Chemicals.
Coupled-product economics and capacity swing make function-by-function planning misleading.
How VYAN helps
VYAN balances margin, service and cash across the plant network in one pass, not function by function, so coupled-product economics are honored rather than approximated. RDA reads demand and capacity as shapes across the coupled streams, and ROA commits a plan that respects the joint economics of co-products. A Decision Policy carries the margin, service and cash intent together, and the balanced scorecard shows the trade-off the network is actually making.
Capability mapping
- 01
Coupled-product economics → one solve honors joint co-product economics instead of splitting them.
- 02
Capacity swing → drivers-as-shapes capture capacity variability for RDA to reason over.
- 03
Function-by-function planning → ROA balances margin, service and cash in a single cross-functional pass.
- 04
Cash vs. service → the balanced scorecard makes the network-level trade-off explicit.
How VYAN would address it
The fit above is illustrative — it maps the canonical chemicals challenge to VYAN's capability spine, not a claimed delivered customer result. The mechanism is the same one VYAN runs everywhere; what changes is the shape of the uncertainty it learns and the floors your Decision Policy must hold. Where that fit lands in your enterprise — and the named specifics — belongs in a PULSE conversation.
How the platform works.
The System of Intelligence, the engines, and the math underneath this fit.
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A PULSE workshop maps your vertical's drivers as shapes and frames the policy.
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