Get 6D carbon from a BIM model
Turn a converted BIM model into an embodied carbon footprint. Auto-enrich reads quantities…
Define a clash profile - which element sets test against which, and at what tolerance - run it against the federation, triage the hits down to the real clashes and push them out as issues to fix.
4 steps across the platform - what you do at each one, and why it matters.
Set up the profile: which element sets test against which - ducts against structure, pipes against ducts - and the tolerance that counts as a real hit.
Why: The profile decides whether the run is useful or noise. Pairing the right sets and setting a real tolerance is what keeps the result to clashes a person actually needs to resolve.
Run the profile against the federated model and let it list every hit that breaks the tolerance you set, ready to be worked through.
Why: Running to a defined profile makes the result repeatable: the next run after a design update is comparable, so you can see whether coordination is getting better or worse.
Group the hits, drop the duplicates and the harmless brushes, and keep the genuine clashes that need a design change, so the review works a short real list.
Why: A team that has to wade through a thousand false clashes stops reading the report. Triaging to the real ones is what keeps clash detection trusted rather than ignored.
Turn each real clash into a BCF issue with its viewpoint and owner, so it is tracked to resolution and does not reappear on the next run.
Why: A clash that is not assigned is a clash that stays. Pushing the real ones out as owned issues is the difference between an audit and a solved problem.
3 / 184 platform modules
Turn a converted BIM model into an embodied carbon footprint. Auto-enrich reads quantities…
Load a converted model, lift the element quantities straight off the geometry, carry them i…
Load a DWG, lock the scale against a known dimension, measure the areas, lengths and counts…