National Association of Testing Authorities, Australia
Scope of Accreditation
Scenic Rim Regional Council
Site
Scenic Rim Regional Council Laboratory
Accreditation No.
9341
Site No.
9334
Date of Accreditation
10 May 1994
Contact
Availability
Services conditionally available to external clients
Scope of Accreditation
ISO/IEC 17025 (2017)
Infrastructure and Asset Integrity
Service | Product | Determinant | Technique | Procedure | Limitations |
---|---|---|---|---|---|
Evaluation of geotechnical and civil construction material - Concrete, grout and mortar consistence in situ | Concrete, grout and mortar | Slump flow | Cone | AS 1012.3.1 | |
Evaluation of geotechnical and civil construction material - Concrete, grout and mortar properties | Concrete, grout and mortar | Mass per unit volume - Hardened concrete | Dimensions | AS 1012.12.1 | |
Compressive strength | Cube; Cylinder | AS 1012.9 | except AS 1012.9 clause 4.2 | ||
Evaluation of geotechnical and civil construction material - Concrete, grout and mortar specimen manufacture and curing | Concrete, grout and mortar | Specimen manufacture and curing | Curing cylinder specimens in the laboratory; In situ manufacture and curing of cylindrical specimens | AS 1012.8.1 | |
Evaluation of geotechnical and civil construction material - Soil classification | Soils | Linear shrinkage | Not applicable | MR (Qld) Method Q106 | |
Plastic limit | Not applicable | MR (Qld) Method Q105 | |||
Sieve analysis | Not applicable | AS 1289.3.6.1, MR (Qld) Method Q103A | |||
Moisture content | Drying oven | AS 1289.2.1.1 | |||
Liquid limit | Cone four point; Cone one point | MR (Qld) Method Q104A, MR (Qld) Method Q104D | |||
Plasticity index | Cone | MR (Qld) Method Q105 | |||
Evaluation of geotechnical and civil construction material - Soil compaction characteristics | Soils | Dry density/moisture content relationship | Modified compactive effort; Standard compactive effort | AS 1289.5.1.1, MR (Qld) Method Q142A, MR (Qld) Method Q142B | |
Assignment of optimum moisture content/maximum dry density (OMC/MDD) | Not applicable | MR (Qld) Methods Q144A | |||
Oversize material | Oversize material treatment | MR (Qld) Method Q143 | |||
Evaluation of geotechnical and civil construction material - Soil field density | Soils | Density - In situ | Sand-cone | MR (Qld) Methods Q141B | |
Degree of saturation | Not applicable | MR (Qld) Method Q146 | |||
Relative compaction | Not applicable | MR (Qld) Method Q140A | |||
Characteristic field density values | Not applicable | MR (Qld) Method Q020 | |||
Evaluation of geotechnical and civil construction material - Soil laboratory bearing properties | Soils | Bearing ratio | Remoulded specimens | AS 1289.6.1.1, MR (Qld) Method Q113A | |
Evaluation of geotechnical and civil construction material - Soil pre-treatment | Soils | Soil pre-treatment | Not applicable | AS 1289.1.1, MR (Qld) Method Q101, MR (Qld) Method Q101A, MR (Qld) Method Q101B, MR (Qld) Method Q101C, MR (Qld) Method Q101D | |
Sample collection | Aggregates | Not applicable | Aggregate from a pavement; Aggregate from a stockpile | AS1141.3.1, MR (Qld) Method Q060 | |
Aggregates; Soils | Not applicable | Disturbed sampling from earthwork; Disturbed soil sampling from a face; Disturbed soil sampling from a pavement; Disturbed soil sampling from a stockpile; Disturbed soil sampling from a windrow; Disturbed soil sampling in situ | AS 1289 1.2.1, MR (Qld) Method Q060, MR (Qld) Method Q061 | ||
Concrete, grout and mortar | Not applicable | Fresh concrete from a mixer; Fresh concrete from deposited concrete | AS 1012.1 | ||
Soils | Not applicable | Site selection - Random sampling; Site selection - Random stratified sampling | AS 1289 1.4.2, MR (Qld) Method Q050 |
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.
9341
Site No.
9334
Print date
15 Jan 2025