糖心原创

Faculty of Engineering
 

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Will Meredith

Associate Professor & Director of Admissions, Faculty of Engineering

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Biography

I am a petroleum geochemist and environmental scientist with a range of research interests across the energy portfolio. I have a PhD in Petroleum Geochemistry (2001), and an MSc in Environmental Biogeochemistry (1996) both from the University of Newcastle upon Tyne. My BSc was in Geological Sciences (1994) from the University of Leeds, and have been with the 糖心原创 since 2001.

I am a member of the Low Carbon Energy and Resources Technologies Research Group.

My current teaching includes undergraduate modules on Analytical Measurement (Year 2) and Introductory Geology (Year 1), together with assisting with undergraduate labs, field courses and design projects. I am also the Director of Admissions for the Department of Chemical & Environmental Engineering.

Research Summary

My research specialises in developing innovative pyrolysis techniques to tackle applications in petroleum geochemistry where traditional techniques fail. Over the past 18 years I have lead the… read more

Recent Publications

  • BAI F, UGUNA CN, MEREDITH W, VANE CH, SNAPE CE and SUN C, 2025. Fuel Processing Technology. 278, 108327
  • ETON UO, MEREDITH W and SNAPE CE, 2025. Fuel. 382, 133657
  • GAMARALALAGE D, RODGERS S, GILL A, MEREDITH W, BOTT T, WEST H, ALCES J, SNAPE CE and MCKECHNIE J, 2025. Biochar. 7, 50
  • HAGEMANN N, SCHMIDT HP, BUCHELIA TD, GRAFMUELLER G, VOSSWINKEL S, HERDEGEN V, MEREDITH W, UGUNA CN and SNAPE CE, 2025. PLOS One. 20(9), e0330206

Current Research

My research specialises in developing innovative pyrolysis techniques to tackle applications in petroleum geochemistry where traditional techniques fail. Over the past 18 years I have lead the development and commercialisation of hydropyrolysis (HyPy) as a novel pyrolysis technique for the characterisation of organic macromolecules. The use of high hydrogen pressure and suitable catalysts gives HyPy the unique ability to liberate high yields of hydrocarbon biomarkers covalently bound within source rock kerogens and petroleum asphaltenes, whilst minimising their structural or stereochemical alteration. This enables the technique to be used for petroleum geochemical applications where conventional approaches using the "free" solvent extractable biomarkers cannot be employed including the characterisation and correlation of heavily biodegraded oils, samples contaminated by oil-based drilling mud, oil field solids (tar mats/pyrobitumens), and for deciphering basin filling history of migrated petroleum fluids.

The successful commercialisation of HyPy was achieved in collaboration with our licensed manufacturing partner, Strata Technology, with sales of 13 systems to academic and industrial institutions in the UK, Germany, USA, China and Australia. HyPy is also regularly utilised on a commercial basis by companies within the oil and gas sector including upstream E&P (e.g. Shell; Chevron; Cairn Energy; Unocal), downstream fuel technology (e.g. Innospec, Nalco) as well as UK oil service companies (e.g. Roberston; GeoMark Research; IGI). The commercialisation of HyPy was a winner in the Business Support to Universities category of the Engineer Technology & Innovation Awards 2008, and was highlighted as an example of knowledge transfer in the 2007 NERC annual report.

Outside of petroleum geochemistry HyPy has gained prominence in a diverse range of applications with high impact studies published on the characterisation of the macromolecular carbonaceous material within meteorites [Sephton et al., 2005. PSS, 53, 1280-1286),], investigating the nature of deposits in fuel injection equipment [Barker et al., 2009; SAE 2, 38-44], the isotopic analysis of steroids [Meredith et al., 2010. RCMS 24, 501-505], identification of the earliest recorded evidence of animal life on earth [Love et al., 2009. Nature 457, 718-722], and the isolation, quantification and characterisation of pyrogenic carbon in environmental samples [Meredith et al., 2012. GCA 97, 131-147].

