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Avio-550 Max ICP-OES

Dissolved sample is nebulized and fed into the plasma
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Description

An Inductively Coupled Plasma (ICP) is generated by heating a flow of argon gas through a torch fitted with a radio frequency induction coil. Usually, a dissolved sample is nebulized and fed into the plasma (at up to 10,000 degrees Kelvin) where the elements in the sample excite. The excited atoms and ions emit their characteristic wavelength which is detected and turned into electronic signals that are converted into concentration information for the analyst.

Specifications

  • Flat Plateâ„¢ plasma technology.
  • Universal Data Acquisition in Syngistix software, enables simultaneous acquisition of all available wavelengths.Ìý
  • Vertical plasma torch design.Ìý
  • Dual view optimizes axial and radial plasma viewing to the extended linear dynamic range, measuring high and low concentrations in the same run, regardless of wavelengthÌý
  • Detector: Segmented-array Charged-coupled device (SCD)

Detection limits of working solution (approx.):0.05mg/l (limit may vary depends on elements, concentration, matrix etc.)
Normal setting of the instrument:
Ìý
  • Forward power: 1200-1400 WÌý
  • Reflected Power: 20.0WÌý
  • Nebulizer Gas flow: 0.70 l/minÌý
  • Plasma Gas Flow: 12.0 -15 l/minÌý
  • Aux gas flow: 0.30l/min

Applications

The Avio-550 Max performs a wide range of rapid, multi-element quantitative analyses of major, minor and trace elements.

  • Water, drinking water, groundwater, wastewater -high organics contains water, sea water, water extracted solution, water or acid soluble salts, hydroponic solution.

  • Natural products: - Plant material, animal tissues, food, compost, manure.
    • Volatiles and solvents
    • Biological serums (blood, saliva, fluid, buffer matrixÌý
    • Polymers-plastics for elemental impuritiesÌý
    • Char, Graphene, graphite- diamond (acid-MW) extract
    • Sediments, sludges, soils, ceramic, quartz: EPA-3051A (acid-MW) extractÌý
    • Soil-agricultural applicationsÌý
    • Metal and metallurgy: assay, impurities.Ìý
    • Experimental (different solution/ solvent extract)

Related instruments

Instrument location

Inductively Coupled Plasma - Elemental Analysis Laboratory (ICP)

Room B36Ìý
June Griffith Building (F10)
91É«ÇéƬ Sydney, NSW 2033

Email:Ìýicplab@unsw.edu.au

Rabeya Akter

Senior Technical Officer
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    Email
    r.akter@unsw.edu.au

Khorshed Chinu

Technical Officer
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    Email
    k.chinu@unsw.edu.au

Parent facility

Inductively Coupled Plasma - Elemental Analysis Laboratory (ICP)

We house ICP instrumentation for elemental analysis, as well as a range of other instrumentation for the analysis of anions, carbon, nitrogen and N-forms in water sample. We also offer researcher access to LC-OCD system for dissolved organic carbon in water.

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