Reverse logistics

Turning released empties into production-ready assets.

An application story focused on coordinating empty release, pickup, consolidation, inspection, repair and reissue.

Empty returnable packaging moving through reverse logistics
Recovery + reuseClose the loop after consumption

The challenge

Released empties do not automatically become available assets.

Without a controlled return journey, packaging can wait at consumption points, miss pickup or return without being ready for reuse.

Gap 01

Release without visibility

Packaging may be empty and available but remain invisible to the recovery team.

Gap 02

Pickup without route logic

Uncoordinated collections increase dwell, missed pickups and inefficient reverse movement.

Gap 03

Return without readiness

Recovered packaging still needs inspection, cleaning and repair before production can use it again.

Impact response

Treat recovery as an operating process.

The return journey is mapped with the same discipline as the forward movement.

01

Signal release

Confirm when empty assets are ready at each consumption point.

02

Plan collection

Align pickup cadence, consolidation and route ownership.

03

Restore assets

Inspect, clean and repair through service-center controls.

04

Reissue ready

Return usable packaging where production needs it next.

Operating outcome

A connected return flow with clear accountability.

The resulting model links empty availability to collection, condition and production readiness.

ReleaseEmpty status visible by location
CollectionPickup cadence and ownership defined
DwellWaiting time visible at checkpoints
ConditionInspection and repair status controlled
ReissueReady assets return to the pool
AccountabilityExceptions carry an owner and action