrated hydraulic design and GIS-interface allow engineers to conduct comprehensive analyses, in turn facilitating enhanced oversight and system management. Fluidit Sewer’s innovative approach enables a seamless workflow focused on achieving the most efficient and sustainable outcomes for urban sewer networks.

Fluidit Vision is an innovative web-based platform designed to revolutionize hydraulic modeling by offering unmatched detail and precision. Facilitating a seamless transition from the Fluidit desktop suite, this platform gives users the ability to view and share hydraulic models from Fluidit Heat, Water, Storm, and Sewer effortlessly. By allowing models to be accessed via a web browser, teams have the opportunity to analyze data collaboratively, enhancing productivity. Fluidit Vision is engineered for designers, consultants, utilities, and urban planners, providing tools to control access securely for relevant stakeholders. Its integrated workspace serves as a central hub for unified utility management, promoting collaborative decision-making. For urban planning, it offers easily accessible models to support informed decision-making and operational efficiency. Fluidit Vision truly redefines the presentation and understanding of hydraulic models, transforming complex datasets into comprehensible insights.