SYSTEA S.p.A. develops, manufactures and sells worldwide integrated solutions for analysis and on line monitoring of complex chemical compounds in:
Innovative technology, high quality standard and over 30 years of experience allow Systea to propose a wide range of products with unique characteristics of sensitivity and flexibility, based on proprietary industrial patents.
A continuous technical support is guaranteed to our Customers by high specialized technical organization; our staff is always available to suggest the right solution.
SYSTEA manufactures a wide range of on-line 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 on-line analyzer specifically designed for on-line industrial and environmental control unattended monitoring.
Easychem online is our state of the art line of products based on Discrete technology with direct reading technique, allowing the online monitoring of several chemical parameters in the same unit, acute toxicity and coliforms online detection too.
Two products are available for portable analysis of chemical parameters in water:
Both products are available either in mono or sequential mutiparametric configuration, providing the highest level of analytical automation and compactness. μMAC-1000 andμMAC-Smart are the only available high sensitivity multiparametric portable analyzers using colorimetric approved methods.
These analyzers can measure many type of water samples on a wide range of applications, including sea water.
SYSTEA is one of the few companies in the world offering a line of in-situ probes to measure nutrients and other chemical compounds in surface and sea water.
The available products are the following:
Our probes can analyze up to 4 nutrients in the same device, using official colorimetric methods but also fluorimetric detection techniques.
Our laboratory analyzers product range covers most of the needs for automatic and reliable routine analysis of inorganic compounds in water and water extracts, like Ammonia, Nitrate, Nitrite, Orthophosphate, Silicates, Total Nitrogen, Total Phosphorus, Total Dissolved Iron, Chromium, Aluminium, Manganese, Copper, Nickel, Zinc, Alkalinity, Hardness, Sulphate, Residual Chlorine, Chloride, Calcium, Magnesium, Cyanide, Phenols, Boron, Urea, TOC.
Third generation continuous flow analyzers
FLOWSYS is a microflow automated Continuous Flow Analyzer (CFA) for water, soil, plants extracts and other industrial samples.
More than 800 applications are available on various matrix.
FLOWSYS is a unique CFA analyzer combining higher performances and low running costs with a friendly user interface.
The segmented technique offers all the various possibilities of flow-analysis, what basically is a highly integrated, modular sample preparation and handling technique, with outstanding repeatability.
3rd Generation hydraulics
The Microflow CFA technique carries out all steps of the analytical procedure in a reaction line of 1.0 mm inner diameter. These flow-conditions results in several advantages, for analytic process, design and easy operation.
The reduction of flow-volume to 40% of the previous second CFA generation reduces the required dimensions for the pump. A high precision, multichannel pump separately for each determination provides maximum flexibility and easy maintenance.
The physical properties of flow line and segmentation in Microflow provides high effective, continuous mixing and faster kinetics reaction.
Microflow provides easier and safer conditions for today's most interesting CFA applications, using inline distillation (cyanide, phenolindex) or UV-digestion (total-P, total-N).
FLOWSYS measures available cyanide by a ligand-exchange, gas diffusion technique coupled with amperometric detector according to ASTM Method D6888-09 or OIA1677; it can quickly and easily perform Free Cyanide measurements according to ASTM D7237 of ISO 14403 and total cyanide by a UV digestion, gas diffusion technique coupled with amperometric detector according to ASTM Method D7511-09e2.
Features and benefits