Our experience with high pressure systems, together with the absence of a pressure term (as dictated by chemical theory) from the temperature-time based first-order kinetic models that are currently used in basin modelling have led us to investigate the role of water pressure on hydrocarbon generation, maturation and cracking. This has developed into a long-running joint industry/academic research programme funded by Statoil and Woodside Energy. In contrast to many published pyrolysis studies (primarily conducted using gold bags) our work has demonstrated that high liquid water pressures (500-900 bar) significantly retard thermal maturity (as measured by source rock vitrinite reflectance and aromaticity) and hydrocarbon generation (as measured by decreased bitumen and C1-C4 gas yields) [e.g. Carr et al., 2009. Pet. Geosci. 15, 17-26; Uguna et al., 2012. OG 52, 103-113].

Future Research

I welcome enquiries from potential PhD candidates from Home, EU and International countries who are interested in the following research areas: Petroleum geochemistry, oil biodegradation, analytical pyrolysis, biomass conversion, isolation and quantification of pyrogenic carbon & biochar.

  • BAI F, UGUNA CN, MEREDITH W, VANE CH, SNAPE CE and SUN C, 2025. Fuel Processing Technology. 278, 108327
  • ETON UO, MEREDITH W and SNAPE CE, 2025. Fuel. 382, 133657
  • GAMARALALAGE D, RODGERS S, GILL A, MEREDITH W, BOTT T, WEST H, ALCES J, SNAPE CE and MCKECHNIE J, 2025. Biochar. 7, 50
  • HAGEMANN N, SCHMIDT HP, BUCHELIA TD, GRAFMUELLER G, VOSSWINKEL S, HERDEGEN V, MEREDITH W, UGUNA CN and SNAPE CE, 2025. PLOS One. 20(9), e0330206
  • KENT M, HOLLAAR TP, MEREDITH W, NOWAK H, JARDINE PE, FRASER WT, VAN DE SCHOOTBRUGGE B and LOMAX BH, 2025. Review of Palaeobotany and Palynology. 343, 105405
  • KHAIRY A, UGUNA CN, VANE CH, EL DIASTY WS, PETERS K, SNAPE CE, FAROUK S and MEREDITH W, 2025. International Journal of Coal Geology. 300, 104708
  • MEYER ZU DREWER J, VORRATH ME, AMMAN T, HARTMANN J, DE LA ROSA JM, M脰LLMER J, P脡REZ-DAL脥 S, MEREDITH W, UGUNA CN, SNAPE CE, KAMMANN C, SCHMIDT HP and HAGEMANN N, 2025. Frontiers in Climate. 7, 1631368
  • PEREZ ND, VAN DEN BROEK LAM, LINDFORS C, STEVENS L and MEREDITH W, 2025. Journal of Analytical & Applied Pyrolysis. 190, 107135
  • YANG D, KNOW KW, MEREDITH W, PENG Y, WANG L, LI X, ZHANG G, ZHANG J, CHEN G, LI J, WANG X, WANG W, MAO Y and XU M, 2025. Chemical Engineering Journal. 522, 167475
  • DIAZ PEREZ, N., LINDFORS, C., VAN DEN BROEK, L. A. M., VAN DER PUTTEN, J., MEREDITH, W. and ROBINSON, J., 2024. Biomass Conversion and Biorefinery. 14, 15739鈥�15754
