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IBC AdBlue Setups: Pumps, Fittings
and Storage Done Right
The IBC is how most workshops and depots buy AdBlue. Set it up properly once, and every container after that is a ten minute swap.
- Suction
- Pumps
- Fittings
- Changeover
An IBC AdBlue setup draws fluid from a 1000 litre intermediate bulk container through an AdBlue-rated pump, hose and nozzle. Most kits connect to the valve at the bottom of the IBC through a bottom suction kit, which lets the container empty almost completely and keeps the pump primed. The pump is chosen by the power on site: 240V for a fixed workshop or depot, compressed air where a workshop already has it, 12V for a ute or farm, and a hand pump or gravity kit where there is no power at all. Every wetted part must be AdBlue compatible, the IBC should be kept out of direct sun, and changeovers should be done without letting dirt, tap water or diesel near the fittings.
AdBlue arrives in packs, drums, IBCs and bulk deliveries, but for most workshops, depots and farms the IBC is the sweet spot. It holds enough to last weeks, it is delivered on a pallet, and it can be swapped for a full one without a tank installation.
The container is the easy part. What decides whether the fluid reaching the vehicle is still clean is the pump, the fittings and the way the container is changed over. This guide covers each of them.
1000 L The standard IBC that most AdBlue setups are built around
35 to 40 L/min Listed flow of the BLUEQUIP electric and air operated IBC kits
Bottom Where most IBC kits draw from, through the container's own outlet valve
AdBlue only Every pump, hose, fitting and nozzle on the IBC carries nothing else
The Container
How an IBC is built
An IBC is a plastic inner container held in a steel cage on a pallet base. It has a screw cap at the top for filling and venting, and an outlet valve at the bottom of one face. Both matter to the dispensing setup, because the pump has to connect to one of them and the container has to let air in as fluid is drawn out.
The outlet valve is the usual connection point. Valve threads are not identical across every IBC supplier, so the adaptor between the valve and the suction hose is the first thing to check when a new kit arrives. FuelGear carries an IBC adapter with a swivelling hose tail for exactly this connection.
Suction
Bottom suction or top suction
| |
Bottom suction |
Top suction |
| How it connects |
A suction hose from the IBC's outlet valve to the pump |
A suction tube or spear lowered through the cap |
| Priming |
Fluid flows to the pump under its own weight, so the pump stays primed |
The pump has to lift the fluid, so it needs to be self-priming |
| Emptying |
Draws the container down almost completely |
Leaves what sits below the end of the tube |
| Watch for |
The valve and adaptor are a joint that can weep, so check them at every changeover |
A cap left loose lets in dust and moisture |
| In the range |
The BLUEQUIP 240V and air operated IBC kits, which come with a bottom suction kit |
The BLUEQUIP 12V kits, supplied with a suction kit for a 205 litre drum or a 1000 litre IBC |
For a fixed IBC station, bottom suction is the usual choice, and it is how most of the BLUEQUIP IBC kits are supplied. Top suction suits portable setups and drums, where the pump moves between containers.
The Pump
Choosing by the power on site
Every pump below is built for AdBlue. The decision is mostly about what power the site has and how much fluid moves through it.
| Site |
Pump |
Example in the range |
| Workshop or depot with mains power |
240V IBC pump kit |
BLUEQUIP Premium 240V IBC kit: self-priming 35 L/min pump, stainless IBC bracket with nozzle holder, digital flow meter, 6 m hose, auto nozzle and bottom suction kit |
| Workshop with compressed air |
Air operated IBC kit |
BLUEQUIP air operated IBC kit: 2:1 ratio pump at up to 40 L/min, pump mount bracket, bottom suction kit, 4 m hose and auto nozzle |
| Busy bay where the hose has to reach |
Air operated kit with a reel |
BLUEQUIP air operated IBC kit with 10 m reel, also available with a 15 m reel |
| Ute, service truck or farm |
12V kit |
BLUEQUIP 12V 1000L kit: self-priming pump at up to 35 L/min, 6 m hose and manual nozzle |
| No power and no air |
Hand pump or gravity feed |
BLUEQUIP heavy duty hand pump, or the gravity feed kit with IBC adapter, 4 m hose and manual nozzle |
Gravity feed takes a manual nozzle
An automatic shut-off nozzle needs pumped flow to latch, which is why the gravity feed kit is supplied with a manual one. Automatic vs manual nozzles explains the mechanism, and air operated vs electric transfer pumps covers the choice between the two powered options in more depth.
Fittings
The parts that make or break it
A setup is only as clean as its least compatible part. Why AdBlue needs dedicated equipment explains which materials are safe. On an IBC, these are the fittings to get right.
Adaptor
Valve to hose
Matched to the IBC valve thread and made from AdBlue-compatible material. One brass adaptor from the drawer undoes the rest of the system.
Check valve
Flow one way only
An inline check valve stops fluid running back through the line when the pump stops.
Filter
Before the nozzle
A BLUEQUIP AdBlue filter catches particulate from the container, the hose and the pump before it reaches the vehicle.
