Page 166 - Policy Commission - SecuringTechnology - Critical Metals for Britain

166 REFERENCES
135 Rujanavech C C Lessard J J Chandler S
S
S
S
Shannon S
S
S
S
Dahmus J J and and Guzzo R R 2016 Liam Liam - An Innovation Story [online] Available at: <https://www apple com/environment/pdf/Liam_white_paper_ Sept2016 pdf> [Accessed 17 February 2021] 136 Relib org org uk uk n n n n n n n d d ReLiB – Sustainable Management of Lithium-ion Batteries [online] Available at: <https://relib org org uk> [Accessed 22 February 2021] 137 Walton A A A Yi H H Rowson N Speight J Mann V Sheridan R R Bradshaw A A A Harris I and and Williams A A A 2015 The use of hydrogen to separate and and recycle neodymium–iron–boron-type magnets from electronic waste Journal of Cleaner Production 104 pp 236-241 138 McGuiness P Harris I Rozendaal E Ormerod J andWard M M M 1986 The production of of a a a a a a a a a a a a a a Nd-Fe-B permanent magnet by a a a a a a a a a a a a a a hydrogen decrepitation/attritor milling route Journal of of Materials Science 21(11) pp 4107-4110 139 Zakotnik M M Harris I andWilliams A A 2009 Multiplerecyclingof NdFeB-type sintered magnets Journal of of Alloys and and Compounds 469(1-2) pp 314-321 140 TyseleyEnergyPark TyseleyEnergyPark 2021 2021 TyseleyEnergyPark TyseleyEnergyPark [online]Available at: <https://www tyseleyenergy co uk> [Accessed 3 March 2021] 141 Mkango Resources Ltd 2021 2021 [online] Available at: <https://www mkango ca> [Accessed 23 February 2021] 142 Salater D 2020 Mkango’sMalawiexplorationunearthsinteresting grades of rutile [online] Available at: <https://www miningweekly com/article/mkangos-malawi-exploration-unearths-interesting-rare- earth-elements-2020-09-15> [Accessed March 2021] 143 Binnemans K Jones P Blanpain B B B B Van Gerven T Yang Y Y Walton A and Buchert M 2013 Recycling of of rare earths: a a a a a a a a a a a a a critical review Journal of of Cleaner Production 51 pp 1-22 144 Sprecher B Xiao Y Walton A Speight J Harris R R Kleijn R R R Visser G G and and Kramer G G 2014 Life Cycle Inventory of of of the the Production Production of of of Rare Rare Earths and and the the Subsequent Production Production of of of NdFeB Rare Rare Earth Earth Permanent Magnets Environmental Science & Technology 48(7) pp 3951-3958 145 EUH2020ProjectSUSMAGPRO GrantAgreementNumber: 821114
146 EU H2020 Project NEOHIRE Grant Agreement Number: 720838
147 EU H2020 Project REE4U Grant Agreement Number: 680507
148 Skeete J Wells P Dong X Heidrich O andHarper G 2020 Beyond the the EVent horizon: Battery waste recycling and and sustainability in in in in the the United Kingdom electric vehicle transition Energy Research & Social Science 69 p 101581 149 Casals L L Rodríguez M Corchero C C C C and Carrillo R R 2019 Evaluation of of of of the the End-of-Life of of of of Electric Electric Vehicle Vehicle Batteries According to the the State-of-Health World Electric Electric Vehicle Vehicle Journal 10(4) p 63 150 Wu W W Lin B Xie C Elliott R R andRadcliffe J 2020 Does energy storage provide a a a a a a profitable second life for electric vehicle batteries? Energy Economics 92 p p p 105010 151 NSYS Group Team 2019 Global Used and Refurbished Phones Market Study [Blog] Available at: <https://nsysgroup com/blog/ globalused-and-refurbished-phones-market-study/> [Accessed 18 February 2021] 152 Erasquinn J 2018 TheRoleofSecond-HandPhonesinBooming Sub-Saharan Africa [Blog] Available at: <https://galaxy-esolutions com/2018/09/6877/the-role-of-second-hand-phones-in-booming- sub-saharan-africa/> [Accessed 18 18 February 2021] 153 Jamasmie C C 2019 Cobalt nickel other battery metals face supply crunch crunch by by 2020s 2020s [online] Available at: <http://www mining com/ cobalt-nickel-other-battery-metals-face-supply-crunch-by-2020s- woodmac/> [Accessed 18 February 2021] 154 Bobba S