  • YANG D, KEIN-WOH K, WANG W, MEREDITH W, ZHANG Z, MAO Y and XU M, 2024. Journal of Hazardous Materials. 479, 135677
  • G脺LE脟, F., MEREDITH, W. and SNAPE, C. E., 2023. Journal of the Energy Institute. 107,
  • AHMED KHAIRY, WALEED SH. EL DIASTY, CLEMENT N. UGUNA, KENNETH E. PETERS, CHRISTOPHER H. VANE, COLIN E. SNAPE and WILL MEREDITH, 2023. International Journal of Coal Geology. 274, 104283
  • FAROUK, S., KHAIRY, A., SHEHATA, A. M., UGUNA, C. N., EL SHEENNAWY, T., SALAMA, A., AL-KAHTANY, K. and MEREDITH, W., 2023. Journal of African Earth Sciences. 205,
  • G脺LE脟, F., OKOLIE, J. A., CLOUGH, P. T., ERDOGAN, A., MEREDITH, W. and SNAPE, C. E., 2023. Journal of the Energy Institute. 110,
  • G脺LE脟, F., SUDIBYO, H., KOSTAS, E. T., WILLIAMS, O., SAMSON, A., MEREDITH, W. and LESTER, E., 2023. Journal of Analytical and Applied Pyrolysis. 173,
  • SILOS-LLAMAS AK, SUDIBYO H, HERN脕NDEZ-MONTOYA V, MEREDITH W and DUR脕N-JIM脡NEZ G, 2023. Journal of Analytical & Applied Pyrolysis. 175, 106217
  • LI, W., STEVENS, L. A., MEREDITH, W., UGUNA, C. N., VANE, C. H., ZHANG, B., CARR, A. D., ZHENG, D. and SNAPE, C. E., 2022. Fuel. 316,
  • A. KHAIRY, W. SH EL DIASTY, K.E. PETERS and W. MEREDITH, 2022. Marine and Petroleum Geology. 105658
  • HARUNA, A. M., MEREDITH, W. and SNAPE, C. E., 2022. Fuel. 327,
  • KENNETH, F., JONIVER, C. F. H., MEREDITH, W. and ADAMS, J. M. M., 2022. European Journal of Phycology.
  • STANTON, T., KAY, P., JOHNSON, M., CHAN, F. K. S., GOMES, R. L., HUGHES, J., MEREDITH, W., ORR, H. G., SNAPE, C. E., TAYLOR, M., WEEKS, J., WOOD, H. and XU, Y., 2021. Wiley Interdisciplinary Reviews: Water.
  • LI, W., STEVENS, L. A., UGUNA, C. N., VANE, C. H., MEREDITH, W., TANG, L., LI, Q. and SNAPE, C. E., 2021. International Journal of Coal Geology. 237,
  • DURAN-JIMENEZ, GABRIELA, KOSTAS, EMILY T, STEVENS, LEE A, MEREDITH, WILL, ERANS, MARIA, HERNANDEZ-MONTOYA, VIRGINIA, BUTTRESS, ADAM, UGUNA, CLEMENT N and BINNER, ELEANOR, 2021. Chemosphere. 279, 130512
  • CRISPO, M., CAMERON, D. D., MEREDITH, W., EVELEIGH, A., LADOMMATOS, N., MA艩EK, O. and EDMONDSON, J. L., 2021. Science of the Total Environment. 801,
  • CRISPO, M., DOBSON, M. C., BLEVINS, R. S., MEREDITH, W., LAKE, J. A. and EDMONDSON, J. L., 2021. Environmental Pollution. 288,
  • PEHR, K., BISQUERA, R., BISHOP, A. N., OSSA OSSA, F., MEREDITH, W., BEKKER, A. and LOVE, G. D., 2021. Astrobiology. 21(9), 1049-1075
  • POWELL, C., MEREDITH, W., ADAM, M. and ROBINSON, J., 2021.
  • PEREZ, N. D., VALLEJO, D. B., ADAM, M., MEREDITH, W. and ROBINSON, J., 2021.
  • MEREDITH, W., UGUNA, C. N., SNAPE, C. E., CARR, A. D. and SCOTCHMAN, I. C., 2020. Geological Society, London, Special Publications. 484,
