
National Association of Testing Authorities, Australia
Scope of Accreditation
Compliance Monitoring Pty Ltd
Site
Compliance Monitoring
Accreditation No.
15217
Site No.
15803
Date of Accreditation
21 Jun 2005
Contact
Availability
Services available to external clients
Scope of Accreditation
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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Flow metrology - Flow measuring devices and systems | Flow test stations | Flow rate; Mass and energy; Volume (and nominal flow rate) | To be determined |
AS 3580.9.11 and AS 3580 9.12 |
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Capability
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ISO/IEC 17025 (2017)
Environment
Service | Product | Determinant | Technique | Procedure |
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Analysis for elements | Air - Ambient | Mercury | Atomic fluorescence spectroscopy (AFS) - Cold vapour |
in house method CMWI118 |
Analysis for industrial chemicals | Air - Ambient | Volatile organic compounds (VOCs) | Flame ionisation detector (FID) |
AS/NZS 3580.11.1 and in-house method CMWI79 |
Volatile organic compounds (VOCs) - Methane; Volatile organic compounds (VOCs) - Non-methane | Flame ionisation detector (FID) |
AS/NZS 3580.11.1 and in-house method CMWI79 |
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Emissions - Industrial | Carbon monoxide | Electrochemical gas analyser | USEPA Method 10 and in-house method CMW110 | |
Nitrogen - Oxides (NOx); Nitrogen dioxide | Chemiluminescence | in-house method CMW178 | ||
Sulfur dioxide | UV fluorescence | in-house method CMW110 | ||
Nitrogen oxide | Electrochemical gas analyser | USEPA Method 7E and in-house method CMW110 | ||
Analysis for physical and chemical characteristics | Air - Ambient | Suspended particulate matter - PM2.5 | Low volume gravimetric | AS 3580.9.10 and in-house method CMW101 |
Hydrogen fluoride | Ion selective electrode (ISE) |
AS/NZS 3580 13.2 and in house method CMWI80 |
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Suspended particulate matter - PM2.5 | High volume gravimetric | AS/NZS 3580.9.14 and in-house method CMW101 | ||
Nitric oxide; Nitrogen - Oxidised; Nitrogen dioxide | Chemiluminescence |
AS 3580.5.1 and in house method CMW178 |
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Suspended particulate matter - PM10 | Tapered element oscillating microbalance (TEOM) | AS 3580.9.8 and in-house method CMW102 | ||
Suspended particulate matter - PM2.5 | Beta attenuation monitors | AS/NZS 3580.9.12 and in-house method CMW186 | ||
Suspended particulate matter - PM10 | Low volume gravimetric | AS 3580.9.9 and in-house method CMW101 | ||
Hydrogen sulfide | UV fluorescence | AS 3580.4.1 and in-house method CMW110 | ||
Suspended particulate matter - PM2.5 | Tapered element oscillating microbalance (TEOM) | AS/NZS 3580.9.13 and in-house method CMW102 | ||
Carbon monoxide | Nondispersive infrared (NDIR) |
AS 3580.7.1 and in house method CMWI81 |
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Suspended particulate matter - PM10 | Beta attenuation monitors |
AS/NZS 3580.9.11 and in house method CMW186 |
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Suspended particulate matter - PM10 | High volume gravimetric | AS/NZS 3580.9.6 and in-house method CMW101 | ||
Suspended particulate matter - Total | High volume gravimetric | AS/NZS 3580.9.3 and in-house methods CMW101 | ||
Sulfur dioxide | UV fluorescence |
AS 3580.4.1 and In house method CMWI10 |
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Ozone | UV-vis spectrophotometry |
AS 3580.6.1 and in-house method CMWI67 |
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Atmospheric dust fall | Ash; Combustible matter; Solids - Insoluble; Solids - Soluble; Solids - Total | Gravimetric |
AS/NZS 3580 10 1 and in house method CMWI30 |
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Emissions - Industrial | Carbon monoxide | Nondispersive infrared (NDIR) | in-house method CMW101 | |
Hydrogen sulfide | Fluorescence |
in house method CMW110 |
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Moisture | Gravimetric; Volumetric |
USEPA method 4 |
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Hydrogen sulfide | UV fluorescence | in-house method CMW110 | ||