Nozzle
Stainless, ideally magnetic
A stainless AdBlue nozzle, with a magnetic option that only opens in a vehicle's AdBlue filler.
Mounting is the other half. The BLUEQUIP 240V kits hang the pump and nozzle holder on a stainless bracket that fits the IBC cage, so the whole station is the container. Where the IBC sits in a yard or a shared space, the BLUEQUIP 240V dispenser box puts the pump, a K24 digital meter and an auto nozzle in a lockable steel box that fits to a wall or a tank. For a hose that has to reach across a bay, a spring retractable AdBlue reel keeps it off the floor and clean. Hose reels compared covers reel selection.
Storage
Where the IBC lives
AdBlue keeps best cool and out of direct sun. Heat shortens its storage life, and sunlight through a translucent container encourages algae. Put the IBC in shade or under cover, on firm level ground, where a forklift can reach it for the swap and a vehicle can pull up to the nozzle.
- Cover it if it sits outside. The BLUEQUIP 1000L IBC cover is made to reduce the impact of direct sunlight and algae.
- Buy what you will use. A container that empties in weeks is fresher than one that sits all summer. If an IBC lasts months, packs or drums may suit better.
- Keep the cap closed. The cap is the container's seal against dust and moisture between fills.
- Outgrowing the IBC? A dedicated AdBlue storage tank fed by bulk delivery is the next step, and the same pump and nozzle principles apply.
Changeover
Swapping the IBC cleanly
The changeover is the moment the system is open, which makes it the moment contamination gets in. A routine that is the same every time is what keeps it out.
- Close the valve and stop the pump before anything is disconnected.
- Disconnect and cap the hose end straight away. An open fitting lying on the ground is how grit gets into the line.
- Wipe the new container's valve and fitting with a clean, lint-free cloth. Never rinse with tap water, which carries the minerals AdBlue is made without.
- Connect, open the valve and check for weeps at the adaptor before walking away.
- Mark the date on the container, so you know how long it has been in service.
- Never top up a part-used IBC from another container. Use it out and replace it.
Mistakes
What goes wrong
- A brass adaptor at the IBC valve. The one non-rated part in an otherwise rated system.
- A fuel pump pressed into service. Wrong materials and diesel residue in one step.
- An automatic nozzle on a gravity kit. It will not latch without pumped flow.
- IBCs in full sun. Heat shortens storage life and sunlight encourages algae.
- No filter. The cheapest protection in the system and the one most often left out.
- An open hose end on the ground at changeover. The dirt it picks up goes straight into the next vehicle.
- Rinsing with tap water. Minerals from tap water are contamination too.
Summary
One container, done properly
A good IBC station draws from the bottom valve through a matched adaptor, uses a pump that suits the power on site, filters before an AdBlue-rated nozzle, and lives in the shade. Add a changeover routine that never leaves a fitting open, and every IBC that arrives is dispensed as clean as it was filled.
FAQ
Frequently asked questions
How do you pump AdBlue out of an IBC?
Most setups connect a suction hose to the valve at the bottom of the IBC through an adaptor, then run it to an AdBlue-rated pump, filter, hose and nozzle. The pump can be 240V, 12V, air operated or hand operated, and a gravity feed kit works where there is no power at all.
Is bottom or top suction better for an AdBlue IBC?
For a fixed station, bottom suction is the usual choice. Fluid reaches the pump under its own weight, the pump stays primed and the container empties almost completely. Top suction through the cap suits portable setups and drums, and needs a self-priming pump.
What pump do I need for an AdBlue IBC?
Choose by the power on site. A 240V IBC kit suits a workshop or depot with mains power, an air operated kit suits a workshop with compressed air, a 12V kit suits a ute or farm, and a hand pump or gravity kit suits a site with no power. All must be built for AdBlue.
Can I use a gravity feed kit with an automatic nozzle?
No. An automatic shut-off nozzle needs pumped flow to latch, so a gravity fed IBC takes a manual nozzle. The BLUEQUIP gravity feed kit is supplied with one for that reason.
Can an AdBlue IBC be stored outside?
It can, but keep it out of direct sun. Heat shortens AdBlue's storage life, and sunlight through the container encourages algae. Shade, a roof or an IBC cover all help, and the cap should stay closed between fills.
How do I change over an AdBlue IBC without contaminating it?
Close the valve and stop the pump, disconnect and cap the hose end, wipe the new valve and fitting with a clean lint-free cloth, then connect and check for weeps. Never rinse with tap water and never top up a part-used IBC from another container.
Do I need a filter on an IBC AdBlue setup?
It is strongly recommended. A filter between the pump and the nozzle catches particulate from the container, the hose and the pump before it reaches the vehicle's dosing system.
Set up the IBC once, swap it in minutes
FuelGear supplies complete IBC stations: electric, air operated and hand operated kits, filters, meters, reels and nozzles and IBC accessories. Tell us what power the site has and how much you dispense, and we will match the kit.