MIKE+ Collection Systems
Accurately represent flow conditions and efficiently manage stormwater and wastewater
MIKE+ Collection Systems is the ideal solution for optimising stormwater and wastewater management in urban settings. With a tailored suite of simulation tools, it empowers urban planners and infrastructure managers to accurately represent flow conditions, covering everything from subcritical to supercritical flows, across both partially and fully pressurised networks.
Integrated with modules like MIKE1D Pipeflow with Transport and MIKE+ ECO lab, MIKE+ Collection Systems enables comprehensive city-wide simulations of ecological, biological, and chemical processes. This empowers professionals to design real-time controls, assess resilience solutions, and efficiently manage rainfall-dependent inflow and infiltration with unparalleled accuracy.
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How does MIKE+ Collection Systems help?
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Areas of application
Contaminant fate and transport
Simulate the movement and impact of contaminants within urban drainage systems to inform mitigation and management strategies.
CSO/SSO overflow mitigation
Model combined and sanitary sewer overflow scenarios to design effective overflow control measures and reduce environmental impact.
Green infrastructure & nature-based solutions
Integrate green infrastructure into urban landscapes to manage stormwater effectively and sustainably.
Integrated land use planning
Assess the impacts of new developments on drainage systems to ensure adequate capacity and minimise flood risk.
Real-time analysis or control
Utilise real-time data to dynamically manage collection system operations, improving responsiveness and efficiency.
Sediment transport & morphology
Model sediment behavior within drainage systems to prevent blockages and maintain effective conveyance.
Urban drainage system design
Design robust urban drainage systems that effectively manage rainfall events and minimise urban flooding.
Predictive water quality assessments
Evaluate and predict changes in water quality within urban collection systems to maintain environmental standards and public health.
Additional capabilities & unique features
Explore our latest support resources, including guides, videos, and FAQs in our Knowledge Base.
What’s new in MIKE+ Collection Systems - 2025
Couple soakaway nodes to MIKE SHE
MIKE+ support coupling soakaway nodes, in addition to pipes and manholes, with MIKE SHE, enabling better simulation of surface and groundwater interactions. Soakaways, modelled as infiltration basins in MIKE+, can be integrated into groundwater models for enhanced analysis of infiltration processes.
Create your own user-defined columns for more custom results analysis
View model results and input data side by side within the same editors. To achieve ideal pipe network characteristics, you can adjust parameters based on specific criteria while simultaneously editing input data and reviewing the results. No need to search for matching data, like pipes, between two separate tables.
New RDI hydrological modelling options
Explore the influence of snowmelt and irrigation through elevation zones, while enhancing your comprehension of river dynamics and precipitation patterns.
New option for rainfall interpolation from stations
Experience enhanced results with a natural, precise, and gradual intensity distribution. With spatial rainfall intensity interpolation from rain gauges, you’ll enjoy smoother, more realistic outcomes.
Specify infiltration per land use
Gain greater control over your catchment modelling process by defining multiple types of land uses within each catchment and customising loss/infiltration settings.
Maximise speed, precision, and scale with High-Performance Computing (HPC) and parallelisation
MIKE+ Collection Systems leverages advanced parallelisation techniques to harness the power of multiple cores, delivering exceptional performance. Working with large models? Every MIKE+ license and subscription now supports powerful Linux clusters equipped with hundreds of CPUs.
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