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Special Report                                                                                                                                                                   Special Report


       Global goals and targets                                              Similarly,  the  U.S.  Department  of   for companies to adopt energy-effi cient   One of the most effective ways to   Furthermore,  the  optimization  of
          The global push towards sustain-                                Energy’s (DOE)  Advanced  Manufac-         technologies. These incentives can take  optimize  energy use is through the  energy use in the chemical industry is
       ability is  underscored by  ambitious                              turing Offi ce (AMO) supports the deve-     the form of tax breaks, grants, or subsi-  implementation of advanced process  closely linked to  the  implementation
       targets set by international bodies such                           lopment and  deployment of  energy-        dies, making it more fi nancially viable  control (APC) systems. APC systems use  of continuous improvement programs.
       as the European Union (EU) and the                                 effi cient  technologies  in  manufactur-   for companies to invest in energy-saving  real-time data from sensors and control  These programs involve regularly
       United  Nations  (UN).  The  EU,  for                              ing. Through initiatives like the Better   measures. By taking advantage of these  systems to dynamically adjust process  reviewing and analyzing energy  con-
       instance,  has  committed  to  reducing                            Plants  program,  the  DOE  works  with    incentives,  chemical  companies  can  variables,  ensuring  that  operations  sumption  data,  identifying  areas  for
       greenhouse gas emissions by 55% by                                 manufacturers to set ambitious energy      accelerate  their  energy  effi ciency  are always running at optimal  condi-  improvement,  and  implementing  changes
       2030 and aims for climate neutrality by                            effi ciency  goals,  track  progress,  and   initiatives  and achieve greater  cost  tions. By integrating energy effi ciency  to enhance energy effi ciency. By foster-
       2050(2). These goals are supported by                              share best practices across the indus-     savings in the long term.         into  these  systems,  chemical  plants  ing a culture  of continuous improve-
       comprehensive  regulatory  frameworks  a multi-faceted approach. This includes  try.  This collaborative approach helps                         can  achieve  signifi cant  energy  savings  ment,  chemical  companies  can  ensure
       such as the European Green Deal and  adopting  cutting-edge  technologies,  companies  achieve  signifi cant  energy   National  policies also encourage  without compromising product quality  that energy optimization remains a prio-
       the Fit for 55 package, which mandate  improving  operational  processes,  and  savings while also reducing greenhouse   the adoption of best practices in energy  or production rates.  rity and that opportunities for energy
       signifi cant  improvements  in  energy  fostering a culture of  sustainability  gas emissions and improving competi-  management,  such  as  implementing                          savings are consistently identifi ed and
       effi ciency  across  all  sectors,  including  within  the  organization.  By  doing  so,  tiveness.           Energy Management Systems (EnMS)     For example, in distillation processes,  acted upon.
       the  chemical  industry,  as  part  of  the  the chemicals  industry can  not only                            based on ISO 50001 standards. These  which are among the most energy-
       broader strategy to achieve climate  contribute  to global efforts to combat   In  Europe,  the  Energy  Effi ciency   systems help companies  systemati-  intensive operations  in  the chemical  The role of Distributed Control Systems
       goals(3).                         climate change but also secure a strong  Directive sets binding measures for   cally improve their energy performance  industry, APC systems can be used to  in energy effi ciency
                                         position in an increasingly competitive  member  states  to  achieve  a  32.5%  im-  by  establishing  policies,  setting  tar-  optimize the temperature and pressure   Distributed Control Systems (DCS)
          The UN’s  Sustainable Develop-  and environmentally aware market.  provement in energy effi ciency by 2030(7).   gets,  and  monitoring  energy  use.  The  conditions, reducing energy consump-  are central to the operation of modern
       ment Goals (SDGs), particularly Goal 7                             This directive  requires companies  in     widespread adoption of EnMS can  tion  by  up  to  10-15%(8).  Similarly,  chemical plants. These systems provide
       (Affordable and  Clean Energy)  and   In  addition,  global  goals  are  driv-  energy-intensive  sectors,  including   signifi cantly  enhance  the  energy  effi -  in  reaction  processes,  precise  control  the real-time control and automation
       Goal  13  (Climate  Action),  emphasize  ing the  chemicals industry  to explore  chemicals,  to  conduct  regular  energy   ciency  of  the  chemical  industry,  con-  of reaction conditions  can  minimize  necessary to manage  complex  pro-
       the critical role of energy effi ciency in  circular  economy  principles,  where  audits and implement the recommended   tributing to national and global climate  energy use while maximizing  yield  cesses with precision. In the context of
       achieving a sustainable energy future(4).  waste  products  are  recycled  and  reused,  measures. These audits provide a sys-  goals.          and product quality.              energy effi ciency, DCS, such as ABB’s
       The UN Framework Convention  on  further  reducing  the  industry’s  environ-  tematic approach to identifying energy-                                                            System 800xA, play a pivotal role by
