Modern Water, Test and Measurement

AZF848525 Microtox® FX Analyzer, with Case by Modern Water

Microtox® FX is a simple, rapid, extremely responsive, portable water quality test system. Designed for acute toxicity screening and adenosine triphosphate (ATP) testing, Microtox® FX uses bioluminescence technology to screen for contamination in instances of drinking water emergencies and chemical spills into water systems. Microtox® FX is the portable toxicity analyser used with the Microtox® technology

The Microtox® FX instrument has a combined detection capability that provides a very sensitive and rapid test to detect two of the most probable classes of agents; pathogens and toxic chemicals, that may accidently or intentionally contaminate drinking water or wastewater. Microtox® FX's acute toxicity and ATP detection capabilities make it the ideal instrument for rapidly and accurately assessing if the quality of drinking water, from the source to the tap, has been affected by an incident.

• Biological early warning system sensitive to more than 2,700 simple and complex chemicals
• Fast - Reliable results available in 5 minutes after initial sample preparation
• Test results highly correlated with other widely accepted toxicity test methods
• Excellent correlation with HPC test methods
• Fully portable - lightweight with sturdy field carrying case
• Battery life of up to 8 - 10 hours with typical use
• Compatible with widely available ATP test kits*
• Manufactured in a certified ISO 13485 quality system with 100% lot traceability

Microtox® FX is designed for use in any sample location throughout the water distribution or industrial waste water system. It is particularly suited to remote sites such as reservoirs, storage tanks, ocean or lake going vessels or in any hard to reach place.

Chemical contamination of drinking water and wastewater

Microtox® FX is the portable version of the industry-leading Microtox® Model 500 (M500) laboratory analyser. The Microtox® FX test is fast, simple to conduct, uses small sample sizes and is very cost effective. Results correlate well with those from other toxicity bioassays such as fish, daphnia and shrimp. Microtox® FX is used extensively in the measurement of toxicity of "fit for use" water and wastewater treatment effluent. It is also used as an early screening tool for relative toxicity as part of a test battery.

Microtox® FX test systems are uniquely suited for drinking water surveillance where supplies are monitored regularly and at strategic points. It can quickly reveal any changes in the level of toxicity of drinking water making it the ideal solution for major events. Microtox® has been deployed during the Summer Olympics beginning in 1984.

In industrial and municipal wastewater, Microtox® FX helps assure compliance with NPDES toxicity limits, measures toxicity in influent streams and determines treatment efficiency.

Microbial contamination of drinking water

Microtox® FX can rapidly estimate the microbial concentration of a drinking water sample to a level of 100 cfu/mL without additional filtration or incubation steps. The data is available in minutes and is highly correlated with standard heterotrophic plate count methods.

Microtox® FX is extremely responsive and has been designed for use in a wide variety of applications where it is crucial to rapidly determine the biomass of a sample.

Applications

• Drinking water monitoring
• Emergency response: Biological contamination
• Emergency response: Chemical toxicity
• Hazardous waste
• Industrial effluent
• Industrial process water
• Municipal effluent
• Recreational water
• Soil
• Sediments
• Storm water

Process explained

The Microtox® FX system performs a dual function; toxicity testing and determination of microbial contamination. The Microtox® FX test system uses a strain of naturally occurring luminescent bacteria called Aliivibrio fischeri to provide acute toxicity detection. The bacteria emit light as a natural part of their metabolism. Exposure to a toxic substance causes disruption of the respiratory process of the bacteria resulting in reduced light output. The Microtox® FX photometer measures the light levels before and after addition of the sample, and the reduction in light output is a measure of the toxicity of the sample.

All organisms contain ATP as their main energy source and the amount of ATP in a sample is directly proportional to the biomass of the sample.

ATP reacts with luciferin/luciferase, the enzyme system present in firefly tails, to produce light. In the reaction, each molecule of ATP produces one photon of light; the light output of this reaction can be accurately measured using the very sensitive Microtox® FX instrument.

