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In 2023 Lent Term, our weekly seminars typically take place in a hybrid format (online in Zoom + in-person meeting) every Thursday at 3-4 pm (UK time) between 26 January and 16 March 2023*. To continue engaging with experts globally, we keep an online component of the series, with all seminars broadcasted in Zoom and some of our speakers presenting online. We also warmly invite our colleagues in Cambridge to attend the seminars in person in the David Attenborough Building (DAB).
The full programme of the CEENRG Seminar Series, including time and location of each seminar, can be found in the 2023 Lent Term Card below, or in a poster format here. If you are interested in attending any of the seminars online, please register using this form to receive a Zoom meeting link on the day of the seminar.
Malte ToetzkePhD Candidate, Department of Management, Technology, and Economics, ETH ZürichUsing Natural Language Processing to Inform Public Policy in the Energy TransitionTime: 3-4 pm. Hybrid meeting: in person in Main Seminar Room (1.25) in DAB + online in Zoom
Dr Aiora ZabalaLecturer in Economics, Open University CEENRG Fellow, University of CambridgeSustainable Land-use Innovation Drivers among SmallholdersTime: 3-4 pm. Hybrid meeting: in person in Main Seminar Room (1.25) in DAB + online in Zoom
Dr Jing MengAssociate Professor, Bartlett School of Sustainable Construction, University College London CEENRG Fellow, University of CambridgeAchieving a Decent Living in Emerging Economies Challenges National Reductions GoalsTime: 3-4 pm. Hybrid meeting: in person in Manatee Room (1.41) in DAB + online in Zoom
Professor David MaddisonProfessor of Economics, University of BirminghamThe Disamenity Impact of Anaerobic DigestionTime: 3-4 pm. Hybrid meeting: in person in Weston Room (2.49) in DAB + online in Zoom
These are the oldest and smallest of the Indian pressurized heavy water reactor (PHWR) range, with a total of 16 now online, 800 MWt, 220 MWe gross typically. Rajasthan 1 was built as a collaborative venture between Atomic Energy of Canada Ltd (AECL) and the Nuclear Power Corporation of India (NPCIL), starting up in 1972. Subsequent indigenous PHWR development has been based on these units, though several stages of evolution can be identified: PHWRs with dousing and single containment at Rajasthan 1&2, PHWRs with suppression pool and partial double containment at Madras, and later standardized PHWRs from Narora onwards having double containment, suppression pool, and calandria filled with heavy water, housed in a water-filled calandria vault. They are moderated and cooled by heavy water, and the natural uranium oxide fuel is in horizontal pressure tubes, allowing refuelling online (maintenance outages are scheduled after 24 months). Burn-up is about 15 GWd/t.
Elysium Industries in the USA and Canada has the Molten Chloride Salt Fast Reactor (MCSFR) design with fuel in the chloride salt. It operates below grade at near atmospheric pressure. Primary fuel salt and secondary salt convey heat to steam generators at 650C. It is designed to load-follow. A range of sizes from 125 to 3000 MWt (50 MWe to 1200 MWe) are under consideration. Used fuel from light water reactors or depleted uranium with some plutonium can fuel it though in 2020 fuel was shown as PuCl3 with fission products, or 15% HALEU. Selected fission products are removed online. Passive safety includes a freeze plug. It has negative temperature and void coefficients.
Seaborg Technologies in Denmark (founded 2015) has a thermal-epithermal single fluid reactor design for a 50 MWt pilot unit Compact Molten Salt Reactor (CMSR) with a view to 250 MWt commercial modular units fuelled by spent LWR fuel and thorium. Fuel salt is Li-7 fluoride initially with uranium as fluoride. Later, thorium, plutonium and minor actinides as fluorides are envisaged as fuel, hence the reactor being called a waste burner. This is pumped through the graphite column core and heat exchanger. Fission products are extracted online. Secondary coolant salt is FLiNaK, at 700C. Spent LWR fuel would have the uranium extracted for recycle, leaving plutonium and minor actinides to become part of the MSR fuel, with thorium. The company claims very fast power ramp time. High temperature output will allow application to hydrogen production, synthetic fuels, etc.
Emergency core cooling system (ECCS) initiation, instrumentation and control (I&C) systems. Complex systems require significant amount of online testing that contributes to plant unreliability and challenges of safety systems with inadvertent initiations.
These findings show illegal cathinones are still being sold online as legal alternatives to illegal substances, which was also a marketing tool used by all the suppliers in this research. Analogies were made between the substances for sale and the recently banned cathinone, mephedrone or illegal drugs like amphetamine, ecstasy (MDMA) or ketamine.
The small sample (22 products) analysed in this study means the question of how many sites are selling products containing banned substances, how widespread the purchase of these substituted cathinones actually is and the extent to which they are being taken by unsuspecting consumers remains unknown. Since there is an estimated 314 online shops,32 about 80 of which are based in the UK, we sampled products from 041b061a72