Process systems engineering perspectives on eco-efficient downstream processing of volatile biochemicals from fermentation

Keyphrases

• Eco-efficient 100%
• Fermentation 100%
• Downstream Processing 100%
• Process Systems Engineering 100%
• Engineering Perspective 100%
• Bioprocess 66%
• CO2 Emissions 33%
• Process Intensification 33%
• Electrification 33%
• Fossil Energy 33%
• Low Substrate Concentration 33%
• Energy Security 33%
• Energy Reduction 33%
• Opportunity to Use 33%
• Low Environmental Impact 33%
• Chemical Industry 33%
• Bioproducts 33%
• Sustainable Alternatives 33%
• Biochemical Production 33%
• Heat Pump 33%
• Sustainable Development 33%
• Energy Requirement 33%
• Inhibitory Effect 33%
• Climate Change 33%
• Microorganisms 33%
• Freshwater 33%
• High Productivity 33%
• Waste Biomass 33%
• Europe 33%
• Downstream Process 33%
• Closed-loop Operation 33%
• Heat Integration 33%
• Fermentation Broth 33%
• Environmental Pollution 33%
• Renewable Solution 33%
• Decarbonization 33%
• Renewable Resources 33%
• Renewable Electricity 33%
• Carbon Source 33%
• Upstream Process 33%
• Production Process 33%
• High Purity 33%
• Product Concentration 33%
• Off-gas 33%
• Fossil Carbon 33%

INIS

• fermentation 100%
• processing 100%
• engineering 100%
• volatility 100%
• production 50%
• fossils 50%
• heat 50%
• energy 50%
• purification 50%
• biomass 50%
• cost 50%
• concentration 50%
• emission 25%
• sustainable development 25%
• increasing 25%
• productivity 25%
• electricity 25%
• operation 25%
• levels 25%
• substrates 25%
• energy security 25%
• fresh water 25%
• recycling 25%
• environmental impacts 25%
• renewable resources 25%
• losses 25%
• europe 25%
• purity 25%
• wastes 25%
• climatic change 25%
• carbon dioxide 25%
• water 25%
• carbon sources 25%
• chemical industry 25%
• pollution 25%
• solutions 25%
• pumping 25%
• microorganisms 25%
• decision making 25%
• gases 25%
• decarbonization 25%

Chemical Engineering

• Process Systems Engineering 100%
• Water 66%
• Carbon 33%