Page 89 - RSC Aqualia 2017
P. 89

LIFE
                            MethaMORPHOSIS Plant.



         MethaMORPHOSIS
         Project


         The LIFE+ Methamorphosis            1) AnMBR system (anaerobic          In parallel, new water
         Project aims to draw energy         membrane bioreactor) and            absorptionbased systems
         from solid organic waste            2) Autotrophic nitrogen             (ABAD in ECOPARC2) and
         (including organic municipal,       removal system (ELAN®).             membranes (METHAGRO
         farming and livestock waste) to                                         system at a livestock-farming
         produce sustainable alternative     The application of this             plant) will be harnessed to
         fuels. The first goals entails      innovative treatment sequence       produce biomethane from
         optimising the energy in water      at the ECOPARC2 in Barcelona        biogas for direct use in the
         treatment from the processing       will enable us to maximise          transport sector.
         of the organic fraction of urban    energy recovery from urban
         solid waste by implementing         waste and entail environmental
         innovative anaerobic and            improvements in processing
         autotrophic processes               such waste.
         applied in series:



                € 3,642,167                          € 837,049                             Aqualia

                    Total budget                          Aqualia                             Leader




                  Location                            Duration                         Participants

                     Barcelona                            4 years                      FCC • AMB • Gas Natural
                     Ecoparc2                         16/7/15-30/3/20                      ICAEN • SEAT




                                                      GOALS

                                                                      The project will contribute to the
                              70%                  80%               transition towards an economy that
                                                                      is efficient in the use of resources
                          Energy demand for     Associated CO2         and also protect and improve
                         the treatment process     emissions              environmental quality








         06 SMART SERVICES                                                                                   89
   84   85   86   87   88   89   90   91   92   93   94