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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