PD CEN/TS 16800:2015

European foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Concept
5 Documentation of the validation process
6 Validation 1 (V1): Intra-Laboratory Validation
7 Validation 2 (V2): Inter-Laboratory Validation
Annex A (normative) - Module A: Test method definition,
        documentation and general requirements
Annex B (normative) - Module B: Applicability domain and
        pre-validation
Annex C (normative) - Module C: Intra-laboratory
        performance
Annex D (normative) - Module D: Requirements for an
        inter-laboratory validation study
Annex E (informative) - Structure and content of the
        documentation for a validation study (V2)
Annex F (informative) - Robustness testing by systematic
        variation of influencing factors
Bibliography

Explains an approach for the validation of physico-chemical analytical methods for environmental matrices.

This Technical Specification describes an approach for the validation of physico-chemical analytical methods for environmental matrices. The guidance in this document addresses two different validation approaches, in increasing order of complexity. These are: method development and validation at the level of single laboratories (intra-laboratory validation); method validation at the level of several laboratories (between-laboratory or inter-laboratory validation), with a focus on methods that are sufficiently mature and robust to be applied not only by a few expert laboratories but by laboratories operating at the routine level. The concept of these two approaches is strictly hierarchical, i.e. a method shall fulfil all criteria of the first level before it can enter the validation protocol of the second level. This Technical Specification is applicable to the validation of a broad range of quantitative physicochemical analytical methods for the analysis of water (including surface water, groundwater, waste water, and sediment). Analytical methods for other environmental matrices, like soil, sludge, waste, and biota can be validated in the same way. It is intended either for analytical methods aiming at substances that have recently become of interest or for test methods applying recently developed technologies. The minimal requirements that are indispensable for the characterization of the fitness for purpose of an analytical method are: selectivity, precision, bias and measurement uncertainty. The aim of validation is to prove that these requirements are met.