biomonitoring system Equipment

22 Results found
  • Keyword: biomonitoring system ×

TOXcontrol - On-Line Biomonitor System

by microLAN On-line Biomonitoring Systems     based in Waalwijk, NETHERLANDS

The TOXcontrol is a toxicity monitor and is ideally used to give additional information on water quality. This completely automated system uses freshly cultivated light emitting bacteria (Vibrio fischeri) as a biological sensor. The luminescence is measured before and after exposition to calculate the inhibition in percent.

LAR - Model BioMonitor - Ultimate Online BOD Analyser

by LAR Process Analysers AG     based in Berlin, GERMANY

Measurement range: 1-200.000 mg/l BOD, 0-100 % Toxicity, Respiration in mg O2/l x min. Response time: 3-4 min. (customizable). High degradation. Sludge activity. Using the plant's own biomass. No memory effects.

MosselMonitor - Biomonitoring Device for Testing of Biocides

by Grontmij - SWECO     based in Arnhem, NETHERLANDS

The MosselMonitor is a valve movement device, for experimental testing of biocides and registers the behavior of bivalves like mussels and oysters. The tool is the result of cooperation of KEMA with TNO, RIVM and Delta Consult. The MosselMonitor is an essential tool in predicting the needed time and concentration for the Pulse-Chlorination regime.

DaphTox - Model II - Biomonitoring Analyser

by bbe Moldaenke GmbH     based in Schwentinental, GERMANY

The bbe DaphTox II observes daphnids, commonly known as 'water fleas', under the influence of constantly running sample water. Based on the Extended Dynamic Daphnia Test, bbe developed a new sensitive method to detect hazardous compounds in water from rivers (source-water protection), plants, distribution systems and production drains to preserve ...

Fish Toximeter - Real-Time Biomonitoring Analyser

by bbe Moldaenke GmbH     based in Schwentinental, GERMANY

The bbe Fish Toximeter observes the behaviour of fish in a tank under the influence of a stream of 'sample' water with the aid of a camera and continuous computer-assisted image analysis. This uncomplicated but highly sensitive instrument is designed to detect toxic substances in e.g. rivers, reservoirs, water supply systems, water treatment plant ...

Algae Toximeter - Model II - Online Biomonitoring Analyser

by bbe Moldaenke GmbH     based in Schwentinental, GERMANY

The bbe Algae Toximeter continuously monitors water for the presence of toxic substances. Standardised algae are mixed with the sample water and the instrument detects the photosynthetic activity of the algae. Damage to the algae, caused e.g. by herbicides, causes a reduction in algae activity and activates an alarm above a ...

iTOXcontrol - Integrated On-line Toxicity Monitoring System

by microLAN On-line Biomonitoring Systems     based in Waalwijk, NETHERLANDS

The new toxicity monitor from microLAN is called the iTOXcontrol and it includes: Integrated and automated cultivation of the bacteria inside of the instrument. Information can be sent to an internet database to support decision making for alarm monitoring and modelling. Integration of (optional) on-line Solid Phase Extract

EnviroGard - PCB Soil and Wipe Test System

by microLAN On-line Biomonitoring Systems     based in Waalwijk, NETHERLANDS

Envirogard is a rapid field enzyme immunoassay method for the analysis of soil remediation, assessment and industrial testing. It uses a coated tube technology to detect the analyte of concern.

ALGcontrol - Algae Monitoring System / Algae Control

by microLAN On-line Biomonitoring Systems     based in Waalwijk, NETHERLANDS

The ALGcontrol offers on-line monitoring of different kind of algae through fluorescence detection. With this it is possible to identify different kinds of algae by converting multiple fluorescent values into chlorophyll concentrations.

iTOXcontrol and algae monitoring option - On-line Toxicity and Algae monitoring in 1 instrument

by microLAN On-line Biomonitoring Systems     based in Waalwijk, NETHERLANDS

On-line Algae sensor, on-line Algea measurements by a new LED-technique. With the development of the ALGcontrol microLAN adds a new technique to the existing iTOXcontrol. This technique is capable to identify classes of algae and to convert fluorescent values into chlorophyll-a concentrations and blue-green algae (or cyanobacteria) concentrations.

Related Terms for biomonitoring system

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