EQP-PBM-PAC PhotonMaster & Bluetooth Equipment Set by AquaPhoenix

LuminUltra's PhotonMaster is coupled with the PhotonMaster Bluetooth Module (PBM), meaning that data can not only be generated independently from a computer, but also collected and analyzed in real-time when paired via Bluetooth with our LuminUltra Cloud™mobile app.

IK-710-0000AH-02 OVA7100 On-Line Metal Analyser - Gold Electrode by Modern Water

Measuring trace metals in water streams, whether its drinking water, ground water, river water, factory effluent, soil washings or WWTP discharge is a vital part of modern environmental monitoring. Voltammetry offers an internationally accepted alternative to laboratory analysis or automatic samplers. Modern Water's range of OVA products are cost effective, accurate, simple to use and easy to integrate into existing systems.

• Can be configured to monitor 23 different metals
• Very low detection levels (down to 0.1 μg/L*)
• High levels of accuracy and repeatability – Excellent Correlation with Laboratory Methods (AAS, ICP-MS)
• 24-hour monitoring at high frequency can identify and isolate events that daily average sampling may miss
• Short analysis times allow identification of events as they occur – laboratory analysis typically identifies an event only after it occurred
• Single cell unit can measure up to six metals.
• Programmable alarm and outputs for out-of-range samples or system faults.
• Remote access and data communication with many different secure communication options available including wireless
• Easy connection to process control room allows integration into automated plant control systems (dosing, flow diversion).
• Pre-treatment options available to eliminate interferences and allow total and dissolved concentrations to be monitored
• Solid electrodes-no hazardous mercury drop electrodes
• Automated testing of pump operation and reagent/ sample supply
• Standard addition or multiple point calibration curve options
• Multiple language interface options - including traditional and simplified Chinese
• Online technical support (requires internet connection)

Process explained

In Voltammetry metals are drawn onto the working electrode when a specific voltage is applied to the water sample under test.

When a stripping voltage is applied, the metals return to the sample solution, generating a small current. Each metal has a specific voltage at which it returns to solution. So the metal is identified by its stripping voltage and the current generated indicates the concentration of metal in the sample.

What it detects

• The OVA7100 can detect a range of metals (for example: As, Cd, Cr, Cu, Hg, Ni, Pb, Se, Tl, Zn, and others) to single figure μg/l levels (typically 0.5-5μg/l).
• Colour or turbidity does not affect the method. Samples range from waste water, process water, river water to drinking water.
• Acid/ UV digest and filtration are treatment options.

Applications

• Accidental or deliberate contamination events
• Drinking water intake and distribution
• Groundwater monitoring /natural attenuation
• Industrial effluent monitoring
• Mining and metals processing
• Monitoring of rivers, lakes, reservoirs, seawater
• Wastewater recycling and WWTP influent monitoring

IK-710-000CPC-01 OVA7100 On-Line Metal Analyser - Carbon Electrode by Modern Water

Measuring trace metals in water streams, whether its drinking water, ground water, river water, factory effluent, soil washings or WWTP discharge is a vital part of modern environmental monitoring. Voltammetry offers an internationally accepted alternative to laboratory analysis or automatic samplers. Modern Water's range of OVA products are cost effective, accurate, simple to use and easy to integrate into existing systems.

• Can be configured to monitor 23 different metals
• Very low detection levels (down to 0.1 μg/L*)
• High levels of accuracy and repeatability – Excellent Correlation with Laboratory Methods (AAS, ICP-MS)
• 24-hour monitoring at high frequency can identify and isolate events that daily average sampling may miss
• Short analysis times allow identification of events as they occur – laboratory analysis typically identifies an event only after it occurred
• Single cell unit can measure up to six metals.
• Programmable alarm and outputs for out-of-range samples or system faults.
• Remote access and data communication with many different secure communication options available including wireless
• Easy connection to process control room allows integration into automated plant control systems (dosing, flow diversion).
• Pre-treatment options available to eliminate interferences and allow total and dissolved concentrations to be monitored
• Solid electrodes-no hazardous mercury drop electrodes
• Automated testing of pump operation and reagent/ sample supply
• Standard addition or multiple point calibration curve options
• Multiple language interface options - including traditional and simplified Chinese
• Online technical support (requires internet connection)

Process explained

In Voltammetry metals are drawn onto the working electrode when a specific voltage is applied to the water sample under test.

