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New paper now available free for 50 days! Great work by Mark Barwood before even starting a PhD! Insight into kinetic hydrate inhibitor assessment: chemical ranking can be subcooling dependent & differ if based on nucleation vs growth authors.elsevier.com/a/1dAz426dbt3c… UWA Eng & Math Sci Australian Research Council

First ‘sale’ of novel measurement tech has shipped! Congrats to Pete Metaxas & Mark Barwood for doing the hard yards. ATEX-rated, high pressure (13kpsi) stirred ALTA cells developed Fluid Science & Resources Research Group (UWA) now heading to ExxonMobil US labs. Will enable new understanding of #hydrate formation

Latest paper from Fluid Science & Resources Research Group (UWA) with data showing how & why CO2 hydrates nucleate faster than CH4 hydrates. Free now for 50 days. Nice work by @UWA #PhDs Mark Barwood (present) & Vincent Lim (past) Australian Research Council UWA Research authors.elsevier.com/a/1ez~9_VWlWGf…

Second ‘sale’ of this Fluid Science & Resources Research Group (UWA) measurement technology has now also shipped! This time to academic institution جامعة الملك فهد للبترول والمعادن | KFUPM Thanks to UWA #PhDs Mark Barwood, Chenglong Li & Dr Metaxas, Dr Adamson for a job well done. Four papers since 2018 that use these cells cited 128 times

Newest paper out now: using the hazard function to extend our range of measurable gas hydrate nucleation rates. Number of accessible sites grows with subcooling which reveals further insight into KHI mechanisms. Thanks to Eric May Zach Aman authors.elsevier.com/a/1fOo44x7R2cb…

German tour finishes with Sunday drive “researching” fuel cell vehicle performance on autobahn. Teaching moment with #PhD student Mark Barwood at the #H2 station. Only possible with great collaborators & friends like Markus Richter See you in Perth! Future Energy Exports CRC UWA Fluid Science & Resources Research Group (UWA)

A huge thank you to Markus Richter and the rest of the TT team for hosting me in Chemnitz over the last week. Learned a lot about high accuracy thermodynamics! Thanks to Eric May, Future Energy Exports CRC for the opportunity.

Posting happy selfies because it’s so amazing to be back in Perth UWA Fluid Science & Resources Research Group (UWA) Future Energy Exports CRC after more than four years 🥳 Getting together with Eric May Paul Stanwix Mark Barwood and my student Fred who is working on #Raman spectroscopy for his Master thesis TU Chemnitz.

Latest publication from Fluid Science & Resources Research Group (UWA) & Future Energy Exports CRC - this time on freeze-out of water in #LNG & new hints why cryogenic heat exchangers don't continuously block with hydrates when thermodynamics says they should! 50 free downloads. Will discuss LNG2023 pubs.acs.org/doi/full/10.10…

Filled in as Eric May today and presented a summary of our hydrate nucleation work Fluid Science & Resources Research Group (UWA) at #ICGH10. Lots of good discussion around size scaling and chemical testing for industry!

Last week at #ICGH10 our poster on kinetic hydrate inhibitors managed to win a best poster award! A big thanks to my supervisors and Praveen Linga's team for organising the conference. The associated paper is at this link: doi.org/10.1016/j.ces.… UWA Research

Latest article from Fluid Science & Resources Research Group (UWA) and Future Energy Exports CRC on solubility of solid nitrogen impurities in cryogenic hydrogen now available & published open access. Congratulations to Mark Barwood, Peter Metaxas & team for getting the facility up and running! sciencedirect.com/science/articl…