Emissions - Stack | Sulfur dioxide | Gas analyser | USEPA Method 6C and in-house method CMWI110 | |
Carbon dioxide (CO2); Oxygen | Gas analyser | USEPA Method 3A and in-house method CMWI110 | ||
Emissions - Stack; Emissions - Stationary sources | Moisture | Volumetric | Emission Measurement Center Approved Alternate Method ALT-008 and in-house method CMWI109 | |
Ground waters; Industrial waters - Treated; Irrigation and stock waters; Saline waters; Sewage; Steam-raising waters; Surface waters; Trade wastes | pH | Electrometric | in-house method CMW149 | |
Turbidity | Nephelometry | in-house method CMW149 | ||
Dissolved oxygen (DO) | Membrane electrode | in-house method CMW149 | ||
Conductivity | Electrometric |
In house method CMWI49 |
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Stack gases | Flow rate; Velocity | Classical; Pitot | USEPA Method 2 and in-house methpod CMWI111 | |
Analysis of dust | Air | Volume measurement | Sampling flow rate and duration measurement | AS 2985, AS 3640 and in-house method CMW101 |
Membrane filters | Dust - Respirable | Gravimetric | AS 2985 and in-house method CMW101 | |
Dust - Inhalable | Gravimetric |
AS 3640 and in-house method CMWI01 |
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Analysis of the workplace environment and hazards for metals and metal compounds | Air - Ambient | Volume measurement | Sampling flow rate and duration measurement | NIOSH 7300 |
Counting of asbestos, mineral fibres (including synthetic) and organic fibres | Air | Volume measurement | Sampling flow rate and duration measurement | |
Meteorological monitoring | Atmosphere | Temperature | Temperature probe | AS/NZS 3580.14 and in-house method CMW132 |
Relative humidity (RH) | Hygrometer | AS/NZS 3580.14 and in-house method CMW132 | ||
Pressure | Barometer |
AS/NZS 3580.14 and in house method CMW132 |
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Wind direction; Wind speed - Horizontal | Ultrasonic anemometer | AS/NZS 3580.14 and in-house method CMW132 | ||
Solar radiation | Pyranometer | AS/NZS 3580.14 and in-house method CMW132 | ||
Rainfall | Rainfall gauge | AS/NZS 3580.14 and in-house method CMW132 | ||
Sample collection | Air - Ambient | Not applicable | Siting of air monitoring equipment |
AS 3580.1.1 |
Not applicable | Passive diffusive |
in-house method CMWI95 |
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Ground waters; Sewage; Surface waters; Waste waters | Not applicable | Automated; Grab; Pump | AS/NZS 5667.1, AS/NZS 5667.2, AS/NZS 5667.3, AS/NZS 5667.4, AS/NZS 5667.5, AS/NZS 5667.6, AS/NZS 5667.10, AS 5667.11, in-house method CMW151, in-house method CMW153, in-house method CMW192 and in-house method 193 | |
Sample collection - Stack and emissions sampling | Emissions - Industrial | Moisture | Impinger | Emission Measurement Center Approved Alternative Method ALT-008 and in-house CMWI109 |
Volatile organic compounds (VOCs) | Adsorption tube |
USEPA Method 18 and in-house method CMW1115 |
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Emissions - Stack | Carbon dioxide (CO2); Carbon monoxide; Nitrogen - Oxides (NOx); Oxygen; Sulfur dioxide | Continuous flow analyser (CFA) | USEPA Method 3 A, USEPA Method 6C, in-house method CMW1100 and in-house emthod CMW1100 |
ISO/IEC 17025 (2017)
Food and Beverage
Service | Product | Determinant | Technique | Procedure |
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Analysis of physical and nutritional characteristics | Waters for potable and domestic purposes | pH | Electrometric | in-house method CMW149 |
Turbidity | Nephelometry | in-house method CMW149 | ||
Dissolved oxygen (DO) | Electrometric | in-house CMW149 | ||
Conductivity | Electrometric |
in house method CMWI49 |
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Sample collection | Waters for potable and domestic purposes | Not applicable | Automated; Grab; Pump | AS/NZS 5667.1, AS/NZS 5667.2, AS/NZS 5667.3, AS/NZS 5667.4, AS/NZS 5667.5, AS/NZS 5667.6, AS/NZS 5667.10, AS/NZS 5667.11, in-house method CMW151, in-house method CMW153, in-house method CMW192 and in-house method CMW193 |
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.
Grey text appearing in a SoA is additional freetext providing further refinement or information on the data in the preceding line entry.
Accreditation No.
15217
Site No.
15803
Print date
09 Dec 2023