Research Methodology
The central philosophy of the project follows the systems hierarchy in reviewing carbon-based industrial systems, offering different levels for modelling and decision making. More specifically: At the fundamental level (Level 1), mathematical modelling of equipment and equipment compartments offer building blocks customizable into different model granularities supporting model-based optimal designs of individual biorenewable systems at scales appropriate to the application;
At Level 2, based on the physical-chemical-biological characterization of (bio)chemical conversions and transport phenomena in individual units, process intensification (Level 2a) and process integration (Level 2b) build efficiencies; At level 3, the scope of research is extended to value chain networks, which should be designed taking into account both processing and logistic subsystems as well as biomass supply/ products scenarios. A holistic approach embraces all of the above layers alongside LCA methods and analysis for sustainable development.
The following tasks and works will be executed within the project:
- Mathematical modelling and multi-scale application
- Equipment and process integration of biorefinery concepts
- Bio renewables value chain network modelling and optimization
- Life cycle assessment, sustainability and economics feasibility
- Validation, Evaluation and on-site training
- Systems tools and software