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Special Report



       Why Indian methanol producers will miss

       the “Methanol Economy” bus



       The value proposition of methanol  Current market scenario          SAPTARAG HOTA
               ethanol serves as a versatile   Domestic methanol consumption   Consultant, Avalon Consulting
               solvent, a fundamental build-  has grown from 1.8-mt (million metric
       Ming block for various chemi-     tonnes)  in  FY17 to  2.8-mt  in  FY23,  ning a methanol-producing facility will
       cals, and an alternative fuel source. The  registering a CAGR of 9%. At the same  further  erode  the  profi tability  of  the
       Indian government’s initiative  to pro-  time, domestic methanol  production  domestic producers.  This is  evident
       mote cleaner fuels aims to reduce the  was 0.18-mt  in  FY17 and  decreased  from  the  fact that Gujarat Narmada
       rising import bill  and greenhouse gas  to 0.07-mt in FY23,  indicating ~95%  Fertiliser and Chemicals (GNFC), one
       emissions, making methanol increa-  of domestic  consumption,  during this  of India’s major producers of methanol,
       singly  commercially  attractive. While  period,  was  fulfi lled  by  imports.  The  shut its methanol plants in FY24 due to
       ethanol has gained signifi cant traction  installed methanol production capa-  unfavourable cost economics.
       through the Ethanol Blending Program  city has remained stagnant at 0.47-mtpa,
       (EBP), which targets a 20% blending  with a paltry capacity  utilization  of   An argument can be made for the
       with  gasoline  by 2025, it  faces chal-  14% in FY23.             domestic producers to raise their prices, but
       lenges that could hinder its widespread                            approximately 75% of methanol imported
       adoption. Ethanol production primarily  What explains this predicament of   to India comes from the producers in the
       relies on sugarcane or foodgrains like  domestic methanol producers?  Gulf countries, who possess pricing power
       rice, raising concerns about food secu-  It boils down to the choice of feed-  due to either the availability of cheap natu-
       rity and resource allocation, as exten-  stock. Methanol can be produced from  ral gas or captive production of natural
       sive cultivation  of a land and water-  feedstocks such as natural gas, naphtha,  gas. Hence, operations of the domestic
       intensive crop like sugarcane may  coal, and biomass. Domestic producers  methanol  plants  will  remain  intermittent
       divert resources from food production.  rely on natural gas as a feedstock since  depending on the price of natural gas.
       Additionally, the reduction of the Goods  the production technology is mature
       and Services  Tax (GST) on ethanol  and can produce methanol with attrac-  Biomass as a feedstock
       from 18% to 5% presents a challenge  tive unit economics when operated at   Biomass is an alternate feedstock to
       by resulting in substantial foregone tax  scale. A  methanol plant using  natural  produce methanol. Its source – forestry &
       revenues for the government.      gas as a feedstock will require around  agricultural waste, landfi lls, and municipal
                                         28-31 million British  Thermal Units  solid waste (MSW) – makes it the only
          In contrast, methanol and dimethyl  (MMBTU) of natural  gas to  produce  feedstock that  can be used  to produce
       ether (DME) present promising alter-  a tonne of methanol. Domestic natural  renewable methanol.
       natives  for blending with petrol and  gas prices have hovered around the $8/
       diesel. Methanol can be blended with  MMBTU  mark while domestic meth-  However, the adoption of biomass as a
       gasoline at varying ratios, enhancing  anol prices have remained  around  feedstock is beset with challenges, such as
       octane ratings while reducing emis-  Rs.  25/litre. Hence, domestic produc-  a fragmented supply chain and high pro-
       sions. Similarly, DME can be used as  ers’ contribution over raw material is a  duction costs.
       a clean  substitute for diesel,  offering  meagre Rs. 6 per tonne of methanol.
       signifi cant  reductions  in  particulate                              To begin with, the supply of biomass is
       matter  and greenhouse gas emissions.   Moreover,  of the  natural  gas  con-  highly fragmented. Securing large quanti-
       The blending potential of methanol and  sumed in India roughly 50% is imported,  ties of biomass from fragmented sources
       DME not only addresses the challenges  which could lead  to further erosion  of supply will pose a signifi cant logistical
       faced by ethanol but also aligns with  of contribution over raw  material  of  challenge, leading to high inbound freight
       India’s goals for energy security and  the domestic producers due to higher  costs, higher raw material inventory days,
       sustainability. By investing in a metha-  landed cost of imported natural gas owing  and high operational risk in case supply is
       nol economy, India can capitalize on  to transportation, storage, and hand-  disrupted.
       its domestic resources while fostering  ling  of  natural  gas  in  liquifi ed  form.
       innovation in cleaner fuel technologies.  Additionally,  the  fi xed  costs  of  run-  Secondly, the production of methanol


       174                                                                      Chemical Weekly  May 13, 2025


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