SEARCH Articles Figures Tables Approximate integral-heat-balance Approximate integral-heat-balance methods Bottlenecks for Integration of Solar Process Heat in Industry Bottlenecks of the Industrial Process to Integrate Solar Heat Supply Calculation of the partition function by integrating heat capacity curves Carbon monoxide integral heats Column heat integration assessment Complete Heat Integration Conduction, heat integral equations Conduction, heat numerical integration Control of Heat-Integrated Distillation Columns Controllability heat-integrated columns Controllability heat-integrated reactors Distillation column heat-integrated Distillation heat integration Distillation heat integration appropriate placement Distillation heat integration characteristics Distillation heat integration grand composite curve Distillation sequence heat integration Distillation sequencing heat integration Distillation trains heat integrated ( Dryer heat integration Evaporator heat integration Evaporator heat integration characteristics Evolving Dryer Design to Improve Heat Integration Evolving Evaporator Design to Improve Heat Integration Evolving Reactor Design to Improve Heat Integration Feed-split heat integrated column Flowsheet heat integration Heat Integration Relationships Heat Integration Spins Heat Integration in an Acetone-Methanol System Heat Integration of Distillation Columns Heat Integration of Distillation Columns—Summary Heat Integration of Evaporators and Dryers Heat Integration of Evaporators and Dryers—Summary Heat Integration of Reactors Heat Integration of Reactors—Summary Heat and Mass Integration Heat and power integration Heat engine integration Heat engine integration steam turbines Heat exchange integration Heat exchanger integrated stack Heat exchanger integrated stack HEXIS) Heat exchangers, condensers Integrating processes Heat integrated PFR Heat integrated columns Heat integrated processes Heat integration Heat integration Heat integration case study Heat integration composite curve ( Heat integration control structure Heat integration controller tuning Heat integration definition Heat integration distillation columns Heat integration distillation trains Heat integration dynamic simulation Heat integration evaporators Heat integration grand composite curve Heat integration lost work Heat integration minimum utilities ( Heat integration nonlinear program Heat integration optim. temperature approach Heat integration optimization Heat integration partial Heat integration reactors Heat integration recovery Heat integration refrigeration Heat integration refrigeration cycles Heat integration software Heat integration stream splitting Heat integration superstructure Heat integration upset Heat integration, controllability issues Heat pump integration Heat-Integrated Processes for Endothermic Reactions Heat-Integrated Reactors Heat-Integrated System Heat-exchanger network synthesis energy integration Heat-integrated Distillation Sequences Based on the Optimization of a Superstructure Heat-integrated sharp distillation sequences Heat-integrated wall reactor Heat-integrated water network Heat/process integration study Identifying Heat Integration Matches Using the TID and EMD Integral and Differential Heats of Solution Integral heat method Integral heat of dilution Integral heat of mixing Integral heats of solution Integral-heat-balance methods Integrated heat recovery Integrated heat spreader Integrated heat-exchangers Integration of Heat Pump Light-split reverse heat integrated Material and Heat Integration of the Two Processes Molar integral heat Molar integral heat of adsorption Molar integral heat solution No Heat Integration PRESSURE SWING WITH HEAT INTEGRATION Performance Indicator for Heat Integration Opportunities Prefractionator-reverse heat integrated Prefractionator-reverse heat integrated column Process Changes for Improved Heat Integration—Summary Process changes for improved heat integration Process energy integration/heat Process integration heat cascade Process integration heat engines Process integration heat exchanger networks Process integration heat pumps Reactor 28 Multi-channel Integrated Mixer-Heat Exchanger Reactor heat integration adiabatic operation Reactor heat integration appropriate placement Reactor heat integration characteristics Reactor heat integration grand composite curve Reactor heat integration quench Reactor integrated heat-exchangers Reforming stack heat integrated Separation trains heat integrated ( Separation with heat integration Solution, integral heats Standard integral heat of solution Synthesis with heat integration Task integration heat-integrated distillation The Heat Integration Characteristics of Distillation The Heat Integration Characteristics of Dryers The Heat Integration Characteristics of Evaporators The Heat Integration Characteristics of Reactors The Integral Heats of Adsorption Water savings from heat integration