       Climate  Change (UNFCCC) further  mental impact. This shift towards a cir-  saving opportunities and ensuring that   Optimizing energy use in the chemical   Another key strategy for optimizing  optimizing the use of energy resources
       encourages member states to incorpo-  cular economy is not only aligned with  companies are taking full advantage of   industry                 energy use is the adoption of energy-  throughout the plant. By continuously
       rate  energy  effi ciency  measures  into  sustainability goals but also opens new  the latest technologies and practices.  Optimizing  energy use is one of  effi cient  equipment  and  technologies.  monitoring  process variables and
       their Nationally Determined Contribu-  business opportunities  for chemicals                                  the  most  signifi cant  contributions  the  Advances in heat exchanger design, for  adjusting operating conditions, a DCS
       tions (NDCs) under the Paris Agreement(5).  companies  to innovate and develop   For  the  chemicals  industry,  these   chemicals  industry can make to the  instance, have led to the development  ensures that energy is used as effi ciently
                                         sustainable products and processes.  national regulations present both chal-  global energy transition. Chemical pro-  of high-effi ciency units that can recover  as possible, reducing waste and lower-
          For  the  chemical  industry,  these                            lenges and opportunities.  Compliance      duction  processes,  from  raw  material  more waste heat and reduce the overall  ing costs.
       global  goals  and targets  necessitate  National regulations and policies  with  these  regulations  is  not  just  a   extraction  to  product  manufacturing,  energy  consumption of  chemical  pro-
       strategic  investments  in  energy-effi cient   At the national level, governments  legal requirement but also a strategic   are energy-intensive and require precise  cesses.  Similarly,  the  use  of  variable   DCS technology allows for the
       technologies and practices. Companies  worldwide are implementing  regula-  opportunity to improve effi ciency and   control over various parameters such as  speed drives in pumps and compressors  integration  of energy management
       that align their operations with these  tions  to  promote  energy  effi ciency  in  competitiveness. By  adopting energy-  temperature,  pressure,  and  fl ow  rates.  can  lead  to  signifi cant  energy  savings  strategies into everyday operations. For
       international objectives are better posi-  the industrial sector. These regulations  effi cient  technologies  and  practices,  the   The energy consumed in these pro-  by adjusting the equipment’s operating  example, a DCS can be programmed to
       tioned to meet regulatory requirements,  are designed not only to reduce energy  industry  can  reduce  operational  costs,   cesses not only represents a signifi cant  speed to match the process require-  adjust  production  schedules  based  on
       reduce  operational  costs,  and  enhance  consumption but also to drive innova-  enhance resilience to energy price vola-  cost  but  also contributes  to the  ments.           energy availability, such as prioritizing
       their market competitiveness(6).  tion and enhance industrial  competi-  tility, and improve overall competitive-  industry’s carbon footprint.                                   operations during off-peak hours when
                                         tiveness. For example, India’s Perform,  ness.                                                                   In addition to technological  solu-  energy costs are lower.  This level of
          Furthermore,  by  demonstrating  a  Achieve and Trade (PAT) scheme aims                                       To address these challenges, chemi-  tions,  process  improvements  can  also  automation  not only enhances energy
       commitment  to  sustainability,  these  to  reduce  specifi c  energy  consump-  The  Harvard Business Review   cal companies are increasingly focus-  play a crucial role in optimizing energy  effi ciency but also improves the overall
       companies can attract environmentally  tion  in energy-intensive  industries  by  stated that companies that proactively   ing  on  energy  optimization  strategies.  use.  For  example,  by  adopting  best  economic performance of the plant.
       conscious  investors  and  customers,  creating a market for tradable energy-  invest  in  energy  effi ciency  are  better   These strategies involve  a combina-  practices in process design and opera-
       enhancing their  corporate reputation  saving  certifi cates.  This  market-based  positioned to anticipate  and adapt to   tion of technological innovations, pro-  tion, such as minimizing energy losses   Moreover, DCS enable the seamless
       and ensuring long-term viability.  approach provides fi nancial incentives  future  regulatory  changes,  ensuring   cess improvements, and best practices  through better insulation and reducing  integration of renewable energy sources
                                         for companies that exceed their energy  long-term sustainability and  success.   aimed at reducing energy consumption  idle  times,  chemical  companies  can  into the plant’s energy mix. As chemi-
          The integration of these global  effi ciency targets, encouraging continu-  In  addition  to  regulatory  compliance,   while  maintaining or improving  pro-  achieve signifi cant energy savings with  cals plants increasingly adopt renew-
       goals into corporate strategies involves  ous improvement and innovation.  national policies often include incentives   duction effi ciency.     minimal capital investment.       able energy, the ability to balance these


       198                                                                  Chemical Weekly  December 3, 2024        Chemical Weekly  December 3, 2024                                                               199


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