Industry standard software for the water industry to detail design fully integrated stormwater and foulwater drainage systems.
Civil engineers enjoy the user friendly interface, interaction with third party CAD software and the ability to auto-design in accordance with local standards.
Editing a design is straightforward and the outputs help to ensure early acceptance by clients, approving authorities and contractors alike.
Quick, accurate and compliant design of foul and surface water networks.
Integrated Drainage Design. MicroDrainage integrates with third party software such as full AutoCAD® and Civil3D® to deliver maximum productivity, accuracy as well as flexibility to fit in with current design workflows.
Integrated Drainage Models. The completed drainage model can include all of the elements such as pipes, manholes, conduits, culverts, channels, flow controls, soakaways, attenuation and infiltration structures. 3D entities help to deliver BIM compliance (Building Information Modelling).
Sustainability. A fully integrated sustainable drainage system will help you to control the rainfall runoff and gain swift approval from the authorities.
Driving the Standards. MicroDrainage will auto-design the optimum surface water and foul water networks to satisfy local standards.
Results Driven. Completing a compliant sustainable drainage design is only the beginning. Extracting results and providing the capability to illustrate them is fundamental. Outputs and reporting can be formatted to industry requirements to ensure results and outputs can be submitted to the authorities and clients with ease.
Surface water sewers
Foul water and combined drains
Design stormwater and foul water systems graphically
MicroDrainage can embed within full AutoCAD®/Civil3D® to enhance existing working practices
Detailed channel, swale, culvert, pipe and manhole design
Design soakaways and model integrated sustainable drainage systems, including infiltration/attenuation structures and flow controls
Easily import CAD/GIS data
Assess water quality with pollution estimates
Simulate and test for extreme rainfall events
Graphical flood flow modelling
Crossing and conflicts matrix, between drainage networks and utilities
Output plans, schedules and long sections
Automatic taking off and costings, for optimum economic design