A closed-loop packaging program means your Gaylord boxes don't get thrown away at the receiving dock. They come back. We regrade and recondition them. They ship out again. Eleven of our customers run programs like this. Reuse rates run between 85% and 94%.
Who it's for.
- Co-packers shipping repeatedly to the same retail or industrial customer.
- 3PLs with high-volume same-route shipments.
- Manufacturers with paired send-and-return packaging needs.
- Sustainability-led brands looking for a reportable supply-chain win.
How a program gets set up.
- We map your routes — where the empties come from, where they need to go.
- We design the box spec for round-trip durability (often a triple-wall, telescoping-lid Gaylord).
- We set up cycle-time tracking — each box has an ID that follows it through the loop.
- We stand up the routing — empties to us, regrade, full back out.
- We measure: reuse rate, avoided virgin fiber, CO₂ delta, landfill diversion.
- We send you a monthly PDF on the first of every month.
What you'll save.
Customers tracking the math closely see 30–55% reduction in net packaging spend within the first 12 months, plus a Scope 3 win for sustainability reporting. We won't pretend every program hits those numbers — geographies and cycle-times matter a lot — but the model is well-tested.
What you'll commit to.
- A minimum monthly volume (usually 1,000+ boxes).
- Reasonable cycle-time targets (we'll set them with you).
- An honest data exchange — we share back what we measure.
The closed-loop approach is how packaging is supposed to work. We just got around to writing the contract down.
Where most programs break down.
We've started 13 closed-loop programs. Eleven are running. Two unwound. The two that unwound failed for predictable reasons, all of which we now screen for at the design stage.
- Cycle time over 60 days. Boxes spend too long warehoused between trips, accumulate compression damage, regrade-fail rate climbs.
- Single-direction freight. If empties can't be picked up at low marginal cost on the return leg of an existing route, the freight math eats the savings.
- Insufficient volume on the return leg. Need at least 200 boxes per pickup to make the dispatch math work.
- Receiving facility refuses to stage empties. If the receiver treats empties as trash, the program structurally fails. We screen for this in the design conversation.
- Spec drift over time. The original box spec becomes inadequate as product mix changes. Quarterly spec reviews prevent this; we make them part of the program.
The contract structure.
Closed-loop contracts are simple by design. The standard MSA is 4 pages. Key provisions:
- Volume floor. Minimum monthly throughput, typically 1,000 boxes. Below this, the program doesn't pencil for either side.
- Cycle time target. Maximum days from outbound to return-to-yard. Measured weekly.
- Reuse rate guarantee. We commit to a target reuse rate after 90 days. If we miss, credits apply.
- Pricing structure. Per-box rate locked at signing; quarterly adjustment to OCC market with a ±15% band.
- Termination. 90-day notice from either side. No early-termination penalty.
- Reporting. Monthly impact PDF first of every month.
- Equipment commitment. We commit to a baseline number of boxes in circulation; customer reimburses fleet replenishment cost on a documented schedule.
The 90-day pilot model.
We never launch a full closed-loop program without a 90-day pilot. The pilot lets us:
- Validate the cycle-time projection against actual measurements.
- Calibrate the box spec to the actual loading and receiving conditions.
- Establish the regrade rubric for this specific fleet.
- Identify the receiving-facility cooperation level.
- Get to a real per-trip cost number rather than a modeled one.
About 80% of pilots convert to a full program. The 20% that don't either reveal a fundamental mismatch with the customer's operations or fail to hit cycle-time targets we both pre-agreed on. Either way, we walk away as friends — we've learned something, the customer has learned something, and we've both saved real money compared to standing up a failed full program.
What customers measure with us.
Closed-loop accounts get the same monthly impact PDF. Six metrics, defended every line.
- Outbound shipments (units). Counted per BOL, summed monthly.
- Inbound returns (units). Counted on intake, summed monthly.
- Reuse rate. Returned-and-reshipped-as-a-box over total outbound. Net of damage and loss.
- Cycle time. Average days from outbound to inbound. Median, p50, p90.
- Avoided new-procurement count. Reuse rate × outbound shipments × (1 − new-procurement substitution).
- CO₂ delta. EPA WARM source-reduction factor applied to avoided new-procurement, minus our reconditioning + transport CO₂ footprint.
Real example.
One of our customers' programs ran for 28 months. The summary: 1,200 boxes/month outbound, 91% reuse rate, average cycle time 9 days, 51% net packaging spend reduction vs new-procurement baseline, ~310,000 lbs CO₂ avoided over the program. Full case study writeup: A 28-month closed-loop case study.
Frequently asked.
How much does it cost to set up a closed-loop program?
No setup fee from us. The customer's cost is the initial box fleet (we credit back the cost of any boxes we recover from the customer's existing inventory) plus the operational overhead of cooperating with the staging cycle.
What if my volume drops below the floor?
We have a 90-day grace period for seasonal dips. Below that, we have a conversation about whether to pause, reduce floor, or restructure. We don't penalize for shifts in business volume.
Can my program cover multiple sites?
Yes — common for customers with multiple manufacturing or DC sites. Each site gets its own cycle-time and route economics tracked.
How does reporting fit into corporate sustainability disclosures?
The monthly PDF includes CO₂ delta in lbs, tons of avoided virgin fiber, and tons of corrugate diverted from landfill. These map directly to Scope 3 reporting categories. We're happy to format the data for your specific framework on request.