Home / Perth Stack Laboratory

SLR Consulting Australia Pty Ltd

Site

Perth Stack Laboratory

Accreditation No.

3130

Site No.

15027

Date of Accreditation

Address

Unit 5/31 Century Road
Malaga, WA 6090
Australia

slrconsulting.com

Contact

Miss Sandra Lonergan P: +61 (08) 94225900

Availability

Services available to external clients

Scope of Accreditation

Print scopes

Withdrawn

Perth Stack Laboratory

ISO/IEC 17025 (2005)

Environment

Service	Product	Determinant	Technique	Procedure

Analysis for physical and chemical characteristics	Air - Ambient	Carbon monoxide	Direct reading instrument	AS 3580.7.1
		Particulate matter - PM10	Tapered element oscillating microbalance (TEOM)	AS 3580.9.8
		Suspended particulate matter - PM2.5continuous direct mass	Tapered element oscillating microbalance (TEOM)	AS 3580.9.13
		Sulfur dioxide	Direct reading instrument	AS 3580.4.1
		Suspended particulate matter - PM2.5	Beta attenuation monitors	AS 3580.9.12
		Nitrogen - Oxidised	Direct reading instrument	AS 3580.5.1
		Suspended particulate matter - PM10	Beta attenuation monitors	AS 3580.9.11
	Emissions - Industrial	Particulate matter - PM10	Classical	USEPA 201A
		Sulfur dioxide	Autoanalyser (AA)	USEPA 6C
		Carbon monoxide	Gas analyser	USEPA 10
		Particulate matter		USEPA 5
		Moisture	Classical	USEPA 4
		Sulfur dioxide	Classical	USEPA 6
	Emissions - Industrial; Emissions - Stack	Flow rate; Velocity	Classical	USEPA 2
		Sulfur dioxide	Autoanalyser (AA)	USEPA 6C
		Carbon monoxide; Nitrogen - Oxidised; Oxygen	Electrochemical gas analyser	USEPA CTM-034, ASTM D6522-00
		Particulate matter	Classical	USEPA 17
		Nitrogen - Oxidised; Nitrogen dioxide	Gas analyser	USEPA 7E
		Carbon dioxide (CO2); Nitrogen - Oxidised; Oxygen; Sulfur dioxide	Gas analyser	USEPA 20
		Carbon dioxide (CO2); Oxygen	Classical	USEPA 3A
Sample collection	Air - Ambient; Emissions - Industrial	Not applicable		AS 3580.9.3 - Total suspended particulates (TSP) AS 3580.9.6 - PM₁₀ AS 3580.9.9 - Particulates - PM₁₀(suspended) low volume sampler (LVAS) by gravimetric AS 3580.9.10 - Particulates - PM_2.5 (suspended) low volume sampler (LVAS) by gravimetric AS 3580.9.14 - Particulates - PM_2.5 (suspended) high volume sampler with size selective inlet (HVAS) by gravimetric AS 3580.10.1 - Particulate matter - deposited matter AS 3580.10.2 - Impinged matter by gravimetric AS 4323.1 - selection of sampling positions for stationary sources AS 4323.2 - Total particulate matter (Isokinetic) AS 4323.3 - Odour AS 4323.4 - Area source sampling (flux chamber) California EPA Air Resource Board (Carb) 429 - Polycyclic aromatic hydrocarbons USEPA method 1 - sample and velocity traverse for stationary sources USEPA method 1A - sample and velocity traverse for stationary sources with small stacks or ducts USEPA method 2 - flow rate and velocity by classical USEPA method 2C - Determination of gas velocity and volumetric flow rate in small stacks or ducts (standard pitot tube) USEPA method 3 - Dry gas density USEPA method 3A - oxygen and carbon monoxide concentrations in emissions from stationary sources USEPA method 4 - moisture content USEPA method 5 - particulate matter emissions from stationary sources USEPA method 6 - sulfur dioxide emissions from stationary sources by impinger USEPA method 6C - sulfur dioxide emissions from stationary sources (instrument) USEPA Method 7A - nitrogen oxide emissions from stationary sources USEPA Method 7C - nitrogen Oxide emissions from stationary sources USEPA method 7E - oxides of nitrogen from stationary sources (instrumental analyser) USEPA method 8 - Sulfuric acid mist and sulfur trioxide USEPA method 10 - carbon monoxide emissions from stationary sources USEPA method 11 - Hydrogen sulfide USEPA method 12 - Lead USEPA method 13B - Fluorides USEPA method 17 - particulate emissions from stationary sources (in-stack filtration method) USEPA method 18 - gaseous organic compound emissions by GC USEPA method 20 - nitrogen oxides, sulfur dioxide and diluent emissions from stationary gas turbines USEPA 23 - Dioxins and furans USEPA method 25A and method 25B - Volatile organic compounds USEPA method 26 - hydrogen chloride emissions from stationary sources USEPA method 26A - Hydrogen halide; halogens by isokinetic USEPA method 29 - Metals USEPA method 201A - Particulate matter - PM_2.5 , PM₁₀ USEPA method SW 846 M0030 - volatile organic sampling train (VOST) USEPA method SW 846 M0031 - volatile organic compounds (large tube) USEPA method SW 846 M0040 - principal organic hazardous constituents from tedlar bags USEPA method 201A - PM₁₀ in stationary sources USEPA Method TO-17 - volatile organic compounds in ambient air using active sampling onto sorbent tubes ISO 10780 Velocity and volumetric flow rate CARB 425 - total chromium and hexavalent chromium USEPA CTM-034 and ASTM D6522-00 - carbon monoxide, oxygen and nitrogen oxide emissions from stationary industrial processes USEPA CTM-036 - measurement of isocyanate compounds in stack emissions Stack-Air H2S:1 - hydrogen sulfide in stack emissions SA EPA 03.01 - Sulfuric acid mist and sulfur trioxide SA EPA 03.03 - Fluorine by impinger SA EPA 03.04 - Chlorine by impinger SA EPA 03.05 - Hydrogen sulfide SA EPA 03.07 - Metals

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.

Benefits of being a NATA accredited organisation

NATA accredits organisations to perform testing and inspection activities for their products and services. This gives consumers the assurance they need to make safe, healthy and reliable choices. When you choose to become NATA accredited, you can be sure of a number of competitive advantages for your business.