Drinking Water and Wastewater

Elevated levels of ammonia in drinking water can indicate the presence of pollutants and nutrients that may pose risks to human health and aquatic ecosystems.

Ammonia can also react with chlorine used for disinfection, forming potentially harmful disinfection byproducts.

By monitoring ammonia levels, water managers can identify sources of contamination, implement appropriate treatment measures, and protect water quality for both human consumption and environmental sustainability.

Our portable water testing solutions are desgined to give realible results and inform users of the ammonia levels in water to demonstrate complaince and monitor process.

High turbidity levels can interfere with disinfection processes, provide habitat for pathogens, and impair the aesthetic quality of water.

Moreover, turbidity serves as an indicator of overall water quality, as it can signify the presence of pollutants and contaminants.

Regular turbidity testing is essential for ensuring that water treatment processes effectively remove suspended particles, thereby maintaining water clarity, safety, and compliance with regulatory standards. Our robust, reliable and simple test methods enables field samplers and site operators to get an accurate understanding of turbidity in water.

Even low levels of lead exposure can have detrimental effects on cognitive development and neurological health.

Testing for lead in drinking water is crucial for identifying sources of contamination, prioritizing infrastructure upgrades, and implementing remediation measures to reduce exposure risks.

By monitoring lead levels, water utilities can ensure compliance with regulatory limits and protect public health by providing safe and lead-free drinking water to consumers.

Our technology offers an EPA approved portable methodology to test water for lead and make an assessment on water quality.

Chlorine Dioxide is effective against a wide range of microorganisms, including bacteria, viruses, and protozoa, and is particularly useful in controlling taste and odour issues in water.

However, less efficient chlorine dioxide generation process can lead to the by-product of Chlorite, which has regulatory limits due to its potential health risks.

Monitoring Chlorine Dioxide and Chlorite levels ensures effective disinfection while minimizing the formation of harmful byproducts, thus maintaining water safety and regulatory compliance.

Our accurate and reliable water testing solutions provide confidence in understanding water quality and ensure water has optimal levels of chlorine dioxide & chlorite to comply regulations and monitor the process.

Unlike Free Chlorine, Monochloramine produces fewer disinfection byproducts and offers longer-lasting protection against microbial regrowth. Testing for Monochloramine levels helps water utilities ensure that adequate disinfection is maintained throughout the distribution network while minimizing potential health risks associated with disinfection byproducts.

Our reliable and simple water testing solutions provide confidence in understanding water quality and ensure water has optimal levels of monochloramine to comply regulations and monitor the process.

Maintaining proper pH levels is crucial for ensuring the effectiveness of disinfection processes, controlling corrosion of pipes and infrastructure, and optimizing the performance of treatment chemicals.

Deviations from optimal pH ranges can impact water quality, treatment efficiency, and the stability of distribution systems.

Regular pH testing allows water utilities to adjust treatment processes and maintain pH within desired ranges, thereby safeguarding water quality and infrastructure integrity.

While manganese is naturally occurring, elevated levels can lead to aesthetic issues like discoloration and metallic taste, as well as potential health risks, especially neurological effects.

Regular testing allows water authorities to identify contamination sources, implement necessary treatments, and maintain compliance with regulations. Addressing manganese levels is vital for safeguarding water quality, consumer confidence, and infrastructure integrity.

However, excessive aluminium levels can occur if these chemicals are not properly controlled or if they react with other substances in the water.

Testing for aluminium in drinking and wastewater is crucial to ensure water quality and protect public health.

By monitoring for aluminium, water authorities can not only address aesthetic concerns but also prevent potential health risks associated with aluminium exposure.

High COD levels indicate the presence of organic pollutants, such as wastewater effluent or industrial discharges, which can adversely affect water quality and aquatic ecosystems.

Monitoring COD helps water authorities assess the organic load in wastewater and optimize treatment processes to remove pollutants effectively.

By controlling COD levels, water utilities can prevent environmental degradation, minimize the risk of eutrophication, and protect receiving water bodies.