  • KOSTAS, E. T., DUR脕N-JIM脡NEZ, G., SHEPHERD, B. J., MEREDITH, W., STEVENS, L. A., WILLIAMS, O. S. A., LYE, G. J. and ROBINSON, J. P., 2020. Chemical Engineering Journal.
  • ARENAS, C. B., MEREDITH, W., SNAPE, C. E., G脫MEZ, X., GONZ脕LEZ, J. F. and MARTINEZ, E. J., 2020. Environmental Science and Pollution Research.
  • G脺LE脟, F., MEREDITH, W. and SNAPE, C. E., 2020. Frontiers in Energy Research. 8,
  • GULEC F, MEREDITH W, SUN C and SNAPE CE, 2020. Chemical Engineering Journal. 389, 124492
  • G脺LE脟, F., MEREDITH, W., SUN, C. G. and SNAPE, C. E., 2019. Fuel. 244, 140-150
  • GULEC, F., MEREDITH, W., SUN, C-G. and SNAPE, C.E., 2019. Energy. 173, 658-666
  • WHITELAW, PATRICK, UGUNA, CLEMENT N., STEYENS, LEE A., MEREDITH, WILL, SNAPE, COLIN E., VANE, CHRISTOPHER H., MOSS-HAYES, VICKY and CARR, ANDREW D., 2019. NATURE COMMUNICATIONS. 10,
  • XIE, L., SUN, Y., UGUNA, C. N., LI, Y., SNAPE, C. E. and MEREDITH, W., 2019. Energy and Fuels. 33(10), 9546-9558
  • STIRLING, R. J., SNAPE, C. E. and MEREDITH, W., 2018. Fuel Processing Technology. 177, 152-158
  • G脫MEZ, X., MEREDITH, W., FERN脕NDEZ, C., S脕NCHEZ-GARC脥A, M., D脥EZ-ANTOL脥NEZ, R., GARZ脫N-SANTOS, J. and SNAPE, C. E., 2018. Environmental Science and Pollution Research. 25, 25600-25611
  • PINTO, F., COSTA, P., PARADELA, F., SILVA, P., MEREDITH, W., STEVENS, L. and SNAPE, C., 2018. Chemical Engineering Transactions. 65, 493-498
  • ASCOUGH PL, BIRD MI, MEREDITH W, SNAPE C, LARGE D, TILSTON EL, APPERLEY D and BERNAB脡 ACA, 2018. Frontiers in Earth Science. 6(61),
  • SHAW, G., ATKINSON, B., MEREDITH, W., SNAPE, C., LEVER, D. and HOCH, A., 2018. Scientific data. 5, 180208
  • BIRD, M.I., KEITAL, C. and MEREDITH, W., 2017. Analysis of biochars for C,H,N,O and S by elemental analyser. In: SINGH, B., CAMPS-ARBESTAIN, M. and LEHMANN, J., eds., Biochar: A Guide to Analytical Methods CSIRO Publishing. 39-50
  • MEREDITH, W., MCBEATH, A.V., ASCOUGH, P.A. and BIRD, M.I., 2017. Analysis of biochars by hydropyrolysis (HyPy). In: SINGH, B., CAMPS-ARBESTAIN, M. and LEHMANN, J., eds., Biochar: A Guide to Analytical Methods CSIRO Publishing. 187-198
  • RUSSELL, SCOTT H., TURRION-GOMEZ, JUAN LUIS, MEREDITH, WILL, LANGSTON, PAUL and SNAPE, COLIN E., 2017. JOURNAL OF ANALYTICAL AND APPLIED PYROLYSIS. 124, 536-541
  • UGUNA, J.O., CARR, A.D., MARSHALL, C., LARGE, D.J., MEREDITH, W., JOCHMANN, M., SNAPE, C.E. and JENSEN, M., 2017. International Journal of Coal Geology. 179, 278-294
  • HOSHINO, Y., POSHIBAEVA, A., MEREDITH, W., SNAPE, C.E., POSHIBAEV, V., VERSTEEGH, G.J.M., KUZNETSOV, N., LEIDER, A., VAN MALDEGEM, L., NEUMANN, M., NAEHER, S., MOCZYD艁OWSKA, M., BROCKS, J.J., TANG, Q., XIAO, S., MCKIRDY, D., DAS, S., ALVARO, J.J., SANSJOFRE, P. and HALLMANN, C., 2017. Science Advances. 3(9), e1700887
