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1CO2 UTILIZATION DREAMPRODUCTION Fig. 15: Work packages carried out by the partners in the ‘Dream Production’ project The research project aimed to generate ideas and incentives for subsequent work aimed at preparing and developing innovative industrially relevant reactions and technologies. The project aimed to significantly strengthen Germany’s position as a technology hub, particularly the market competi- tiveness of companies involved in the carbon capture and utilisation field. The presence of an internationally highly respected university within the project consortium provided an opportunity to study the utilisation of CO2 as a synthetic building block for polymers from a scientific perspective and to establish this field as a fruitful area of chemical enquiry. Project planning and project execution The project was split into seven work packages that were carried out by the respective project partners. Work package 1 (WP1) described the capture of CO2 from power plant flue gas streams, the subsequent CO2 liquefaction and filling operations, supply to project partners and quality monitoring. In WP2, the captured CO2 was examined for compatibility with chemical cata- lysts and reaction-related and microkinetic data was gathered. Spectroscop- ic measurements and mathematical modelling work was conducted in WP5. In WP3, a mini-plant was designed, built and operated to study the reaction of propylene oxide with CO2. The suitability of the material samples for use in technical processes and their product properties were examined in WP4. WP6 dealt with fundamen- WP7 RWTH (Bardow) Eco-efficiency analysis WP1 RWE • Capture and filling of CO2 from coal fired power plants • Allocation • Quality assurance WP2 BMS (CAT) • Test of compatibility • Application in catalysis WP3 BTS • Installation of testing of a pilot plant • Scale-up WP5 RWTH (Liauw) • Spectroscopy • AE; BE: modelling WP6 RWTH (Leitner) • Synthesis of isocyanides from CO2 and amines WP4 BMS • Product characterization • Product testing 46PDF Image | Chemical Processes and Use of CO2
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