Users would like to use SWMM5 Buildup Washoff in ICM Networks AND the SWMM5 treatment equations at a node or link in the ICM St Venant solution.
ICM SWMM networks have both options but for the purposes of using the powerful routing solution in ICM - It would be good to have at least a treatment feature at node/link even as a simple percentage pollutant removal LID/SuDS do have this simple BMP water quality removal.7 votes
I want to be able to break my events into daily values. Currently this would require setting up 7 separate templates each with the unique day set under the 'Time Window' button. I want a tick option added that will allow me to do this within the single template.2 votes
The following features should be added to Infoworks ICM for modelling temperature impacts for Heat extraction or heat insertion projects:
- Sewage temperature to be added in WWG file as a pollutograph parameter and can also be defined in a diurnal pattern to consider trade temperature profiles
- I&I temperatures can be extra entered
- Linear heat losses can be defined for standard pipe configurations towards an equilibrium temperature
- Temperature mixing at each node, based on WQ simulation engine
- Heat extraction or insertion possible at any model node10 votes
We would like the model to calculate detention time of sewer in a simulation. The idea is similar to water age calculation in WS. The aim is to use this as a proxy for odour study, in essence we would like to be able to create thematic maps to show where sewer is older, where it gets diluted with fresh, non-pumped, sewer and so on4 votes
We would like to be able to trace pollutant sources through our 2D model. The way to do this would be to use the user defined pollutants . But... at the moment there are only four pollutants and potentially we'd have many different sources that we'd like to track. Can the number of user pollutants be increased? We can't give a number that this would need to be increased but it could be several hundred.5 votes
Thanks for this, I assume that as long as the end goal of being able to trace a significant number of sources through the 2D is met this would be sufficient? As in it is not actually pollutants you wish to be able to trace but rather the source of flows?
- Don't see your idea?