Table E3 Decisional matrix for the various available techniques – Global Functional Environmental Workers Eco-balance TECHNIQUES cost/benefice safety safety safety and emissions ratio Refilling *** ** *** * ** Sodium, lithium * * * ** * and derivatives KPEG ** *** *** ** ** Continuous closed-loop *** *** *** **** **** (CDP) **** = OPTIMUM *** = GOOD; ** = AVERAGE; * = CRITICAL CDP and DMU - Dehalogenation in continuous mode diagram CDP and DMU- BATCH mode diagram For the non-continuous technique process) the reagent is mixed with the oil in a reactor, the mixture is heated at 100 °C and stirred during the chemical reaction. CDP and DMU-Plant flow diagram Solution- Integrated Treatments Criticality Physical Selective PCBs Decontamination Depolarisation Dehalogenation CHEDCOS® CHEDCOS® CDP PROCESS® YES YES H2O, gases, particles YES Acidity, Tg delta, colour YES YES DBDS , Corrosive sulphur YES YES Dissolved metals YES YES PCBs/PCTs/PCBT/POPs YES
Criticality Solution- Integrated Treatments Physical Decontamination CHEDCOS® Selective Depolarisation CHEDCOS® PCBs Dehalogenation CDP PROCESS® H2O, gases, particles YES YES YES Acidity, Tg delta, colour YES YES DBDS , Corrosive sulphur YES YES Dissolved metals YES YES PCBs/PCTs/PCBT/POPs YES Table E3 – Decisional matrix for the various available techniques TECHNIQUES Functional safety Environmental safety Workers safety Eco-balance and emissions Global cost/benefice ratio Refilling *** ** *** * ** Sodium, lithium and derivatives * * * ** * KPEG ** *** *** ** ** Continuous closed-loop (CDP) *** *** *** **** **** **** = OPTIMUM *** = GOOD; ** = AVERAGE; * = CRITICAL CDP and DMU - Dehalogenation in continuous mode diagram CDP and DMU- BATCH mode diagram For the non-continuous technique process) the reagent is mixed with the oil in a reactor, the mixture is heated at 100 °C and stirred during the chemical reaction. CDP and DMU-Plant flow diagram
EkO8fUI0FXDoc_VT_SEAMARCONI%20(HTM)%20(002).docx