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The signature feature

Run your own numbers.

A small interactive tool to show the avoided emissions, saved water and diverted polymer of your next reconditioned-tote order. The math is transparent.

Scope-3 ready

Get a sustainability certificate with your order.

Fill in a few details — quantity, product type, the work you need done. We respond by email within one business day.

Eco impact calculator

Run the math on your order.

Tote quantity: 12

150100250500

CO₂e avoided (lbs)

768

Water saved (gal)

5,856

HDPE diverted (lbs)

1,320

That's equivalent to —

863 mi

of average passenger driving avoided

344

of 8-minute showers in saved water

16

of trees absorbing CO₂ for a year

Methodology: see our Sustainability Promise. Numbers are conservative — actual avoidance varies with manufacturer baseline and use cycle.

Why this matters

Every reconditioned IBC tote we sell is a tote that didn't need to be manufactured. The carbon, water, energy and material costs of a new HDPE-and- steel container are real. The calculator above is our attempt to make those numbers tangible — when you're deciding between new and used, you should be able to see what you're actually saving.

Per-tote averages we use

275 gal caged composite: 64 lbs CO₂e, 488 gallons water, 110 lbs HDPE landfill-diversion per unit.
330 gal caged composite: 76 lbs CO₂e, 540 gallons water, 135 lbs HDPE landfill-diversion per unit.

These are conservative estimates. The carbon number, for example, discounts the full cradle-to-gate avoidance by ~75% to account for the fact that some buyers would otherwise have bought used from a different yard, not a new tote. We'd rather under-claim than over-claim.

The full methodology

We publish the entire calculation chain — sources, assumptions, what we count and don't count — on our Sustainability Promise page. If you're a Scope-3 reporter, we'll provide per-shipment avoidance certificates with the methodology version, date range, and unit count. Email info@ibctankscleveland.com with “Scope-3 cert” in the subject.

What the calculator doesn't include

End-of-life of the reconditioned tote (we track cumulative life but don't fold it into per-sale claims).
Buyer transport emissions (out of our hands).
Avoided drum or smaller-container alternatives.

What it does include

Cradle-to-gate manufacturing emissions of a new HDPE-and-steel-and-pallet tote.
Our reconditioning footprint (electricity, water, fuel, replacement steel).
The discount factor for “would they have bought new otherwise?”

Use this in your reporting

If you're submitting Scope-3 or CDP data, the numbers from this calculator are conservative enough to use as a lower-bound estimate. We'll back the numbers up with documentation on request — most of our customers don't need it but a few have asked, and we're happy to provide.

The carbon math, transparent

The long-form file.

We claim a circular-economy business model. Here are the numbers behind that claim — the LCA, the comparisons, the methodology, and the places the math is fuzzy.

62 kg

CO₂-eq emissions per new virgin tote (bottle + cage + pallet)

8.5 kg

CO₂-eq emissions per reconditioning cycle

47 kg

Net CO₂-eq savings per deployment of reused vs. new

92 / 580 gal

Fresh water — reconditioning vs. virgin manufacture

11 avg

Deployments per bottle in our reuse stream

5–7%

Of inventory that ends in pellet recovery vs. reuse

Deep dive

The detail behind the surface.

§ 01

The math, step by step

One virgin tote, manufactured: 52 kg CO₂-eq for the HDPE bottle (industry LCA average), 18 kg for the galvanized cage, 5–8 kg for the pallet. Total ~62–78 kg CO₂-eq delivered.

One reconditioning cycle: 4.2 kg wash energy and chemistry, 1.8 kg pickup transport (averaged over 75-mile pickup radius), 1.4 kg delivery. Subtotal 7.4 kg. Including amortized facility energy and pallet/cage replacement at amortized rates, total per cycle is ~8.5 kg.

One bottle in the reuse stream over its 11-deployment life:

Virgin manufacture, amortized: 62 ÷ 11 = 5.6 kg/cycle
Reconditioning per cycle: 8.5 kg
End-of-life recycling, amortized: 12 ÷ 11 = 1.1 kg/cycle
Total per deployment: ~15.2 kg CO₂-eq

vs. one virgin tote used once: 62 kg per deployment. Net savings: ~47 kg/deployment.

§ 02

Where the math breaks

Long-haul transportation erodes the benefit. A used tote shipped 1,200 miles from a coastal recycler adds ~24 kg CO₂-eq in transport alone — consumes most of the deployment savings. We won't ship empties more than ~500 miles for exactly this reason.

Water math is honest but smaller. Our recycled wash bay uses ~50 gal/cycle vs. ~110–140 industry-typical. Over fleet lifecycles this is meaningful but smaller in carbon-equivalent terms than the energy story.

Third-party verification is in progress. Our numbers are internal data plus public LCA sources, ISO 14040/14044 aligned but not third-party verified yet. We're working on it through a regional sustainability nonprofit.