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Ecotech Pty Ltd

Accreditation_No: 14184
Testing Laboratory
www.ecotech.com.au

Contact: Mr N Dal Sasso
Mobile: 0419 809 504
Phone: (03) 9730 7800
Fax: 1300 668 763
Email: Nicholas.DalSasso@ecotech.com.au

Address: 1492 Ferntree Gully Rd, KNOXFIELD VIC 3180

Facilities: Public testing service
Last Modified: 01-MAR-10

This facility complies with the requirements of ISO/IEC 17025:2005

View detailed Scope 7.70 Gases and aerosols .04 Industrial fumes and emissions Continuous monitoring of stack emissions- in-house methods 9.5 and 6.1- Oxide of nitrogen by chemiluminescence in-house methods 9.5 and 6.3- Carbon monoxide by IR in-house methods 6.4 and 9.1- Benzene; carbon dioxide; carbon monoxide; formaldehyde; oxides of nitrogen; sulfur dioxide by Differential Optical Absorption Spectroscopy (DOAS) techniques in-house method 9.2- Gas flow by ultrasonic techniques in-house method 9.3- Temperature by instrumental techniques in-house method 9.4- Particulate- PM_2.5, PM₁₀, total suspended by TEOM in-house methods 9.5 and 9.6- Oxygen by fuel cell .05 Atmospheric pollution Continuous monitoring of ambient air- AS 3580.5.1 and in-house method 6.1- Oxides of nitrogen by chemiluminescence AS 3580.4.1 and in-house method 6.2- Sulfur dioxide by fluorescence AS 3580.7.1 and in-house method 6.3- Carbon monoxide by IR AS 3580.11.1 and in-house method 6.6- Hydrocarbons - methane, non-methane, total by FID AS3580.6.1 and in-house method 6.7- Ozone by chemiluminescence in-house method 6.4- Carbon dioxide by IR in-house method 6.5- Hydrogen sulphide by fluorescence Continuous monitoring of particulates in ambient air- AS 3580.9.3 and AS3580.9.6- Particulates - PM₁₀, total suspended by high volume sampler and gravimetric techniques AS 3580.12.1 and in-house method 7.2- Particulates - visibility reduction by nephelometer AS3580.9.8- Particulates - PM₁₀ by TEOM in-house method 7.1- Particulates - PM_2.5, PM₁₀, total suspended by high volume sampler and gravimetric techniques in-house method 7.3- Particulates - PM_2.5, PM₁₀ by TEOM Continuous monitoring of ambient air- in-house method 10.1- Benzene; sulfur dioxide; toluene; para-xylene by Differential Optical Absorption Spectroscopy (DOAS) Meteorological monitoring- USEPA 454/R-99-005 and in-house method 8.1- Wind Speed (Horizontal) by anemometer USEPA 454/R-99-005 and in-house method 8.2- Wind Speed (Vertical) by instrumental techniques USEPA 454/R-99-005 and in-house method 8.3- Wind direction by ultrasonic USEPA 454/R-99-005 and in-house method 8.4- Temperature -ambient by thermoelectric techniques USEPA 454/R-99-005 and in-house method 8.5- Relative humidity by hydrometer USEPA 454/R-99-005 and in-house method 8.6- Solar radiation - global exposure, net exposure by pyranometer and net pyrradiometer USEPA 454/R-99-005 and in-house methods 8.7 and 8.8- Rainfall USEPA 454/R-99-005 and in-house method 8.9- Barometric Pressure .71 Sampling For sub-classes of test 7.70.04, 7.70.05 in-house method 9.5- Gas dilution system for continuous monitoring work of stack emissions 7.75 Calibration of instruments .01 Gas analysers Calibration in the laboratory by the methods of- in-house method 5.9 for the following determinations- Gas, detector type, concentration range as listed below O₃ : ultraviolet absorption ; 0-800ppb O₃ : chemiluminescence ; 0-800ppb 7.81 Constituents of the environment .21 Air As listed under 7.70.05 .71 Sampling For sub-class of test 7.81.21