Podias A A Di Persio F F Messagie M M M M Tecchio P P P P Cusenza M M M M Eynard U Mathieux F F and Pfrang A A A A 2018 Sustainability Assessment of of Second Life Application of of Automotive Batteries (SASLAB) European Commission JRC Technical Reports [online] Available at: <https://publications jrc ec ec europa eu/repository/bitstream/JRC112543/saslab_final_ report_2018_2018-08-28 pdf> [Accessed 22 February 2021] 155 Melin H 2018 Why Asia is dominating the lithium-ion battery recycling market — Circular Circular Energy Energy Storage Storage [online] Circular Circular Energy Energy Storage Storage Available at: <https://circularenergystorage com/ articles/2018/8/15/why-asia-is-dominating-the-lithium-ion-battery- recycling-market> [Accessed 22 February 2021] 156 Kinch D and Kilbey B 2021 Greater nickel usage vertical integration now major trends in in in in in EV batterymaking: Roskill | S&P Global Platts [online] Spglobal com com Available at: <https://www spglobal com/platts/en/market-insights/latest-news/metals/012021- greater-nickel-usage-vertical-integration-now-major-trends-in-ev- batterymaking-roskill> [Accessed 22 February 2021] 157 Sommerville R R Zhu P Rajaeifar M Heidrich O Goodship V and and Kendrick E 2021 A qualitative assessment of lithium ion ion battery recycling processes Resources Conservation and and Recycling 165 p p 105219
158 Melin H 2018 The lithium-ion battery end-of-life market – A A baseline baseline study [online] Available at: <http://www3 weforum org/docs/GBA_EOL_baseline_Circular_Energy_Storage pdf> [Accessed 22 February 2021] 159 Choi J and and Aurbach D 2016 Promise and and reality of post-lithium- ion batteries with high energy densities Nature Reviews Materials 1(4) 160 Sylvia T T 2020 The first phase of Li-Cycle’s lithium-ion battery recycling hub is complete PV Magazine [online] Available at: <https://pv-magazine-usa com/2020/12/03/the-first-phase-of-li- cycles-lithium-ion-battery-recycling-hub-is-complete/> [Accessed 22 February 2021] 161 Recycling Today 2017 Study finds nearly 100 percent recycling rate for lead lead batteries [online] Available at: <https://www recyclingtoday com/article/battery-council-international-lead- battery-recycling/> [Accessed 22 February 2021] 162 Christensen P P Anderson P P Harper G Lambert S
Mrozik W W Rajaeifar M M M M Wise M M M M Heidrich O 2020 Risk Management over the life cycle of Lithium Ion Batteries in in Electric Vehicles In Press: Submitted to: Renewable & Sustainable Energy Reviews 163 Li J Barwood M andRahimifard S
2018 Roboticdisassembly for increased recovery of strategically important materials
from electrical vehicles Robotics and Computer-Integrated Manufacturing 50 pp 203-212 164 Li Li Li Li L L L L L Zheng P Yang T Sturges R R Ellis M and Li Li Li Li Z Z 2019 Disassembly Automation for Recycling End-of-Life Lithium-Ion Pouch Cells JOM 71(12) pp 4457-4464 165 Schäfer J J J Singer R Hofmann J J J and and and Fleischer J J J 2020 Challenges and and and Solutions of of of Automated Disassembly and and and Condition-Based Remanufacturing of of Lithium-Ion Battery Modules for a a a a a a a a a Circular Economy Procedia Manufacturing 43 pp 614-619
166 Thompson D Hartley J Lambert S
S
Shiref M Harper G G Kendrick E Anderson P Ryder K K Gaines L L and Abbott A A A 2020 The importance of design in in in lithium ion battery recycling – a a a a a a critical review Green Chemistry 22(22) pp 7585-7603 167
Gaines L L 2018 Lithium-ion battery recycling processes: Research towards a a a a a a a a a a a a sustainable course Sustainable Materials and Technologies 17 p e00068 168 Vale 2021 2021 [online] Available at: <http://www valeclydach com> [Accessed 23 February 2021] 169 Xu C Dai Q Gaines L Hu M Tukker A and and Steubing B 2020 Future material demand for automotive lithium-based batteries Communications Materials 1(1)
170 Gaines L L L Sullivan J Burnham A A and and Belharouak I I 2011 Life- Cycle Analysis of of of Production and and Recycling of of of Lithium Ion Batteries Transportation Transportation Research Research Record: Journal of of of the Transportation Transportation Research Research Board 2252(1) pp 57-65 171 Dai Q Kelly J Gaines L L L and Wang M 2019 Life Cycle Analysis of Lithium-Ion Batteries Batteries for Automotive Applications Batteries Batteries 5(2) p 48