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Sampling for trace metals in groundwaters, surface waters, leachates and process waters is one of the most common field techniques utilized across the environmental industry globally. There are several practices used in different regions and this EnviroMail discusses changes at ALS Canada in support of global best practice. This is the first of two EnviroMails that will provide background information and technical guidance on trace metal preservation and sampling, along with changes being introduced by ALS to help maximize quality, safety, and efficiency in the field. The second EnviroMail due for release next month will look at the importance of field filtration and the impacts this can have on data quality.
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27 September 2017
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Environmental testing, Environmental testing
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Technical, E-news
Application of asbestos identification and as the base method for Asbestos quantitation. Health Screening Level (HSL) to "Asbestos Fines" (AF) and "Fibrous Asbestos" (FA).
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24 September 2017
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Environmental testing, Environmental testing, Industrial hygiene, Construction, Civil infrastructure
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E-news
You can save a massive $1,000 at ALS Coal Quality Course in Brisbane from 18-20 October 2017. This industry leading course provides an understanding of the importance of managing coal quality from exploration to mining and transportation. It also provides an overview of the end-use of coal in the cokemaking and power generation sectors and the impact of coal quality on these processes.
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14 September 2017
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Mining & exploration, Coal quality
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Announcement
On 29 Aug 2017, the U.S. Consumer Product Safety Commission (CPSC) voted to remove seven plastics from the requirement to conduct independent third party testing for compliance with the mandatory phthalates prohibitions on children’s toys and child care articles. The final rule (16 CFR 1308) goes into effect on 29 September, 2017.
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13 September 2017
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Consumer products, Consumer products
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E-news
There are hundreds of chemicals that can be classed as PFAS (Per and poly-fluorinated Alkyl Substances). Accredited laboratories typically determine approximately 30 of these specific chemicals. In many fire-fighting foams and other products containing PFAS, the bulk of these chemicals may be tied up in more complex molecules including polymeric compounds. Routine laboratory analysis, for the most part, includes PFAS as carboxylic and sulfonic acids and may also include one or more sulfonamides [1,2].
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13 September 2017
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Environmental testing, Environmental testing
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Technical, E-news