Page 170 - CW E-Magazine (30-1-2024)
P. 170

Special Report



































                           Fig. 5: Demand for critical minerals and raw materials in the LIB value chain by 2030
       Source: Reference 9
       nounced it has signed a technology  41-kt of copper, and 8-kt of LiPF    Ahmed, Industrial & Engineer-
                                                                       6
       licensing agreement with Kanto Denka  electrolyte  material to  produce ~100-  ing Chemistry Research, 2019, 58
       Kogyo for LiPF . The agreement pro-  GWh/annum of batteries by 2030.   (9), 3754-3766; DOI: 10.1021/acs.
                    6
       vides Koura with access to Kanto’s                                     iecr.8b03752
       technology and  industry  expertise in   REFERENCES                6.  Lithium    Hexafl uorophosphate
       commercial LiPF   production. The  1.  Falk  Meutzner,  Mateo  Ureña  de   Market Analysis, https://www.chem-
                      6
       fi rst  U.S.  manufacturing  plant  will  be   Vivanco; Electrolytes –  Techno-  analyst.com/industry-report/
       built in St. Gabriel, Louisiana, partially   logy review. AIP Conf. Proc. 16th   lithium-hexafl uorophosphate-mar-
       funded  by  a  $100-mn  U.S.  Depart-  June 2014; 1597 (1): 185–195;   ket-730 [Accessed Jan. 5, 2024]
       ment of Energy Award, and will have a   https://doi.org/10.1063/1.4878487  7.  https://www.sztaipu.com/tech-
       capacity to produce 10-ktpa of battery-  2.  Manufacturing of lithium ion bat-  corner/other/plummet-lithium-bat-
       grade electrolyte salt(8).           tery cell components; RWTH        tery-materials-three-assassins-have-
                                            Aachen  University;  https://www.  fallen-drastically-%EF%BF%BC/
          In  April 2021, German  speciality   pem.rwth-aachen.de/global/show_  8.  https://www.kouraglobal.com/
       chemicals fi rm, Lanxess, announced its   document.asp                  north-american-lithium-ion-bat-
       entry into the fi eld of battery chemistry  3.  Journal of Power Sources,  Vol-  tery-supply-chain-boosted-through-
       by co-operating with Tinci to produce   ume 526, 2022, 231105; DOI:    localization-of-lithium-hexafl uoro-
       electrolyte formulations for LIBs under   10.1016/j.jpowsour.2022.231105.  phosphate-lipF6-production/
       the authorisation of the Chinese com-  4.  Imran Hussain Sardar, Souren  9.  NITI Aayog, From Mine to Mar-
       pany. This will enable Tinci to become   Bhattacharyya, “A Short Review of   ket: Critical Minerals Supply
       a domestic  supplier  for battery cell   Lithium-ion Battery Technology”,   Chain for Domestic  Value Addi-
       manufacturers in Europe.             International  Journal  of  Scientifi c   tion in Battery Manufacturing,
                                            Research in Science, Engineering   June 2023.
       Indian market                        and Technology (IJSRSET), Vol. 7,  10.  www.ipcei-batteries.eu/fileadmin/
          India’s LIB cell  manufacturing   Issue 2, pp. 500-507,  March-     Images/accompanying-research/
       industry  will annually need ~193-kt   April 2020. DOI:  10.32628/IJSR-  market-updates/2023-07-BZF_
       of cathode active material,  ~98-kt of   SET207295.                    Kurzinfo_Marktanalyse_Q2-ENG.
       anode active material, 91-kt of aluminium,  5.  Naresh Susarla  and  Shabbir   pdf


       170                                                                   Chemical Weekly  January 30, 2024


                                      Contents    Index to Advertisers    Index to Products Advertised
   165   166   167   168   169   170   171   172   173   174   175