Reuse ledger, year to date: 41,200 totes diverted from Texas landfills this year. 2,060k lb of HDPE kept in service. 1,772k lb of steel cage recovered. 3,140 tons of CO₂e avoided. 92% of our wash water recycled on site. 68 Texas counties served from one Austin yard. Full methodology at /sustainability/reuse-ledger.

Sustainability

Recycling is
the consolation
prize.

The entire reason this company exists is that a composite IBC is one of the most reusable objects in industrial logistics — and for decades most of them were used once and buried. We built a yard around the opposite assumption.

Tote wash line under a canopy with a recycling sign reading clean, recondition, reuse, spraying a used IBC tote

The short answer

Reusing one 275 gallon composite IBC instead of manufacturing a replacement avoids roughly 152 lb of CO₂e, 50 lb of virgin HDPE, 43 lb of steel, 310 gallons of process water and 63 cubic feet of landfill volume. Recycling the same unit recovers material but loses the container — which is why reuse comes first and recycling is what we do when reuse has failed.

From the yard

Close-up of a single 275 gallon IBC tote showing its capacity label, UN placard and blue ball valve — A 275 with the plate, the capacity label and a standard 2-inch ball valve.

Flatbed trailer loaded with two rows of IBC totes secured with straps, hooked to a blue tractor unit — Twenty on the floor of a 48-foot flatbed. Forty if they're empty.

41,200

totes diverted per year

Kept in service or materially recovered.

3,140t

CO₂e avoided per year

Against manufacturing replacements.

2.06M

lb HDPE kept in service

Not downcycled. Still holding liquid.

92%

wash water recycled

Closed-loop filtration since 2019.

Do the arithmetic yourself

What your order actually keeps out of the ground

This is the same calculator we run internally before quoting large orders. Set it to your real quantity.

Reuse impact calculator

What your order keeps out of the ground

EPA WARM v16 + yard metering

How many totes?24

Type an exact figure — the slider caps at 250.

Tote size

275 gal330 gal350 gal120 gal

Figures compare buying reconditioned against manufacturing the same number of new composite IBCs — bottle, cage, pallet and hardware, cradle-to-gate. They do not count the freight, because you pay that either way.

Full methodology and sources →

3,648lb CO₂e

Emissions avoided

That's 1.8 short tons — roughly 4,099 miles not driven.

1,200lb

Virgin HDPE avoided

Bottle, caps and closures that never had to be moulded.

1,032lb

Steel kept in service

Cage, tubular frame and pallet base, still doing their job.

7,440gal

Process water avoided

About 433 showers' worth of industrial water.

2,304kWh

Energy avoided

Roughly 78 days of an average US household.

1,512cu ft

Landfill volume not consumed

Composite IBCs do not compact. Every one buried holds its full volume forever.

Quote 24 totesWhy reuse beats recycling

The hierarchy

Four options, ranked honestly

Every tote arriving at our gate is assessed against these in order. It only descends when the option above genuinely fails — and we record which units descended and why.

STEP 01
1. Reuse whole
Wash, grade, resell. Retains 100% of the container's function and the entire embodied energy of every component. The majority of what we take in exits here.
STEP 02
2. Rebottle
New bottle in a reconditioned cage. Retains roughly two thirds of the embodied energy and produces a functionally new container at 55–65% of new-unit cost.
STEP 03
3. Second life
Structurally sound but commercially unsellable units cut into beds, bins, planters and containment. Another decade of use with essentially zero reprocessing energy.
STEP 04
4. Material recovery
HDPE granulated, steel baled, pallet recovered. Keeps the material in the economy and loses the container. The last option, and still far better than burial.

Per unit

What one reused tote actually saves

Figures are per 275 gallon composite IBC, comparing reuse against manufacturing a new unit cradle-to-gate.

Savings per reused 275 gallon composite IBC
Resource	Avoided per unit	Source
Greenhouse gas	152 lb CO₂e	EPA WARM v16 factors applied to component masses
Virgin HDPE	50 lb	Bottle, caps and closures
Carbon steel	43 lb	Cage and tubular frame
Pallet material	26 lb	Composite or steel base
Process water	310 gal	Virgin HDPE and steel production
Energy	96 kWh	Moulding, welding, galvanizing, assembly
Landfill volume	63 cu ft	Composite IBCs do not compact

Full methodology, sources and the assumptions we are least confident about →

On site

What we do at the yard

Claims about other people's supply chains are easy. These are things we control.

Closed-loop wash water
Solids settle, water is filtered and returned to the wash cycle. Recovery runs at roughly 92% across the year. The balance is treated and discharged under permit.
Consolidated freight
Fixed weekly routes rather than dedicated trips. A four-tote delivery to San Antonio rides a truck that was going anyway, which is both cheaper and lower-emission than the alternative.
Loaded return legs
Every outbound truck is offered a buy-back collection on the way home. An empty return leg is wasted diesel and a missed recovery.
Separated material streams
HDPE, steel, composite decking and hardware are separated rather than sent as mixed waste. Mixed streams get landfilled; separated streams get recycled.
Nothing serviceable buried
If a unit can hold liquid, be rebottled or be cut into something useful, it does not go into a landfill cell. That is a policy, not an aspiration.

Honesty

What we don't claim

We are not carbon neutral. We run diesel trucks and a wash pad that consumes energy, and we are not going to buy offsets and describe that as neutrality.

We do not claim our figures are audited. They are calculated from published EPA factors and our own metering, the method is fully documented, and we would rather you check the arithmetic than trust a badge.

We do not claim reuse solves anything structural. The real problem is that liquid product is packaged in containers with no organised route back — and the honest fix for that is managed return programmes, not a yard like ours cleaning up afterwards.

