Laboratory
Services
ABS offers advanced diagnostic and analytical services designed to solve complex biological and chemical challenges in wastewater treatment. Our expertise helps clients identify root causes, optimise system performance, and make informed decisions based on clear biological data.
Our capabilities
We offer a broad range of chemical and biological analysis to support every stage of plant operation:
- Microscopic analysis, including filamentous identification and total viable counts.
- Aerobic, nitrification, and anaerobic toxicity and treatability testing.
- Specialised biological and chemical testing tailored to complex challenges.

Why lab insights matter
Our testing methods provide fast, actionable results that help operators fix the real problem, not just the symptoms.
Smarter testing. Better outcomes.
Over years of project work, ABS has developed several proprietary methods that go beyond standard testing to provide deeper insight and practical value:

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Floc Former Counts
This proprietary method identifies the microbes responsible for floc formation. It reveals how well your biomass is functioning and how likely it is to settle. -
48-hour anaerobic toxicity testing
Get critical toxicity results in 48 hours rather than the usual 30 days. Early detection helps prevent costly system crashes. -
Microbial seed source evaluations
We assess potential seed sources to find the best microbial match for your system, especially useful for start-ups, restarts, or performance boosts. -
Biomass Blueprint®
We isolate and preserve the exact native microbes doing the work in your plant. This blueprint guides reseeding, optimisation, and system recovery. -
BioBanking
We create a long-term microbial reference for your plant. It’s kept on file and can be used in the Biofermentor® to reintroduce high-performing microbes when needed. -
Accelerated Simulation Test
This crucial test rapidly uncovers your system's potential settleability through small-scale simulation. It provides swift insights to predict and prevent operational issues.