Influence of Water Regeneration on Chemical and Process Indices in an Energy-Integrated PVC Production Process

INIS

• safety 100%
• production 100%
• water 100%
• energy 100%
• regeneration 100%
• pvc 100%
• risks 54%
• sustainability 27%
• toxicity 27%
• sodium hydroxides 18%
• implementation 18%
• heat of reaction 18%
• flammability 18%
• monomers 18%
• vinyl chloride 18%
• control 9%
• wastes 9%
• reduction 9%
• hazards 9%
• inventories 9%
• computer codes 9%
• applications 9%
• information 9%
• interactions 9%
• computers 9%
• viability 9%
• operation 9%
• water treatment 9%
• waste water 9%
• criticality 9%
• reactors 9%
• assessments 9%
• water resources 9%
• increasing 9%
• polymerization 9%
• engineering 9%
• simulation 9%
• equipment 9%
• liquids 9%
• biodegradation 9%
• compressors 9%
• suspensions 9%
• boilers 9%
• flow rate 9%
• fresh water 9%
• sodium chlorides 9%
• consumption rates 9%
• burners 9%
• pva 9%
• hazardous materials 9%
• secondary reactions 9%

Chemical Engineering

• Polyvinylchloride 100%
• Water Treatment Technologies 20%
• Biodegradation 20%
• Sodium Chloride 20%
• Energy Integration 20%
• Computer-aided Process Engineering 20%
• Zero Liquid Discharge 20%
• Suspension Polymerization 20%
• Polyvinyl Alcohol 20%
• Sodium 20%