Presentation is loading. Please wait.

Presentation is loading. Please wait.

Automatic completion of COSHH risk assessment forms using semantic representation of GHS and CLP regulation 10 th ICCS/GCC Noordwijkerhout, The Netherlands.

Similar presentations


Presentation on theme: "Automatic completion of COSHH risk assessment forms using semantic representation of GHS and CLP regulation 10 th ICCS/GCC Noordwijkerhout, The Netherlands."— Presentation transcript:

1 Automatic completion of COSHH risk assessment forms using semantic representation of GHS and CLP regulation 10 th ICCS/GCC Noordwijkerhout, The Netherlands Mark I. Borkum and Jeremy G. Frey 5 June 2014

2 Overview Problem Statement Methodology Results Discussion Conclusion and Future Work 2

3 Risk Assessment Risk assessment is the determination of the risk associated with a given hazard. In the context of chemistry research, risk assessment determines the risk associated with chemical hazards, e.g., –Explosive, –Flammable, –Carcinogenic, –etc. 3

4 COSHH The Control of Substances Hazardous to Health (COSHH) Regulations 2002 are a UK statutory instrument. COSHH requires employers to protect their employees from the effects of exposure to hazardous chemical substances. –(The main mechanism for this is risk assessment.) 4

5 5 c/o SmartTea project

6 COSHH Risk Assessment Methodology 0. Plan scientific experiment. 1.Enumerate collection of chemical substances. 2.Discover relevant health and safety information. 3.Interpolate assessment form template. 6 c/o SmartTea project

7 GHS The Globally Harmonized System for Classification and Labelling of Chemicals (GHS) is a UN system. –Designed to supersede the various C&L systems that are currently in use around the world. 7

8 CLP Regulation In the EU, the GHS is implemented as the CLP Regulation (see: Regulation (EC) No 1272/2008). –Came into force in January –Mandatory from June

9 Problem Statement For humans, performing a risk assessment has two main drawbacks: –Less time spent performing experiments; and, –Potential for human error, e.g., Incomplete enumeration of chemical substances; Use of incorrect information; Transcription errors; and, Tacit assumption of “common” elements. 9

10 Let’s Automate!

11 Automation Strategy Given a description of a scientific experiment: 1.Discover and resolve all chemical identifiers; 2.Aggregate relevant health and safety information; and, 3.Feed the results through a template. 11

12 12

13 Methodology 1.Formalise content of CLP Regulation document: –Annex I  Definitions –Annexes III—V  Instances (C&L elements) –Annex VI  Instances (classifications for approx chemical substances and mixtures) 2.Implement Web application. 3.Profit! 13

14 Resource Description Framework (RDF) 14

15 “ghs” Ontology 15

16 “Flammable solid. Category 1” 16

17 “EC (No) ” 17 ammonia …% H314H400 hasHazardStatement Danger Warning hasSignalWord Skin Corr. 1BAquatic Acute 1 hasHazardCategory GHS09GHS05 hasHazardPictogram Skin Corr.Aquatic hasHazardClass hasSubstance STOT SE 3 hasHazardCategory H335 hasHazardStatement C ≥ 5%

18 “(EC) No ” 18

19 Results Dataset is available at: – Provides descriptions of approx chemical substances and mixtures. –However, on its own, the dataset is not very practical (for use in production environments). –The critical observation is that, for many researchers, chemical substances are procured. In Autumn 2013, we approached a major supplier... 19

20 20

21 sial:. a chemdomain:NamedChemicalSpecies; chemdomain:hasIdentifier [ a sial:ChemicalNumber; chemdomain:hasValue "042802"], [ a chemdomain:Name; chemdomain:hasValue "Benzene"], [ a chemdomain:CASNumber; chemdomain:hasValue " "], [ a chemdomain:SMILES; chemdomain:hasValue "c1ccccc1"], [ a chemdomain:MolecularFormula; chemdomain:hasValue "C6H6"]; ghs:hasHazardCategory,,. 21

22 22 Red square = Chemical substance Orange square = Mixture part Green square = PPE product Blue square = GHS hazard category

23 Demo

24 List of Technologies Web technologies: –JavaScript Object Notation (JSON) –Representational State Transfer (REST) Semantic Web technologies: –Resource Description Framework (RDF) –SPARQL Query Language for RDF (SPARQL) –Web Ontology Language (OWL) Programming languages: –JavaScript –Ruby Libraries: –handlebars.js –jQuery / jQuery UI –RDF.rb –Sinatra 24

25 Software Architecture 25

26 1) Load Web application 26 “Generate” button is disabled

27 2) Search for products by name 27 Dynamic search with auto- completion

28 2) Search for products by name 28 Selected product is added to list Link to Sigma-Aldrich product page

29 3) Accept terms and conditions 29 “Generate” button is enabled

30 30 One row per product Editable text area for “Nature of Process” Editable text fields for “Physical Form” and “Quantity” The University requires that assessment forms are printed and signed

31 31 Toggle visibility of classification and labelling elements Integration with purchasing platform

32 32 Sigma-Aldrich one page safety data sheet (“one pager”)

33 Discussion

34 Stakeholders 34

35 The Wrong Question Who is to blame when the end-user obtains and relies upon the “correct” answer to the “incorrect” question? –UserCan I drink this poison? –SystemYes –UserIs it safe to drink this poison? –SystemNo 35

36 Conclusion

37 If you have high-quality, machine accessible chemical information, automated completion of risk assessment forms templates is trivial. Need to mitigate risk of end-users relying on correct answers to incorrect questions. –Use disclaimers –Capture and curate provenance information Try to collaborate with chemical manufacturers, suppliers, transporters, etc. They have large volumes of relevant data. 37

38 Future Work Approach UN/EC to host dataset. Enhanced input for service, either: –List of “chemical identifier—phase—quantity” triples; or, –Whole “plan” for scientific experiment. Full-blown Web application with template designer. RDF formalisation of Sigma-Aldrich “product catalog.” 38

39 Acknowledgements University of Southampton: Doug Akins, Phil Jewell Sigma-Aldrich: Bo Jin, Jane Murray, Tom Pieper, Judith Pruss 39


Download ppt "Automatic completion of COSHH risk assessment forms using semantic representation of GHS and CLP regulation 10 th ICCS/GCC Noordwijkerhout, The Netherlands."

Similar presentations


Ads by Google