1.

CO2 recycling, and H2 separation and use in fuel-cells in the existing methanol process

The technology of CO2 recycling and separation of H2 in the use of fuel cell in the existing methanol process is presented

F.10 Improvements to an existing technological process or technology

COBISS.SI-ID: 13477654

2.

Gain insight into sodium benzoate synthesis using FTIR based in-line reaction analysis system

The main objective of this study was to develop overall kinetic model of sodium benzoate synthesis, from ethyl benzoate and sodium hydroxide. A series of experiments were performed in an automated RC1 reactor system (Mettler Toledo). The ethyl benzoate and sodium benzoate molar concentration profiles were indirectly real-time monitored using FTIR based ReactIRTM iC10 analysis system, (Mettler Toledo). The heterogeneous reaction mixture was initially homogenized. The proposed second order kinetic model gives very good prediction of the experimental data.

B.03 Paper at an international scientific conference

COBISS.SI-ID: 13228310

3.

Advanced technologies for micro-pollutants removal from wastewater

Lecture in the frame of workshop REPHAD in Varaždine, Croatia, entitled: Advanced technologies for micro-pollutants removal from wastewater

B.04 Guest lecture

COBISS.SI-ID: 13590550

4.

The development of an advanced systems synthesis environment: integration of MI(NL)P methods and tools for sustainable applications

The use of the mathematical programming approach to the synthesis of (bio)chemical processes and other systems has many advantages: feasibility, optimality, integrality and flexibility of solutions. The contribution wishes to shed light on some important issues relating to different challenges and capabilities of the advanced systems synthesizer MIPSYN, the successor of the process synthesizer PROSYN (Kravanja and Grossmann, 1994).

B.04 Guest lecture

COBISS.SI-ID: 13265686

5.

Modelling and optimisation of stand-alone processes of bioethanol production with the programme tool MIPSYN

This report presents the application of the mathematical modelling and optimization within the programme tool MIPSYN. That was performed for different raw material and technological alternatives of bioethanol production via the biological and thermochemical approach. Synthesis problems contain 2000 to 14000 constraints. Profitability of production is maximized including depreciation and other expenses. Heat integration is also performed.

F.14 Improvements to existing production methods and tools or processes

COBISS.SI-ID: 14030614