What we will claim is arithmetic: reusing a container that already exists beats manufacturing one that does not, by a very large margin, every single time.

The composite IBC is unusually worth saving

Most packaging is designed to be used once and thrown away, and arguing for its reuse is an uphill fight against physics. The composite IBC is the opposite case. It was engineered for repeated handling, its steel cage has a twenty-year service life, and its only genuinely consumable component is a blow-moulded bottle that can be replaced in minutes.

That means the reuse argument here is not sentimental. A tote that comes back is worth real money, performs identically, and costs a fraction of the carbon. The only reason the industry buried them for decades is that nobody had built the reverse logistics.

What burial actually costs

A composite IBC does not compact. Buried whole it occupies its full 63 cubic feet indefinitely, and the HDPE remains recognisably HDPE for a very long time. Of everything worth keeping out of a landfill cell, a rigid hollow container is close to the top of the list.

Where the emissions actually are

Not in the plastic — in the steel. The galvanized cage carries a disproportionate share of an IBC's embodied energy, which is why rebottling is such an effective intervention: replace the third that wore out, keep the two thirds that did not.

Reporting

If your organisation reports on waste diversion or circularity, ask for a manifest with every collection and cycle reporting on any managed fleet. Our own year-to-date totals are published, with method, on the reuse ledger.

Questions people actually ask

+Isn't recycling just as good as reuse?

No, and it isn't close. Recycling an IBC bottle consumes energy to collect, wash, granulate, transport and re-mould the polymer, and produces recyclate worth a fraction of virgin resin that cannot go back into a pressure-rated food container. Reuse skips all of it — a washed tote back in service required a wash cycle and a truck ride.

+Where do your CO₂ figures come from?

EPA WARM version 16 emission factors applied to the actual component masses of a composite IBC — roughly 50 lb of HDPE, 43 lb of carbon steel and a pallet base — plus our own metering for wash-water and process energy. The full method and every assumption is published on the methodology page.

+Do you count the freight?

Not in the headline per-unit figure, because you pay freight either way — a new tote also has to be trucked to you, usually further. Where we compare long-haul recovery against local disposal, we do account for it, and we say so.

+What happens to totes you can't reuse?

They go down the hierarchy: rebottle if the cage is sound, cut into second-life builds if the structure is good but the unit is unsellable, and material recovery only when nothing else is honest. HDPE granulated, steel baled.

+Can I get a diversion report for our sustainability reporting?

Yes. Every collection can carry a manifest recording unit counts, material streams and destinations, and managed fleet customers get cycle reporting as standard. It's designed to survive an audit rather than to look good in a slide.

Go deeper

The rest of the case

Quick reference

Numbers worth having open in another tab

The figures that come up in almost every conversation, whichever page you arrived on.

275 gallon · 1040 L

48×40×46

Tare: 130 lb
Gross, water: 2,425 lb
Stack full: 2 high
Stock: Always in stock

330 gallon · 1250 L

48×40×53

Tare: 160 lb
Gross, water: 2,915 lb
Stack full: 2 high
Stock: Always in stock

264 gallon · 1000 L

48×40×46

Tare: 125 lb
Gross, water: 2,325 lb
Stack full: 2 high
Stock: Usually in stock

350 gallon · 1325 L

48×40×56

Tare: 175 lb
Gross, water: 3,095 lb
Stack full: 2 high
Stock: Order in

Outlet thread

S60x6 — 60 mm coarse buttress. Not 2" NPT.

Grades published

N, R, F, A, B, C, X — applied at the wash bay.

Wash standards

W1 rinse through W4 caustic CIP at 160°F.

UN retest

Leakproofness 2.5 yrs, requalification 5 yrs.

From the yard notes

Longer reading on this

32 articles written by the people who wash, grade, weld and dispatch. No marketing copy in any of them.

All 32 articles

On the yard this week

Warehouse interior with double-stacked IBC totes carrying hazard placards on steel racking — Indoor racking. Chemical-service units stay under cover and stay physically separated.

While you're here

Pulled from the full FAQ, which runs to forty-plus answers across buying, grades, food safety, sizes, selling, compliance, delivery and care.

Read the full FAQ

Where we are: 3505 Montopolis Dr, Austin, TX 78744
Yard hours: Mon–Thu 7:30a–5p · Fri 7:30a–4p · Sat 8a–12p · Sun closed (Central Time)
Email: sales@ibctotestexas.com
Coverage: 68 Texas counties on scheduled routes, from one Austin yard.

+How do I tell if a used tote is sound?

Check five points: cage welds at the base corners, the bottle around the outlet, the valve seat, the lid gasket and the pallet feet. Those account for nearly every problem we see at intake. The 48-point inspection checklist covers the systematic version.

+Can I inspect before buying?

Yes, and we encourage it for first-time buyers. Yard hours, walk the rows, pick your own units. Grading is honest but it's still a judgement — seeing the stock settles every question at once.

+How much does a used IBC tote cost?

Used composite IBCs in Texas run from the low hundreds for rough jobsite stock up to most of the price of a new unit for documented food-grade or rebottled containers. Grade moves the price more than anything else — often by a factor of four across the same size.

+Can I bury a tote?

No. The bottle is not rated for external soil pressure and the cage will not hold the shape. Berm above ground or buy a purpose-built cistern.

+How fast can I get totes?

Austin metro is usually next business day. Most of Central and South Texas is inside 48 hours. Longer hauls ride consolidated routes — San Antonio twice weekly, Houston and DFW weekly, the Permian monthly.

Buy the tote that already exists.

It performs identically, it costs less, and it keeps roughly 152 lb of CO₂e in the ground per unit. There is not a version of this argument where the new container wins on anything but paperwork.

Get a quote Run the numbers