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SYSTEA manufactures a wide range of online analyzers, named Micromac C, using well established and standard colorimetric methods applied on more than 50 applications of chemical compounds monitoring in water.
MICROMAC C is a microprocessor controlled colorimetric online analyzer specifically designed for on-line industrial and environmental control unattended monitoring.
The use of the patented technology Loop Flow Analysis (LFA) ensures:
- the highest level of robustness in the electronics, mechanics and hydraulics components;
- reliable mutiparametric sequential measurements of up to four chemical compounds in waste, surface and drinking water with the same device.

Web site
http://www.systea.it

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EASYCHEM COLI online is a microprocessor controlled on-line analyzer automating COLILERT®-18 test to detect coliforms in drinking, surface, waste and bathing water.

EASYCHEM COLI online simultaneously detects both Total Coliforms (TC) and Escherichia coli (EC) or Faecal Coliforms (FC) in water and wastewater. Multiple Tube Fermentation MTF quantitative results are provided within 18 hours, according to the measurement range.

Colilert®-18 culture medium is the ISO standard 9308-2:2012 and it is also U.S. EPA-approved and included in Standard Methods for Examination of Water and Wastewater.

Web site
http://www.systea.it

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As a result of years of intensive research and development activities, EASYCHEM TOX Early Warning is an original direct reading on-line analyzer based on discrete analysis technology, for fully automated toxicity measurements of water samples using live cultures of luminescent bacteria.

EASYCHEM TOX Early Warning is a on-line automated platform equipped with color touchscreen LCD and housed in an industrial cabinet, comprising a refrigerated compartment, for bacteria, reagents, calibrants and controls. A mechanical arm for aspiration, transferring and dispensing of reagents and samples and a thermostated reaction plate with 80 positions are incorporated with a luminometer, integrated with an automated cuvette washing station.

In order to enable an extended time of use of rehydrated cultures by up to ten days, proprietary bioluminescent bacteria were selected, grown, stabilized and lyophilized according to standard methods. Thus, for the required period, the microorganisms preserve a measurable bioluminescence signal and an unaltered sensitivity to different types of reference compounds defined in ISO and GB-T standards, such as zinc sulphate and mercury Chloride. The system is programmed to manage several bacterial vials in succession, thus enabling an high frequency measurement for one month or up to three months of unattended operation with lower measurement frequency.

Timing and frequency of analytical cycles, limits and parameters of quality controls are programmable by the operator and managed automatically. The continuous measurement of blanks and samples at pre-defined time intervals of about 40 seconds, results in the generation of inhibition kinetics, which allow to achieve, from the very beginning of the analysis, preliminary information on the level of sample contamination. Following a toxicity alert, the system is able to react immediately by automatically replicating samples and performing control checks to confirm identified toxicity, significantly reducing the occurrence of false positives.
EASYCHEM TOX Early Warning provides local data storage via seriale RS-232 with separate optional analog outputs 4-20 mA, remote data storage on a web server and data transmission via ftp, http and SMS. An immediate alert service is available in case of detected noncompliances. Finally, the management software allows the integration of different instrumentation, thus realizing a truly integrated monitoring station, combining chemical and toxicological on-line control of water samples.

Web site
http://www.systea.it

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Easychem is the registered name of our line of routine laboratory analyzers based on robotic technology, named as Discrete Analysis (DA), handling in a complete automated way spectrophotometric methods by automatic programmed dispensing of liquid chemical reagents inside incubation cuvettes and then performing the absorption reading at a predefined wavelength.

Easychem 200 is a fully automated analyzer based on Direct Reading Discrete Analysis technology, with a sample capacity from 60 up to 75 positions.

Main technical features:
- Cooled reagents tray with capacity from 12 up to 27 reagents bottles
- Temperature controlled Reaction tray containing up to 80 reaction cuvettes, washable & reusable after QC check
- Colorimetric detector including 9 position filter wheel for automatic wavelength selection
- Pre or post run sample autodilution
- Samples throughput: up to 200 tests per hour.

Web site
http://www.systea.it

Documents

WIZ probe is the state of the art portable “in-situ” probe, to measure automatically up to four chemical compounds in surface and sea water.

The innovative design allows an easy handling and field deployment by a single user.

WIZ probe allows, in the standard configuration, the detection at trace levels of the main four nutrients compounds:
- ammonia (N-NH3)
- orthophosphate (P-PO4)
- nitrate + nitrite N-(NO3+NO2)
- nitrite (N-NO2).

WIZ probe automatically manages the well known spectrophotometric wet chemistries and an advanced fluorimetric method for ammonia measurement.

Many other analytical methods are available on request, including silicates, Total P, Total N, iron and other metals.

WIZ Probe is the most advanced analytical probe for field applications:
- the 1.5 ml micro Loop Flow Reactor (μLFR*) enables an extremely low consumption of reagents and calibrants
- the exclusive multibeam compact, optic fibers based, colorimetric detector, coupled with a state of the art fluorimeter
- the compact cylindrical design allows the deployment as any conventional water quality monitoring probes available in the market
- the innovative “plug-in” and compact reagents container allows an immediate field reagents and calibration solutions changeover.

Web site
http://www.systea.it

Documents