The Australian residential water filter market operates without mandatory product certification or independent performance verification. Manufacturers are not required to substantiate contaminant removal claims before bringing a product to market — meaning the performance figures on the packaging are largely self-reported. A NATA-accredited laboratory baseline provides the only objective, scientifically defensible audit of whether your filtration system is performing as claimed, or creating a false sense of security.

Our laboratory partner completes analysis within 5 business days of receiving your sample. Your report is typically delivered by email 1–2 business days after that. Total time from posting your sample to receiving results is around 7–9 business days depending on postal transit.

As a general guide, annual or biennial testing is appropriate for most bores used for drinking. You should also test after any significant event — heavy rainfall following drought, nearby land use changes such as new agricultural activity or construction, changes in taste, odour or colour, a pump replacement, or if someone in the household is pregnant, elderly, or immunocompromised. Groundwater chemistry changes over time — a bore that tested clean three years ago may not reflect current conditions, particularly if surrounding land use has changed.

For most homeowners wanting to confirm their bore supply is safe to drink, Bore Essentials covers the core risks — microbiology, a full metals panel including arsenic, uranium and iron, fluoride, complete water chemistry, and nutrients. If your property is near a defence base, airport, fire training facility, or industrial site, Bore Advanced adds 30 PFAS compounds at trace detection level. If you are on rural or agricultural land and want a comprehensive contamination screen including pesticides, herbicides, and industrial solvents, Bore Complete covers everything.

The primary risk categories for bore water are: microbiology (E. coli from leaking septic systems, surface water infiltration, or a compromised bore casing), geological metals (arsenic, manganese, and uranium naturally elevated in many Australian aquifers), nutrients (nitrate from agricultural fertilisers and septic systems — elevated levels are particularly dangerous for infants), and water chemistry (pH, hardness, and mineral content that affects taste, appliances, and corrosion). On rural properties near cropping or grazing land, agricultural chemicals including pesticides and herbicides are also relevant. Near defence bases, airports, or industrial sites, PFAS is a serious concern.

Uranium occurs naturally in Australian groundwater — particularly in granite and sedimentary geology across NSW, SA, WA, and QLD. The ADWG guideline value for uranium is 0.017 mg/L, and concentrations in many aquifers naturally exceed this threshold with no visible sign in the water. Uranium has no taste, colour, or odour at concentrations of concern. It is included in every bore water kit because geological uranium is one of the most commonly exceeded ADWG parameters in Australian groundwater and one that most customers would not think to test for.

Yes. The most serious contaminants in bore water — arsenic, uranium, E. coli, nitrate, PFAS, and agricultural chemicals — are colourless, odourless, and tasteless at concentrations that can still affect health. Visible warning signs like iron staining, turbidity, or a sulphur smell are useful indicators of specific issues, but their absence does not confirm the water is within ADWG guidelines. Appearance and taste are not reliable indicators of chemical or microbiological safety.