Environment
Environmental monitoring and water quality control are essential across wastewater treatment, industrial water systems, environmental laboratories, and municipal infrastructure.
Reliable testing workflows support the detection of microbiological contamination, environmental indicators, and process-control parameters across water, wastewater, sludge, soil, and environmental surfaces.
Environmental laboratories operate under frameworks such as ISO 5667, ISO 8199, EPA methods, and the EU Water Framework Directive, supporting accurate analysis, regulatory compliance, and effective process control.
Microbiology Quality Control
Microbiological quality control supports the detection and monitoring of microorganisms across water, wastewater, soil, sludge, sediment, and environmental surfaces.
Typical testing includes E. coli and coliform analysis, Legionella monitoring, total viable counts, biofilm assessment, and wastewater or soil microbiology.
Reliable, standardized workflows help environmental laboratories manage complex sample types while maintaining reproducible results.
Workflow
Rapid Quality Control
Rapid quality control enables fast screening and process verification across wastewater facilities, industrial water systems, and field-testing environments.
Typical lateral flow applications include Legionella screening, heavy metal detection, pesticide testing, and plant health or phytopathogen screening.
These rapid testing methods support on-site decision-making, contamination control, and routine environmental monitoring.
Workflow
Environmental Monitoring
Environmental air monitoring helps assess airborne contamination and air quality across wastewater facilities, laboratories, industrial environments, and controlled areas.
Typical applications include bioaerosol monitoring, airborne microbial load assessment, HVAC and ventilation checks, hygiene verification, and occupational exposure monitoring.
Standardized air sampling workflows help identify contamination risks and support safer, better-controlled environments.