  • MCCLEAN, G.J., MEREDITH, W., CROSS, A., HEAL, K.V., BENDING, G.D. and SOHI, S.P., 2016. GCB Bioenergy. 8, 805-817
  • UGUNA C. N, CARR A. D, SNAPE C.E, MEREDITH W, SCOTCHMAN I.C, MURRAY A and VANE C.H, 2016. Journal of Marine and Petroleum Geology. 73, 72-85
  • ISA, M.D., SNAPE, C.E., MEREDITH, W., UGUNA, C.N. and DENG, H., 2016. Journal of Analytical and Applied Pyrolysis. 119, 180-188
  • LIUJUAN XIE, YONGGE SUN, CLEMENT N. UGUNA, YOUCHUAN LI, COLIN E. SNAPE and WILL MEREDITH, 2016. 30, 2617-2627
  • UGUNA, C.N., CARR, A. D., SNAPE, C.E. and MEREDITH, W., 2016. Organic Geochemistry. 97, 61-73
  • ASCOUGH, P.L., BIRD, M.I., MEREDITH, W. and SNAPE, C.E., 2016. Spectroscopy Europe. 28, 6-9
  • ROMBOL脌, A., FABBRI, D., MEREDITH, W. and SNAPE, C.E., 2016. Journal of Analytical and Applied Pyrolysis. 121, 230-239
  • MEREDITH W., SNAPE, C.E. and LOVE, G.D., 2015. . In: GRICE, K., ed., Principles and Practice of Analytical Techniques in Geosciences Royal Society of Chemistry Special Volume. 171-208
  • UGUNA, C. N., CARR, A. D., SNAPE, C. E. and MEREDITH, W., 2015. Organic Geochemistry. 78, 44-51
  • ISA, M.D., SNAPE, C.E., UGUNA, C.N. and MEREDITH, W., 2015. Journal of Analytical and Applied Pyrolysis. 113, 646-654
  • MARSHALL, C., UGUNA, J., LARGE, D. J., MEREDITH, W., JOCHMANN, M., FRIIS, B., VANE, C., SPIRO, B. F., SNAPE, C. E. and ORHEIM, A., 2015. International Journal of Coal Geology. 143, 1-10
  • MARSHALL, C., LARGE, D. J., MEREDITH, W., SNAPE, C. E., UGUNA, C., SPIRO, B. F., ORHEIM, A., JOCHMANN, M., MOKOGWU, I., WANG, Y. and FRIIS, B., 2015. International Journal of Coal Geology. 143, 22-33
  • DENG, H., MEREDITH, W., UGUNA, C. and SNAPE, C.E., 2015. Journal of Analytical and Applied Pyrolysis. 113, 340-348
  • ZHANG, X., DENG, H., SNAPE, C.E., MEREDITH, W., ZHAO, Y., DU, Y., CHEN, X. and SUN, Y., 2015. Quaternary Geochronology. 30, 9-17
  • ROMBOLA, A., MEREDITH, W., SNAPE, C.E., BARONTI, S., GENESIO, L., VACCARI, F., MIGLIETTA, F. and FABBRI, D., 2015. Environmental Science & Technology. 49, 11037-11044
  • SEPHTON, M.A., WATSON, J.S., MEREDITH, W., LOVE, G.D., GILMOUR, I. and SNAPE, C.E., 2015. Astrobiology. 15, 779-786
  • BIRD, M. I., LEVCHENKO, V., ASCOUGH, P. L., MEREDITH, W., WURSTER, C. M., WILLIAMS, A., TILSTON, E. L., SNAPE, C. E. and APPERLEY, D. C., 2014. Quaternary Geochronology. 22, 25-32
  • SHAW, G., ATKINSON, B., MEREDITH, W., SNAPE, C., STEVEN, M., HOCH, A. and LEVER, D., 2014. Journal of Environmental Radioactivity. 133, 18-23
