and the resulting TAC.Figure 11.13 The optimized CHAMEN configuration (values above streams are co...Figure 11.14 Detailed TAC for CHAMENs with solar panels.Figure 11.15 Detailed TAC for CHAMENs without solar panels.Figure 11.16 Pareto optimal of the combined networks with NMP as S3 solvent....Figure 11.17 The combined networks with a moderate level of both TAC and EI ...Figure 11.18 Detailed TAC for CHAMENs with NMP.12 Chapter 12Figure 12.1 Superstructure representation of water network with multiple mem...Figure 12.2 Schematic representations of a water source.Figure 12.3 Optimum water network configuration for Scenario 1.Figure 12.4 Optimum design configurations of the blackbox model.Figure 12.5 Optimum design configurations for detailed model.Figure 12.A.1 Schematic of a single stage ED plant.Figure 12.A.2 Schematic of a reverse osmosis unit.
13 Chapter 13Figure 13.1 Process integration and its classification.Figure 13.2 Process intensification classification.Figure 13.3 Process intensification classification.Figure 13.4 Proposed integration approach for a housing complex.Figure 13.5 Distribution of process units for scenario with the lowest dissa...
14 Chapter 14Figure 14.1 Implementing GREENSCOPE for sustainability performance assessmen...Figure 14.2 GREENSCOPE capturing the multi‐dimensional aspect of the process...Figure 14.3 Simplified block flow diagram for the syngas conversion for high...Figure 14.4 GREENSCOPE environmental indicators.Figure 14.5 GREENSCOPE energy indicators.Figure 14.6 Energy analysis based on the dry biomass lower heating value (LH...Figure 14.7 GREENSCOPE material efficiency indicators.Figure 14.8 GREENSCOPE economic indicators.
Guide
7 Index
8 WILEY END USER LICENSE AGREEMENT
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