When a stripping voltage is applied, the metals return to the sample solution, generating a small current. Each metal has a specific voltage at which it returns to solution. So the metal is identified by its stripping voltage and the current generated indicates the concentration of metal in the sample.

What it detects

• The OVA7100 can detect a range of metals (for example: As, Cd, Cr, Cu, Hg, Ni, Pb, Se, Tl, Zn, and others) to single figure μg/l levels (typically 0.5-5μg/l).
• Colour or turbidity does not affect the method. Samples range from waste water, process water, river water to drinking water.
• Acid/ UV digest and filtration are treatment options.

Applications

• Accidental or deliberate contamination events
• Drinking water intake and distribution
• Groundwater monitoring /natural attenuation
• Industrial effluent monitoring
• Mining and metals processing
• Monitoring of rivers, lakes, reservoirs, seawater
• Wastewater recycling and WWTP influent monitoring

IK-710-000DCC-01 Dual Cell OVA7100 On-Line Metal Analyser - Carbon/Carbon Electrodes by Modern Water

Measuring trace metals in water streams, whether its drinking water, ground water, river water, factory effluent, soil washings or WWTP discharge is a vital part of modern environmental monitoring. Voltammetry offers an internationally accepted alternative to laboratory analysis or automatic samplers. Modern Water's range of OVA products are cost effective, accurate, simple to use and easy to integrate into existing systems.

• Can be configured to monitor 23 different metals
• Very low detection levels (down to 0.1 μg/L*)
• High levels of accuracy and repeatability – Excellent Correlation with Laboratory Methods (AAS, ICP-MS)
• 24-hour monitoring at high frequency can identify and isolate events that daily average sampling may miss
• Short analysis times allow identification of events as they occur – laboratory analysis typically identifies an event only after it occurred
• Dual-cell option can measure up to 10 metals
• Programmable alarm and outputs for out-of-range samples or system faults.
• Remote access and data communication with many different secure communication options available including wireless
• Easy connection to process control room allows integration into automated plant control systems (dosing, flow diversion).
• Pre-treatment options available to eliminate interferences and allow total and dissolved concentrations to be monitored
• Solid electrodes-no hazardous mercury drop electrodes
• Automated testing of pump operation and reagent/ sample supply
• Standard addition or multiple point calibration curve options
• Multiple language interface options - including traditional and simplified Chinese
• Online technical support (requires internet connection)

Process explained

In Voltammetry metals are drawn onto the working electrode when a specific voltage is applied to the water sample under test.

When a stripping voltage is applied, the metals return to the sample solution, generating a small current. Each metal has a specific voltage at which it returns to solution. So the metal is identified by its stripping voltage and the current generated indicates the concentration of metal in the sample.

What it detects

• The OVA7100 can detect a range of metals (for example: As, Cd, Cr, Cu, Hg, Ni, Pb, Se, Tl, Zn, and others) to single figure μg/l levels (typically 0.5-5μg/l).
• Colour or turbidity does not affect the method. Samples range from waste water, process water, river water to drinking water.
• Acid/ UV digest and filtration are treatment options.

Applications

• Accidental or deliberate contamination events
• Drinking water intake and distribution
• Groundwater monitoring /natural attenuation
• Industrial effluent monitoring
• Mining and metals processing
• Monitoring of rivers, lakes, reservoirs, seawater
• Wastewater recycling and WWTP influent monitoring