  • BARKER, J., REID, J., SNAPE, C.E., SCURR, D. and MEREDITH, W., 2014. SAE International Journal of Fuels and Lubricants. 7,
  • MEREDITH, W., ASCOUGH, P.L., BIRD, M.I., LARGE, D.L., SNAPE, C.E., SONG, J., SUN, Y. and TILSTON, E.L., 2013. Journal of Analytical and Applied Pyrolysis. 103, 232-239
  • UGUNA, C.N., AZRI, M.H., SNAPE, C.E., MEREDITH, W. and CARR, A.D., 2013. Journal of Analytical and Applied Pyrolysis. 103, 268-277
  • UGUNA, C.N., SNAPE, C.E., MEREDITH, W., CARR, A.D., SCOTCHMAN, I.C. and DAVIS, R.C., 2012. Retardation of hydrocarbon generation and maturation by water pressure in geological basins: An experimental investigation. In: PETERS, K.E., CURRY, D.J. and KACEWICZ, M., eds., Basin Modeling: New Horizons in Research and Applications: AAPG Hedberg Series 4. AAPG. 19-37
  • MEREDITH, W., ASCOUGH, P.L., BIRD, M.I., LARGE, D.L., SNAPE, C.E., SUN, Y. and TILSTON, E.L., 2012. Geochimica et Cosmochimica Acta. 97, 131-147
  • UGUNA, C.N., CARR, A.D., SNAPE, C.E., MEREDITH, W. and CASTRO DIAZ, M., 2012. Organic Geochemistry. 52, 103-113
  • ATKINSON, B.S., MEREDITH, W., SNAPE, C., STEVEN, M., HOCH, A.R., LEVER, D. and SHAW, G., 2012. Mineralogical Magazine. 76(8), 3345-3354
  • ATKINSON B.S, MEREDITH W., SNAPE C., STEVEN M., HOCH A.R., LEVER D. and SHAW G, 2012. In:
  • BARKER, J., RICHARDS, P., SNAPE, C.E. and MEREDITH, W., 2011. SAE Technical Paper 2011-01-1923.
  • MEREDITH, W, GOMES, R.L, SNAPE, C.E, COOPER, M and SEPHTON, M.A., 2010. Rapid Communication in Mass Spectrometry. 24, 501-505
  • BARKER, J., RICHARDS, P., SNAPE, C. and MEREDITH, W., 2010. A novel technique for investigating the nature and origins of deposits formed in high pressure fuel injection equipment SAE International Journal of Fuels and Lubricants. 2(2), 38-44
  • BERWICK, B, GREENWOOD, P. MEREDITH, W, SNAPE, C.E and TALBOT, H., 2010. Journal of Analytical and Applied Pyrolysis. 87, 108-116
  • ASCOUGH, P.L., BIRD, M.I., MEREDITH, W., WOOD, R.E., SNAPE, C.E., BROCK, F., HIGHAM, T.F.G., LARGE, D. and APPERLEY, D., 2010. Radiocarbon. 52, 1336-1350
  • GOMES, R.L, MEREDITH, W, SNAPE, C.E and SEPHTON, M.A., 2009. Analytical and Bioanalytical Chemistry. 393, 453-458
  • SONIBARE, O.O, SNAPE, C.E, MEREDITH, W, UGUNA, C and LOVE, G.D., 2009. Journal of Analytical and Applied Pyrolysis. 86, 135-140
  • CARR, A.D., SNAPE, C.E., MEREDITH, W., UGUNA, C., SCOTCHMAN, I.C. and DAVIS, R.C., 2009. Petroleum Geoscience. 15(1), 17-26
  • LOVE, G.D., GROSJEAN, E., STALVIES, C., FIKE, D.A., GROTZINGER, J.P., BRADLEY, A.S., KELLY, A.E., BHATIA, M., MEREDITH, W., SNAPE, C.E., BOWRING, S.A., CONDON, D.J. and SUMMONS, R.E., 2009. Nature. 457, 718-721
