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 ACHIEVING NET-ZERO  CLOSING THE LOOP
 Energy transition needs multiple pathways &   Remine India bags TDB funds for recycling of LIBs

 co-existence of myriad technologies  and e-waste


 There is no silver bullet to achieve   The  Technology  Development      from  US$3.79-bn  in  2021.  Currently,
 net-zero, and the transition needs multi  Board (TDB) has entered into an agree-  95%  of  LIBs  end  up  in  landfi lls,  and
 ple pathways to be adopted with co-exi-  ment with Remine India Pvt. Ltd., for   only 5% undergo recycling and reuse.
 stence of myriad technologies in the   setting up a commercial  plant for re-
 energy basket. While coal is projected   cycling of lithium ion batteries (LIBs)   The dominance of the informal sec-
 to continue until the next two decades   and electronic wastes (E-waste) using   tor in the e-waste scenario has adverse
 as the backbone  of the Indian  energy   indigenous  technology developed by   environmental and  economic implica-
 system, net-zero is not possible without   the Centre for Materials for Electronics   tions.  Effi cient  and  environmentally
 substantial nuclear power and renew-  Technology (CMET), Hyderabad.      friendly  recycling methods are impe-
 able energy (RE) generation by 2070.                                     rative to address the escalating issue of
          The plant will be set up at SIIDCUL                             battery waste, mitigate migrant supply
 These are some of the conclusions   Industrial  Area in Sitarganj (District  of  LIBs  through  landfi lling  and  inci-  side risks  related to critical  elements,
 of a recently released report titled   Udham Singh Nagar), Uttarakhand.   neration poses environmental and safety  and reduce carbon footprints.
 ‘Synchronizing energy transitions towards   concerns, highlighting the need for re-
 possible Net-Zero for India: Affordable   India’s emissions would range between  of technologies for low-cost hydrogen   TDB has pledged a fi nancial assis-  cycling  initiatives.  The potential  for   “India is third in the world in terms
 and clean energy for all.’ The report has   0.56 btCO  and 1.0 btCO  in 2070, and  production.  tance of Rs. 7.5-crore out of the total  value creation through the retrieval of  of  e-waste  generation  and  signifi cant
 2
 2
 been prepared by IIM, Ahmedabad, as   it is expected that this will be offset   project cost of Rs. 15-crore.  metals  from spent  LIBs has spurred  efforts are required to curb the issue.
 part of a study project sanctioned in   through sequestration in forestry and  Vital role for nuclear energy  interest in recycling e-waste generated  TDB  supporting  this  initiative  would
 November 2021 by the Offi ce of the Prin-  tree cover.  Dr.  V.K. Saraswat,  Member, NITI   The escalating imports of  e-waste  by these batteries.  help to engage  informal  recyclers  to
 cipal  Scientifi c  Adviser  (PSA)  to  the   Aayog, agreed with the premise that   stemming  from the  disposal of spent   connect with formal recyclers thereby
 Government of India, with part-funding   Large resources needed  more RE penetration is  needed with   LIBs are driven by their growing util-  The  lithium-ion battery recycling  contributing towards circular eco-
 (one-third) from Nuclear Power Corpo-  Prof. Ajay  Sood,  PSA  to  Govern-  baseload energy source as nuclear. He   isation in portable electronics, electric  market size is projected to reach $14.89-bn  nomy,” said Mr. Rajesh Kumar Pathak,
 ration of India Ltd. (NPCIL).   ment of India, noted that the transition  emphasised that without nuclear energy,   vehicles, and global renewable energy  by  2030,  with  a    Compound  Annual  Secretary, TDB, while speaking on the
 pathways need large resources to. The  the storage requirements for RE will be   storage systems. However, the disposal  Growth  Rate  (CAGR)  of  21.6%,  up  occasion.
 The report attempts to answer key   report notes that fi nancial requirements  very high to tackle the intermittency of
 questions related to India’s energy tra-  for the  transition during  2020-2070  its supply. This will,  in turn, enhance   TRADE MEASURE
 jectory such as:   would be to the tune of Rs. 150-200-  the dependence on critical  minerals,   DGTR recommends anti-dumping duty on sodium
   How much energy does India need   lakh crore (about US$ 2-2.5-trillion, or  which is not sustainable.  He further
 to achieve high value of Human   US$40-50 bn/year), and a considerable  added that for the nuclear sector, a tran-  cyanide imports
 Development Index (HDI) and path  portion of this will need to come from  sition is needed from large reactors to
 ways to meet this need;  international sources.   Small Modular Reactors (SMRs), with   The Directorate General of  Trade  facturing insecticides, dyes, pigments,  declines  and  fi nancial  losses,  the  autho-
   Energy mix projections  until  2070   participation of industry. There is also a   Remedies (DGTR) has recommen-  bulk drugs, etc.  rity said that examination of submissions
 (declared net-zero target year);  Dr.  Anil  Kakodkar,  former  Chair-  need to promote alternate nuclear fuel   ded imposition of  anti-dumping duty   from concerned parties and available
   Cost of electricity to the end-user;  man,  Atomic  Energy  Commission,  options such as thorium to reduce   on  sodium  cyanide  (NaCN)  imported   According to information  on the  facts had been completed. It added that
   Carbon emissions until 2070;  highlighted  the need for development  dependence on uranium import.  from China, the European Union, Japan  DGTR’s website, the authority initi-  the domestic industry had to sell at losses
  Investments required for energy   and Korea.  The revised definitive  ated an anti-dumping investigation on  to increase its market share.
 transitions towards net-zero at   Asahi Songwon acquires balance   anti-dumping duties on the import of  March 31, 2023 based on an application
 2070; and  sodium cyanide, originating in or expor-  fi led by the Hindustan Chemicals Com-  The anti-dumping duties recom-
   Challenges  and  opportunities  in  RE   22% stake in Atlas Life Sciences  ted from these countries, is for a period  pany and United Phosphorous Ltd.  mended are: Hebei Chengxin Co. Ltd.
 integration, critical minerals, carbon cap-  of fi ve years.              (China) $286-per tonne; Other Chinese
 ture  utilisation  and  storage  (CCUS),   Asahi  Songwon  Colors  has  acquired  ing in ALSPL has increased from 78%   Stating that the domestic industry  producers $554-per tonne; Lucebni
 natural gas, ethanol, and hydrogen.  the remaining 6,60,000 shares, i.e. 22%  (pre-acquisition) to 100% (post acqui-  Sodium  cyanide  is  used  in  the  had suffered injury despite capacity  zavoday Draslovka as $13-per tonne;
 stake, in Atlas Life Sciences (ALSPL)  sition) and ALSPL has become wholly   extraction of gold and silver from their  expansion, as evidenced by several fac-  Other EU producers $230-per tonne; Japan
 As per the report, which was  on    March  26,  2024.  Pursuant  to  this  owned subsidiary of  Asahi Songwon   respective ores, in electroplating and the  tors, including high volumes of dumped  $447-per tonne; and South Korea $413-
 released on April 3, 2024 in New Delhi,  acquisition,  the  company’s sharehold-  Colors.  heat treatment of metals, and in manu-  imports,  suppressed  prices,  production  per tonne.


 154  Chemical Weekly  April 16, 2024  Chemical Weekly  April 16, 2024                                 155


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