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  • View of Waste-to-energy plant in Rimini

    Waste-to-energy plant in Rimini

    Via Raibano 32, Coriano (RN)

    Waste-to-energy plant

    Municipal waste, non-hazardous special waste, medical waste

  • Technology of Waste-to-energy plant in Rimini

    Waste-to-energy plant in Rimini

    Via Raibano 32, Coriano (RN)

    Waste-to-energy plant

    Municipal waste, non-hazardous special waste, medical waste

  • Person at work Waste-to-energy plant in Rimini

    Waste-to-energy plant in Rimini

    Via Raibano 32, Coriano (RN)

    Waste-to-energy plant

    Municipal waste, non-hazardous special waste, medical waste

  • Technology of Waste-to-energy plant in Rimini

    Waste-to-energy plant in Rimini

    Via Raibano 32, Coriano (RN)

    Waste-to-energy plant

    Municipal waste, non-hazardous special waste, medical waste

  • Waste-to-energy plant in Rimini

    Waste-to-energy plant

    Municipal waste, non-hazardous special waste, medical waste

    TS_Term_Rimini_ENG

    Overview

    The Rimini waste to energy plant has been operating since 1976, and began with two incineration lines, to then increase to three incineration lines in the definitive configuration in 1991, equipped with an energy recovery system.

    The plant remained unchanged until 2008, when the old lines 1 and 2 were dismantled, and construction of the new line 4 began, which came into operation halfway through 2010.

    During the transitional phase, only line 3 remained in operation, then stopped in the second half of 2010.

    In addition to the waste energy recovery activity (R1), the Rimini waste to energy plant is also authorised for R12 and R13 recovery operations which, if necessary, allow the waste to be removed from the storage pit. For these activities, the total maximum quantity of waste sent to other destinations, including outside the province, is 30,000 tonnes per year. The maximum quantity of waste authorised for incineration is 150,000 tonnes per year.

    Page update 3 June 2021

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    Form

    Environmental compatibility in compliance with regulations in force (Legislative Decree 152/06)

    • Number of waste to energy lines
      1
    • Total thermal capacity
      about 46.5 MWt
    • Combustion technology
      water cooled moving grate furnaces
    • Waste disposal capacity
      max 384 t/day with net calorific value (NCV) equal to 10,465 kJ/kg
    • Annual operation
      7.920 hours
    • Nominal electric power
      10,5 MWe
    • Recovery operations
      R1, R12 e R13
    • Type of waste accepted
      municipal waste; non hazardous special waste; medical waste

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    Sala controllo del termovalorizzatore di Coriano, con operatore che osserva schermi

    Tecnologia

    Come funziona l'impianto?

    L'impianto di termovalorizzazione permette lo smaltimento di rifiuti eterogenei attraverso la combustione. Il calore che ne deriva è sfruttato per la produzione di energia elettrica.

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    Fasi di Funzionamento

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    Monitoraggio delle emissioni

    L'impianto è dotato di un Sistema di Monitoraggio in Continuo delle Emissioni (SMCE) che, attraverso analizzatori automatici in funzione 24 ore su 24, permette di tenere sotto costante controllo la qualità delle emissioni nell'atmosfera.

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    Come funziona un termovalorizzatore?

    Scopri come funziona la termovalorizzazione dei rifiuti, uno smaltimento sicuro con recupero di energia.

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    Authorizations

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