Excavator in a hall with sorted waste

Recycling and waste: oil in a dusty environment

Balers, machinery and gas engines in the waste sector work amid dust, fibres and abrasive gas. The contamination ends up in the oil. An offline filter cleans it continuously while the equipment runs.

Balers and hydraulics

In a recycling facility the air is full of dust and paper fibres, and they find their way into the hydraulic oil. At Biffa, this led to five pump and valve failures in a new baler's first six months, before oil analysis found the cause.

Gas engines on landfill gas

Landfill gas carries silicon and other abrasive substances into the engine oil. The silicon level normally determines the oil change, and on a CAT 3516 that means a change roughly every 200 hours.

Offline filtration removes the coarse, abrasive particles, so the oil can stay in the engine longer.

Cleaned in a kidney loop while the equipment runs

A Delta Xero system is connected to the hydraulic tank or the engine's oil system. Particles down to0.1 µm, free and emulsified water and sludge stay in the cartridge.

Hydraulic tank or engine oilhydraulic or engine oildust, abrasive particles, water and sludgesuction line from the tank bottomDelta Xerothe cartridge captures particles down to 0.1 µm, water and sludgeclean oil returned above fluid levelThe equipment's own filters and operation are unchanged.

Documented on real installations

At Biffa, the cleanliness code fell from ISO 22/19/13 to 17/15/12, and there has not been a fluid-related failure since the installation. At Enovert, a CAT 3516 on landfill gas ran 907 hours on the same engine oil, against the usual figure of around 200.

0 failuressince the installation on Biffa's baler
907 hourson the same engine oil, against around 200 normally
407 to 59ppm water in the gas engine's oil

Start with an oil sample

We analyse the oil samples ourselves, so results arrive within a few days. If the numbers show a problem, the pilot programme runs with samples before and after.

Contact us, or call76 20 80 10.