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picture1_Chemical Oxygen Demand Ppt 71073 | Flyer Internship2019 Pomer 3


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File: Chemical Oxygen Demand Ppt 71073 | Flyer Internship2019 Pomer 3
internship themes theme brief overview trainer development for palm pome messrs takahiro oguma and oil mill effluent pome technical evaluation and optimization of ihi pome chinatsu minagawa treatment technology treatment ...

icon picture PPTX Filetype Power Point PPTX | Posted on 30 Aug 2022 | 3 years ago
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       Internship themes
                       Theme                                 Brief overview                                     Trainer
             Development for Palm         (POME)                                                   Messrs. Takahiro OGUMA and 
             Oil Mill Effluent (POME)     ・Technical evaluation and optimization of IHI POME  Chinatsu MINAGAWA
             treatment technology         treatment system which realize biochemical oxygen 
                                          demand (BOD) reduction and greenhouse gas                Environmental Business Gr.,
                                          (GHG) capturing in addition to oil extract rate (OER)  Business Development Dept.,
         1                                improvement based on the operation result of 
                                                                                                   Resource,         Energy         & 
                                          demonstration plant in Malaysia.                         Environment
                                            ・ Simulating GHG reduction and OER improvement  Business Area,
                                          effect of IHI POME treatment System.                     IHI
             Consideration            of  We  are  trying  to  apply  steam  explosion(SE)    Takuya Kishida
             relationship      between  technology  for  crushing  biomass.  Distributions  of 
             Steam Explosion process  biomass particles after SE treatment are different  Chemical Engineering Gr.,
             and      properties      of  from type of biomass. We would like to ask you to  Technology            &     Intelligence 
             biomass,      Construction  research the reason why particle distributions after  Integration, 
         ・   and Evaluation of model  SE  are  different,  from  the  view  point  of  IHI
             equation      to    predict  characteristics  of  biomass,  such  as  structure  of 
             explosion performance        biomass and so on, by checking technical papers.
                                          ※Steam  Explosion ・ A  method  of  processing 
                                          biomass  at  high  temperature  and  pressure,  and 
                                          crushing it by reducing pressure instantly.
       Copyright © 2018 IHI Corporation All Rights Reserved.                                                                         2
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...Internship themes theme brief overview trainer development for palm pome messrs takahiro oguma and oil mill effluent technical evaluation optimization of ihi chinatsu minagawa treatment technology system which realize biochemical oxygen demand bod reduction greenhouse gas environmental business gr ghg capturing in addition to extract rate oer dept improvement based on the operation result resource energy demonstration plant malaysia environment simulating area effect consideration we are trying apply steam explosion se takuya kishida relationship between crushing biomass distributions process particles after different chemical engineering properties from type would like ask you intelligence construction research reason why particle integration model view point equation predict characteristics such as structure performance so by checking papers a method processing at high temperature pressure it reducing instantly copyright corporation all rights reserved...

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