Determination of Oil, Aromatic Hydrocarbons, Chlorophyl and more...

Fluo-Imager

Fluo-Imager

Overview


The Skalar Fluo-Imager, model M153, is capable of on-line measurement of low concentrations of Aromatic Hydrocarbons, like Oil in Water, Phenols, Humic and Fulvic acids, Benzene, Toluene, Xylene, PAH and many more as well as COD by using the technique of Spectral Fluorescent Signatures. This technique is based on a direct measurement of a 3-dimensional fluorescent pattern of the sample. These three dimensions are excitation wavelength, emission wavelength and the amount of fluorescence. These fluorescent patterns are compared with fingerprints of known compounds in an easy self-adjustable library. This way different compounds will be recognized and also quantified without the use of any sample pre-treatment.

The monitor cabinet has lockable doors and separation between electronics and measuring unit, to avoid corrosion, which assures reliable operation of the instrument. Sample can be measured continuously, with automatic rinsing cycle, and concentration is shown on a clear display of a build-in industrial touch-screen computer.

The analysis of priority (discrete) samples can be carried out by use of the batch mode, during which, the on-line sample analysis is suspended. The performance of the hardware is continuously checked to guarantee proper analysis. The alarm level is adjustable and an alarm signal will be send if a parameter excites this level. The quartz Xe-lamp with continuous spectrum is used as light-source. The excitation wavelength is varied from 240 nm to 360 nm and fluorescence registration in spectral range from 250 nm to 570 nm. During the measurement of these fluorescent patterns a background correction is used to measure the right amount of the desirable parameter.

Typical Applications


M153 M132 B
Oil and oil products Chlorophyll
Chemical Oxygen Demand Blue green algae
Dissolved Organic Matters
Phenols
Benzene
Toluene
Xylene
Polycyclic Aromatic
Hydrocarbons

News

Low level Phosphate analysis on the San ++ Continuous Flow Analyzer

Increased sensitivity can be achieved for the automated Phosphate method by implementation of a special flow cell in the San++. This long pathlength flow cell combines an increased optical pathlength of 500 mm with a small sample volume (125 µl).

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Sub ppb detection levels for Total Phenol analysis on the San++

Skalar's most recent development is the implementation of a new type of flow cell in the San++ which increases the sensitivity for the automated procedure of Phenol analysis considerably.

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Exhibitions November 2011

In the last months of 2011 Skalar will be present at BrauBeviale, Expoquimia, Watec and Gemas. We will be very pleased to meet you and demonstrate Skalar’s latest innovations in wet chemistry automation, TOC & TN analyses and the Robotic automation solutions.

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