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National Association of Testing Authorities, Australia
Scope of Accreditation
Air-Met Scientific Pty Ltd
Site
Air-Met Scientific Pty Ltd – Mackay Site
Accreditation No.
14926
Site No.
24703
Date of Accreditation
01 Feb 2021
Contact
Mr Jonathan Alexander P: +61 0458867178
Availability
Services available to external clients
Scope of Accreditation
Air-Met Scientific Pty Ltd – Mackay Site
ISO/IEC 17025 (2017)
Calibration
- The uncertainty of measurement is reported as an expanded uncertainty having a level of confidence of 95% unless stated otherwise
Service | Product | Determinant | Technique | Procedure | Limitations | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Chemical metrology - Gas analysers | Gas analysers; Mine safety and confined space equipment | Concentration | Comparison measurement against a certified reference material; Direct measurement by certified reference material | in-house methods B; C; S | Including on-site calibrations | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Capability
With a calibration and measurement capability of - Ammonia : Electrochemical detector with reading in parts per million (ppm). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 15.5% of the reading over the range of 9.9x10-6 to 178.2 10-6 %(v/v) of ammonia Butene : Photo ionisation detector with reading in parts per million (ppm). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 5.0% of the reading over the range of 9.7x0-6 to 175x0-6 %(v/v) of butene Carbon dioxide : Infrared/Electrochemical with reading in % (volume/volume). Measurement uncertainty of 1.0x10-6 %(v/v) at zero instrument reading and 5.6% of the reading over the range of 1x10-6 to 18x10-6 %(v/v) of carbon dioxide Carbon monoxide : Electrochemical detector with reading in parts per million reading (ppm). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument and 5.0% of the reading over the range of 10.1x10-6 to 182x10-6 %(v/v) of carbon monoxide Hexane :Catalytic combustion detector with reading in % Lower Explosive Limit (LEL) Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 5.6% of the reading over the range of 2.5x10-6 to 45x10-6 %(v/v) of hexane Hydrogen : Catalytic combustion detector with reading in % Lower Explosive Limit (LEL). Measurement uncertainty of 110-6 %(v/v) at zero instrument reading and 6.5% of the reading over the range of 5x10-6 to 90x10-6 %(v/v) of hydrogen Hydrogen : Electrochemical detector with reading in parts per million (ppm). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 6.5% of the reading over the range of 48x10-6 to 864x10-6 %(v/v) of hydrogen Hydrogen sulfide : Electrochemical detector with reading in parts per million (ppm). Measurement uncertainty of 0.1x10-6 %(v/v) at zero instrument reading and 9.9% of the reading over the range of 2.5x10-6 to 4510-6 %(v/v) of hydrogen sulfide Methane : Catalytic combustion detector with reading in % (volume/volume). Measurement uncertainty of 0.01x10-6 %(v/v) at zero instrument reading and 2.3% of the reading over the range of 0.3x10-6 to 4.5x10-6 %(v/v) of methane Methane : Catalytic combustion detector with reading in % Lower Explosive Limit (LEL). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 5.6% of the reading over the range of 5.0x10-6 to 90.0x10-6 %(v/v) of methane Methane : Flame ionisation detector with reading in % (volume/volume). Measurement uncertainty of 0.01x10-6 %(v/v) at zero instrument reading and 4.5% of the reading over the range of 0.3x10-6 to 4.5x10-6 %(v/v) of methane Methane : Infrared detector with reading in % (volume/volume). Measurement uncertainty of 1x10-6 at zero instrument reading and 5.5% of the reading over the range of 0.8x10-6 to 14.2x10-6 %(v/v) of methane Methane : Solid-state semiconductor detector with reading in parts per million (ppm). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 5.6% of the reading over the range of 0.8x10-6 to 14.2x10-6 %(v/v) of methane Methane : Thermal conductivity detector with reading in % Lower Explosive Limit (LEL). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 6.1% of the reading over the range of 0.3x10-6 to 4.5x10-6 %(v/v) of methane Nitric oxide : Electrochemical detector with reading in parts per million (ppm). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 4.5% of the reading over the range 5.4x10-6 to 97.2x10-6 %(v/v) of nitric oxide Nitrogen dioxide : Electrochemical detector with reading parts per million (ppm). Measurement uncertainty of 0.1x10-6 %(v/v) at zero instrument reading and 5.2x10-6 to 93.6x10-6 %(v/v) of nitrogen dioxide Oxygen : Electrochemical detector with reading in % (volume/volume). Measurement uncertainty of 0.1x10-6 %(v/v) at zero instrument reading and 1.7% of the reading over the range 1.8x10-6 to 31.9x10-6 %(v/v) of oxygen Oxygen : Electrochemical detector with reading in parts per million (ppm). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 8.1% of the reading over the range of 100x10-6 to 1800x10-6 %(v/v) of oxygen Pentane : Catalytic combustion detector with reading in % Lower Explosive Limit (LEL). Measurement uncertainty of 1x10-6 %(v/v) at zero instrument reading and 3.6% of the reading over the range of 2.50x10-6 to 45x10-6 %(v/v) of pentane Sulfur dioxide : Electrochemical detector with reading in parts per million (ppm). Measurement uncertainty of 0.1x10-6 %(v/v) at zero instrument reading and 5.5% of the reading over the range of 4.9x10-6 to 88.210-6 %(v/v) of sulfur dioxide |
The only data displayed is that deemed relevant and necessary for the clear description of the activities and services covered by the scope of accreditation.
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Accreditation No.
14926
Site No.
24703
Print date
31 Aug 2024
END OF SCOPE