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What is Water Testing?
Water is at the core of our business. Not only are we responsible for testing drinking water for more than one third of New Zealand’s population, but we are a division of Watercare Services – the fifth largest company in New Zealand by asset value. Watercare provides high quality drinking water and efficient wastewater services to 1.7 million customers every day.
Our expert team provide water service providers, local government authorities, businesses, and residential customers with comprehensive testing of drinking water, wastewater, stormwater, trade waste, environmental and recreational waters. Our testing is carried out to the highest international standards by experienced professionals working right here in New Zealand.
We’re registered with the Ministry of Health and internationally accredited to carry out a range of tests on water sources. Read more here.Learn
We perform a variety of tests on wastewater for treatment plant operators across the country. Read about what we can test for here.Learn
Rainfall that does not evaporate can pick up contaminants and end up in waterways. We perform a variety of tests on stormwater. Read more here.Learn
Environmental & recreational waters
Our microbiology and chemistry testing on these types of waters can be tailored to our customers’ needs. Read more here.Learn
Trade Waste Discharge
We carry out confidential analysis for customers who need to comply with local authority discharge resource consents. Read more here.Learn
Commercial & Industrial Process Water
We do test for agriculture, horticulture and viticulture businesses that want to understand the safety of the water they are using. Read more here.Learn
If you are unsure about which testing to choose, we can help you determine the right testing for your needs.Get in Touch
Laboratory Testing Process
Water Testing Capabilities
Microbial testing is necessary where human health is at risk of being adversely affected by biological pathogens, disease-causing bacteria, and other toxins.
An imbalance of anion content in water can cause environmental problems. Anions such as nitrates, sulfates, phosphates, chloride, fluoride, boron, and cyanide may be present at various concentrations in potable and wastewater and can pose toxic risks to aquatic systems.
Nutrients—especially nitrogen and phosphorus—are key water quality parameters in environmental water. They can have significant direct or indirect impacts on plant growth, oxygen concentrations, water clarity, and sedimentation rates.
Inorganic chemistry deals with synthesis and behaviour of inorganic and organometallic compounds. This field covers chemical compounds that are not carbon-based.
Testing for metals in water is important because many heavy metals pose a threat to our health. Water testing for metals is to ensure drinking water is of high quality, to confirm limits prohibited in wastewater are being met, or to establish scale potential in water.
Organic chemistry deals with the structure, properties, composition, reactions, and preparation of carbon-containing compounds. Most organic compounds contain carbon and hydrogen, but they may also include any number of other elements (e.g., nitrogen, oxygen, halogens, phosphorus, silicon and sulfur).
PFAS is an emerging organic contaminant and is an increasing area of focus in environmental management given it’s link to adverse health effects.
Continuous Water Monitoring
Online monitoring is a major improvement in many types of water monitoring, the ability to view real time trends and changes over time gives a much more detailed view than discrete (grab) sampling.
WHO launches guidelines for recreational water quality
Read the latest WHO guidelines which feature targets and recommendations when it comes to the surveillance and pollution control of water at beaches, lakes, and rivers.Read more
What is the state of drinking water testing around New Zealand?
Read how Watercare’s water quality scientists go above and beyond to ensure Auckland’s drinking water is of a high standard. The team test for E coli and chlorine as well as clarity and pH levels.Read more