Bertil Magnusson

Dr. Bertil Magnusson

The Fitness for Purpose of Analytical Methods: a Laboratory Method Validation and Related Topics

Started as a marine chemist looking for traces of metals in the Oceans, rivers, lakes and rain in the 70's. At that time clean room and clean sampling was something totally new in the chemical laboratory. After PhD in 1981 he joined a chemical company, Eka Chemicals within AKZO-NOBEL and worked there as a specialist in analytical chemistry mainly with spectroscopy (XRF; XRD, ICP) and wet chemistry. The work included support for all laboratories within the company in Europe and America.

In 2002 Bertil joined SP Technical Research Institute of Sweden and is currently working with quality in measurements, Metrology in Chemistry, a research area on international comparability and traceability of chemical measurement results. Main issue is here to participate in international cooperation between national metrology institutes. A major part is teaching and writing guidelines and research papers regarding issues related to measurement quality e.g. measurement uncertainty, validation, traceability and quality control.  Important part of his work is education for analytical laboratories. In Nordic cooperation he has written a Nordtest handbooks on Measurement Uncertainty, report 537, and on Internal Quality Control, report 569. Bertil is also working with is primary measurement using Isotope-Dilution ICP-MS, XRF and electrical conductivity in water.

Since 2002 member of Eurachem. Editor of the Eurachem “Validation Guide” and currently participing in Eurachem working groups on Measurement uncertainty and Traceability and Qualitative Analysis.

Eurachem – chair 2012-2014, currently past chair, Swedish delegate and member of the working groups Measurement Uncertainty and Traceability and Validation

TrainMiC – Training Metrology in Chemistry  - Swedish representative

Swedish section of  EUROLAB/Eurachem – board member

Bertil has more than 40 scientific publications in peer revived journals, mainly concerning analytical chemistry and quality in measurements.