Sustainability · September 14, 2023
Reverse Logistics Is the Whole Problem
Forward logistics is a solved commercial problem because somebody gets paid for it. The empty coming back is nobody's job.
The short version
Containers aren't landfilled because they're worn out — they're landfilled because no one owns the return trip. Attaching economic value to that trip is the entire intervention.
Composite IBCs are unusually reusable objects. Engineered for repeated handling, a steel cage with a twenty-year service life, one genuinely consumable component. And for decades a very large share of them were used once and buried.
That isn't a materials problem or a design problem. It's a logistics problem, and specifically an incentive problem.
Why the empty doesn't come back
Getting a full container to a customer generates revenue at every step. An entire industry exists to make that happen efficiently, and it works extremely well.
The empty coming back generates nothing by default. It isn't anyone's revenue, anyone's KPI or anyone's job description. So it goes behind the building, joins the others, and eventually becomes a disposal cost — at which point the cheapest resolution is a dumpster.
“Nobody decides to landfill a container. They decide not to think about it, twenty times, and then a skip arrives.”
What container loss actually costs
Most operations underestimate this because the cost never appears as a loss. It appears as purchasing.
| Ad-hoc | Managed programme | |
|---|---|---|
| Recovery rate | Highly variable, rarely measured | Predictable and reported |
| Clean units available | When someone remembers to arrange it | On a cycle |
| Wash standard | Whatever was convenient | Specified and documented |
| UN retest tracking | Usually nobody's job | Tracked against every unit |
| Replacement purchasing | Reactive and lumpy | Planned and lower |
| Diversion reporting | Difficult to assemble | Manifest and cycle data supplied |
The line that surprises people is the last-but-one. A programme doesn't just recover containers; it converts an unpredictable purchasing pattern into a planned one, which is worth something on its own.
Three ways the loop actually closes
Open-market recovery
We buy empties from whoever has them and sell graded stock to whoever needs it. Simple, high volume, and how most of our units move. It works because we've attached a price to the empty, which turns a disposal problem into a transaction.
Managed fleets
Containers tracked, collected on a cycle, washed to a specified standard, inspected and redeployed. Highest recovery rate by a wide margin, because somebody's actual job is the return trip.
The hard part isn't the washing. It's coordinating collection from forty customer sites without your sales team spending their week chasing empty containers — which is precisely the part a service takes on.
Local cascade
The container never leaves the site. Chemical duty becomes water duty becomes a raised bed. Lowest transport burden of all, and it's why we cut second-life builds for customers who already own the containers.
Where the volume is
The Gulf Coast, by a distance. Chemical packers, blenders, distributors and terminal operators cycle enormous fleets, and historically a large share of those units were stacked behind a fence and eventually landfilled. The Permian is second, for the same reason at a different scale.
Both are places where a full flatbed makes the economics work. Forty units on a 48-foot trailer justifies a long haul; four units doesn't, and we'll say so rather than quote something that doesn't make sense.
Start with one cycle
Every programme we've set up began the same way: one collection and wash on a subset of the fleet. It establishes the actual condition profile, the real recovery rate from your sites, and what the cycle time needs to be.
All three are usually different from what everyone assumed, and finding that out on a subset is considerably cheaper than finding it out on the whole fleet.
Published September 14, 2023 · Filed under Sustainability
