Page 186 - CW E-Magazine (28-11-2023)
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Special Report



































       Source: IDTechEx.
       niche, like polyhydroxyalkanoates  ing of chemicals, materials, and   from BASF to Covestro and others,
       (PHAs). These plastics, though much  energy using living cell factories, like  have highlighted their interest in
       smaller in production scale currently,   bacteria, yeast, and fungi. The value  using white biotechnology to grow
       are quickly scaling to meet cus-  proposition of white biotechnology  their sustainable polymers portfolio.
       tomer demand, which is forecast in   extends beyond its use of bio-based
       IDTechEx’s ‘Bioplastics 2023-2033:  feedstock, as biomanufacturing pro-  Still,  this  is  a  field  littered  with
       Technology, Market, Players, and  cesses can use less energy, generate  prior failed attempts at making com-
       Forecasts’ report, and they are begin-  less waste, and potentially create bio-  mercial production of industrial
       ning to reach important milestones.  degradable products that are better  chemicals via biotechnology techno-
       For example, the past year saw the de-  for the environment. While this area  logically feasible and economically
       but of the world’s first biodegradable  isn’t necessarily ‘new’, with indus-  viable.  In  fact,  2023  saw  an  early
       water bottle, made by Cove, which  trial production of lactic acid (used to  trailblazer in synthetic biology for
       consisted of PHAs. Expect to see more  produce biodegradable polymers like  chemicals and fuels, Amyris, file for
       of  these milestones and  announce-  polylactic acid (PLA)) dating back  bankruptcy. It is difficult to overcome
       ments  as  the  bioplastics  industry,   decades,  there  is  a  recent  influx  of  the biological and process challenges
       induced by sustainable polymer demand,  technology enablers, namely the tools  to making industrial production of
       grows to become a more competitive   and techniques offered by synthetic  chemicals through biotechnology fea-
       alternative to incumbent plastics.  biology, that is making the industrial  sible, on top of the need of making
                                         production of commodity chemicals  biotechnology products competitive
          One emerging area that looks to  and precursors to plastics much more  within the overall chemicals market.
       convert  such  bio-based  feedstocks  achievable than before.
       into commodity chemicals and                                          IDTechEx  expects  that  this  field
       materials is that of white biotechnology,    Synthetic  biology  offers  the   will see further fluctuations, as com-
       also called industrial biomanufactu-  potential to bypass the natural limi-  panies attempt to scale their pro-
       ring. White biotechnology, as defined  tations of cell factories like E.coli to  duction  to  profitability  with  varied
       and described in IDTechEx’s ‘White  make them technically more efficient  success. Still, depending  on the end
       Biotechnology 2024-2034’ report, is  and thus economically more competi-  product being considered, the bio-
       the industrial  production and process-  tive. Numerous chemical companies,  manufacturing process, technical para-


       186                                                                 Chemical Weekly  November 28, 2023


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