Publication | Closed Access
Robustness of a full‐scale biological system treating industrial CS<sub>2</sub> emissions
29
Citations
11
References
2003
Year
Hazardous WasteEngineeringBioenergyBioreactor TechnologyEnvironmental BiotechnologyIndustrial EmissionIndustrial Cs 2Wastewater TreatmentFull‐scale Biological SystemChemical EngineeringEnvironmental SystemCs 2Emission ControlBiochemical EngineeringBioremediationEnvironmental MicrobiologyPollution ReductionWaste ManagementSustainable ProductionSustainable Chemical ProductionEnvironment TechnologyEnvironmental EngineeringBioreactor InstallationBiotechnologyEnvironmental RemediationCarbon Utilization
Abstract Carbon disulfide (CS 2 ) emissions must be treated for health and safety reasons. In this paper, an illustration of a full‐scale bioreactor system to treat industrial CS 2 emissions is presented. A definition of robustness could be used to determine the risks of the bioreactor installation for various applications, and to define effective operational procedures. Examples from field experience show that the bioreactor system described in this paper is robust for situations that are likely to occur under industrial conditions. Experience indicates that the overall risk for operating this system is less than 4% loss of total removal per year. Therefore, it is concluded that this system is a reliable technology for reducing industrial CS 2 emissions.
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