3-Stages Sustainable Design Methodology
Synthesis stage
Find optimal processing route to convert raw materials to desired products
Design stage
Perform detailed process simulation, analyses and identify targets for improvement
Innovation stage
Find new alternatives that match the targets for improvement
Energy Efficient Reaction-Separation Process Synthesis-Design
Use of driving force concept for synthesis-design of reaction-separation processes
- Energy efficient hybrid separation processes
- Design of solvent based extraction processes
- Reactive & non-reactive distillation column design, analysis & control
- Special computer aided tools for solvent selection, distillation boundary analysis, separation system configuration, model based design validation
Pharmaceutical Process Synthesis-Design
Synthesis-design of batch operations (distillation, reactor, crystallization, mixing)
- Design of downstream separation options
- Special computer aided tools for solid solublity analysis, solvent swap analysis, batch to continuous analysis, intensification options
Superstructure Based Process Optimization
Superstructure based optimization applied to biorefinery, CO2 capture, wastewater treatment
Software tools (Super-O plus database)
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