Sector coupling remains a crucial measure to achieve climate change mitigation targets. Hydrogen and Power-to-X (PtX) products are recognized as major levers allow the boosting of renewable energy capacities consequent use green electrons in different sectors. In this work, challenges presented by PtX processes addressed process intensification (PI) strategies their potential overcome these rev...

Enzyme catalysis, made tremendous progress over the last years in identification of new enzymes and enzymatic reactivity’s as well optimization existing enzymes. However, performance resulting processes is often still limited, e.g., regard productivity, realized product concentrations stability Different topics (like limited specific activity, unfavourable kinetics or enzyme stability) can be a...

This paper addresses an innovative approach to improve CO2 photoreduction via process intensification. The principle of using intensification is presented and reviewed. Process concentrating solar light technology developed demonstrated. concept consists in rising the incident intensity as well reaction temperature pressure during light. A reactor system concentrated sunlight was accordingly de...

The energy transition requires an extensive employment of gas-solid catalytic chemical reactors to support the long-term storage. Many renewable resources are decentralised, so that feedstock for conversion facilities is limited. New reactor technologies will be needed ensure efficient in smaller scale than state-of-the-art processes. Process intensification a key this direction, fulfilling des...

Purpose. Research on the process intensification of gold-bearing product hydrometallurgical processing based mechanochemical milling initial sulphide material. Methods. Mechanochemical activating (oxidation) concentrate under conditions superfine milling, sulphite-thiosulphate leaching milled after liquid phase separation. The float sample with a particle size -0.074 mm, Au content is 15.5 g/t ...