Bedrock Geosciences is a multidisciplinary consultancy which specialises in the field of radioactive waste management and geological sciences
Bedrock Geosciences has over two decades of experience in radioactive waste management, geosciences and international project management.
Areas of expertise include:
- documentation support – multi-media presentations, documentation QA, proof reading, report/book editing More...
- data mining - carried out by focused and experienced staff who are capable of a true, critical evaluation of the data More...
- geochemistry – design of analytical programme, field work, data management, interpretation, reporting
- geology – field work, mapping, interpretation, reporting, logistical support and planning
- hydrochemistry – groundwater modelling, dating, groundwater protection, remediation, data management, interpretation, reporting
- integrated R&D – programme design, information management, interpretation – and integration for performance assessment More...
- KMS – knowledge management systems – how to most appropriately hold on to and further develop your company’s knowledge base
- laboratory programmes – design, management, outsourcing, reporting, interpretation
- M&A – defining market and clients, designing dedicated campaigns, client contacts
- materials testing - long- and short-term tests, in situ testing, novel materials, cement degredation
- natural analogues - design and implementation, management, interpretation and utilisation of results, reporting
- performance assessment – scenario definition, FEPs, uncertainty, comparison with natural systems
- project management – data mining, definition and design, accounting, QA, contracting More...
- public relations – defining stakeholders, dialogue with stakeholders, understanding stakeholder concerns More...
- QMS – define and develop quality management systems which make sense for you – a well thought out QA programme will save time and effort by avoiding repeat sampling, analysis or interpretation
- radiochemistry – experimental design, in situ testing, environmental radiation, radioprotection
- repository design – novel vs existing concepts, optimisation, operational safety
- sequestration of CO2 - all aspects of carbon capture
- technical review – QA’d review procedures, building and managing review teams
- training courses – design, teaching and direction of courses and workshops
- URL projects – design and implementation, management, interpretation and utilisation of results, reporting
- W.R.Alexander and L.A.McKinley Eds (2007) Deep geological disposal of radioactive waste, Elsevier, Amsterdam, The Netherlands http://www.elsevier.com/wps/find/bookdescription.cws_home/708414/description#description.
- W.R.Alexander, R.Gieré, H.Hidaka and H.Yoshida (2006) Natural immobilisation processes aid the understanding long-term evolution of deep geological radioactive waste repositories. Geochemistry: Exploration, Environment, Analysis 6, pp3-4.
- I.G.McKinley and W.R.Alexander (2009) Coastal repositories in Volcanism, Tectonism and the Siting of Nuclear Facilities (eds C.Conner, L.Conner and N.A.Chapman), Cambridge University Press, Cambridge, UK. (in press
- J. Mathieson, A. Hooper, W. R. Alexander, M. Shiotsuki and G. Kamei (2006) International Progress in developing cases for long-term safety of repositories for Transuranic and Long-Lived Intermediate Level Wastes: Summary of the Third International Workshop. Proceedings of WM’06 Conference, February 26- March 2, 2006, Tucson, AZ
- W.M.Miller, W.R.Alexander, N.A.Chapman, I.G.McKinley, and J.A.T.Smellie (2000) Geological disposal of radioactive wastes and natural analogues. Waste Management Series, Vol. 2, Pergamon, Amsterdam, The Netherlands.
- W.R.Alexander (1995) Natural cements: how can they help us safely dispose of radioactive waste? Radwaste Magazine 2, vol 5, Sept. 1995, pp61-69.
- R.D.Scott, A.B.MacKenzie and W.R.Alexander (1992) The interpretation of 238U-234U-230Th-226Ra disequilibria produced by rock-water interaction. J. Geochem. Explor. 46, pp323-343.