  • GOMES R.L, MEREDITH W, SNAPE C.E and SEPHTON M.A., 2009. Journal of Pharmaceutical and Biomedical Analysis. 49, 1133-1140
  • ASCOUGH, P.L., BIRD, M.I., BROCK, F., HIGHAM, T.F.G., MEREDITH, W., SNAPE, C.E. and VANE, C.H., 2009. Quaternary Geochronology. 4(2), 140-147
  • MEREDITH, W, SNAPE, C.E, CARR, A.D, NYTOFT, H.P and LOVE, G.D., 2008. Organic Geochemistry. 39, 1243-1248
  • LOCKHART, R, MEREDITH, W and SNAPE, C.E., 2008. Organic Geochemistry. 39, 1119-1124
  • MEREDITH, W, SNAPE, C.E, UGUNA, C and LOVE, G.D., 2008. Maximising the yield of bound aliphatic biomarkers via a convenient two-stage hydropyrolysis procedure. In: LIANG, D, WANG, D and LI, Z, eds., Petroleum Geochemistry and Exploration in the Afro-Asian Region Taylor and Francis. 145-152
  • LOVE, G.D, STALVIES, C, GROSJEAN, E, MEREDITH, W, SNAPE, C.E and SUMMONS, R.E., 2008. Analysis of molecular biomarkers covalently bound within Neoproterozoic sedimentary kerogen. In: KELLEY, P.H and BAMBACH, R.K., eds., From Evolution to Geobiology: Research Questions Driving Paleontology at the Start of a New Century 14. The Paleontology Society. 67-83
  • SEPHTON, M.A, . MEREDITH, W., , SUN, C-G and SNAPE, C.E., 2007. Combined catalytic hydrogenation-stable isotope ratio analysis techniques for biomedical and forensic applications Analytical Chemistry Insights. 2, 37-42
  • MEREDITH, W., SUN, C-G., SNAPE, C.E., SEPHTON, M.A. and LOVE, G.D., 2006. Organic Geochemistry. 37(12), 1705-1714
  • SEPHTON, M.A., MEREDITH, W., SUN, C-G. and SNAPE, C.E., 2005. Rapid Communications in Mass Spectrometry. 19(22), 3339-3342
  • SEPHTON, M. A., LOVE, G. D., MEREDITH, W., SNAPE, C. E., SUN, C. G. and WATSON, J. S., 2005. Planetary and Space Science. VOL 53(NUMBER 12), 1280-1286
  • SEPHTON, M. A., MEREDITH, W., SUN, C.-G. and SNAPE, C. E., 2005. Rapid Communications in Mass Spectrometry. VOL 19(NUMB 3), 323-325
  • MEREDITH, W., RUSSELL, C. A., COOPER, M., E. SNAPE, C., LOVE, G. D., FABBRI, D. and VANE, C. H., 2004. Organic Geochemistry. VOL 35(NO 1), 73-89
  • RUSSELL, C.A., SNAPE, C.E., MEREDITH, W., LOVE, G.D., CLARKE, E. and MOFFATT, B., 2004. Organic Geochemistry. 35(11-12), 1441-1459
  • MEREDITH, W., RUSSELL, C.A., SNAPE, C.E., LOVE, G.D. and FABBRI, D., 2002. Recent experimental improvements in analytical hydropyrolysis In: Advances and Applications in Analytical Pyrolysis/Thermochemolysis.
  • JONES, D.M, WATSON, J.S, MEREDITH, W, CHEN, M and BENNETT, B., 2001. Analytical Chemistry. 73, 703-707
  • MEREDITH, W, KELLAND, S-J and JONES, D.M., 2000. Organic Geochemistry. 31(11), 1059-1073

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