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Note: Direct monitoring data is unavailable for this specific postcode. We are displaying the most recent data from the nearest monitoring station [Station Name] which shares your water source.

Water Contamination Risk Report for Postcode

Risk Description

  • 1-2: “The water quality in your area has very low risk.”
  • 3-4: “The water quality in your area has low risk levels.”
  • 5-6: “The water quality in your area carries a medium level of risk.”
  • 7-8: “The water quality in your area has high risk levels. Caution advised.”
  • 9-10: “The water quality in your area has critical levels of risk.”

Data sourced from: [authority_name]

Detected Contaminants

Escherichia coli (E. coli)​

E.coli levels slightly above recommended limits.
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A bacterium found specifically in the gut of warm-blooded animals. Its presence in water is a direct indicator of recent fecal contamination and poses a significant risk of gastrointestinal illness.

Primary sources are human sewage and animal feces. In urban areas, contamination often stems from leaking sewer pipes or stormwater runoff causing overflow events. In regional and remote Australia, the main risks are failing septic tanks leaching into groundwater bores, or livestock manure washing into surface dams and creeks after heavy rainfall.

Consuming water contaminated with E. coli can lead to severe abdominal cramping and bloody diarrhea, but the most critical risk is Hemolytic Uremic Syndrome (HUS), a type of kidney failure that can be fatal. Infants and young children are disproportionately vulnerable to this rapid dehydration and organ shutdown. The severity of this contamination was tragically demonstrated in the Walkerton outbreak, where municipal water contamination resulted in multiple deaths and lifelong health complications.

• Boil Water: Heating water to a rolling boil for one minute kills E. coli and other pathogens, making it safe to drink. This is the most reliable emergency method.

• Sub-Micron Mechanical Filtration: Use a water filter certified to have an absolute pore size of 0.5 microns or less (ideally 0.2 microns). This physically blocks and removes bacteria. Look for filters certified under NSF P231 (Microbiological Purifier) for the highest level of assurance.

• Reverse Osmosis (RO): This advanced filtration method uses a semi-permeable membrane with extremely small pores to remove bacteria, viruses, and a wide range of other contaminants.

• UV Disinfection: High-intensity UV light scrambles the DNA of E. coli, rendering it unable to reproduce or cause infection. It sterilises the water but does not physically remove the bacteria.

• Chlorination: Adding a specific amount of unscented household bleach disinfects water by destroying the bacteria’s cell walls. This is a common method for emergency disinfection of larger water volumes.

Fluoridation Status

Disinfection Status

PFAS Status

Your Reading vs. The World

User’s Reading: [Insert User Value] ppt (parts per trillion)

Australia (NHMRC) Guideline: 70 ppt (PFOS + PFHxS) / 560 ppt (PFOA)

US EPA Enforceable Limit: 4.0 ppt (PFOA & PFOS)

EU Drinking Water Directive: 100 ppt (Sum of 20 PFAS)

Heavy Metals

Microplastics

Pesticides

Your Water Source

Get Your Risk Report

You can download the full PDF report here. A copy has also been sent to [User_Email].