Page 7 - TATA Consulting Engineers Limited | Energy
P. 7

7





                                                                                                                           Energy
























 Case Study





 1000 MW ultra supercritical thermal power plant in Malaysia
 delivered as an engineering partner to a Korean EPC




















               Creating value for society                           Financial value creation

               † †Expansion of Manjung plant has helped             † † While the overall cost of ultra-supercritical
                  enhance power delivery for Malaysian                 plant on similar levels was on par with any
                  grid, enabling development of industry               supercritical technology, the benefits and value
                  as a whole and help achieve growth;                  derived far exceeded most such plants. Plant
                  ultra-supercritical technology is most               commissioning as per schedule had an indirect
                  technologically advanced and it was a great          positive impact on the financials as there were
                  transfer of knowledge to the local partners          no cost overruns for this project due to delays,
                  due to TCE’s presence.                               typical for such large projects.

               Environment-friendly solutions                       Value additions in layout/sizing of feed water

               † †Ultra-supercritical technology is most            system resulted in cost optimisation (200K USD)
                  environment friendly for the society; the         and operational improvements (lifecycle cost
                  plant has technologies for deNOx and deSOx,       reduction and ease of operation) for this plant.
                  reducing the impact on the environment
                  while providing cost efficient energy.








         TCE_Bro2017_Energy (2nd Feb) Final.indd   7                                                                2/5/18   12:32 PM
   2   3   4   5   6   7   8