Abstract. Principles of new generation of apparatuses allowing developing energy-efficient and resource-saving equipment for chemical production are formulated. The total concept based on seven principles. The practical use of all the principles of this concept is illustrated by the examples for apparatuses on liquid-solid, liquid-liquid, liquid-gas systems. The main idea to minimize power consumption was realized by use of essentially transient movement of processed substance in order to shift the system parameters from the steady state, micro scale reactors, vortical flows
Flow processes with microstructured reactors allow paradigm changes in process development and thus ...
Flow processes with microstructured reactors allow paradigm changes in process development and thus ...
Meso-technologies are currently triggering a paradigm change in the design of chemical and biochemi...
In this paper, the ways of intensification of technological processes by means of powerful short pul...
The article presents the theory of the formation of disperse combined systems, the greatest attentio...
Usage of cavitation engineering in production has shown efficiency of cavitation technologies. The d...
Microtechnology-based Energy and Chemical Systems (MECS) are devices which process bulk amounts of f...
Most recently, in tank vessels designed for gas-liquid reactions, self-sucking mixers have been...
The thesis focuses on the development of continuous flow technology to empower photochemistry for th...
In this thesis the entropy production rate of diabatic distillation columns and a SO2 converter were...
Microreactors are miniature reactors for carrying out chemical reactions1. These reactors have a cha...
Hydrodynamic cavitation, created by the intensive movement of the secondary discrete part in an elec...
Most recently, in tank vessels designed for gas-liquid reactions, self-sucking mixers have been used...
In this article a hardware estimation procedure and optimization of parameters of working fluid cavi...
Process mixers and reactors are customized equipment with different capabilities that are designed a...
Flow processes with microstructured reactors allow paradigm changes in process development and thus ...
Flow processes with microstructured reactors allow paradigm changes in process development and thus ...
Meso-technologies are currently triggering a paradigm change in the design of chemical and biochemi...
In this paper, the ways of intensification of technological processes by means of powerful short pul...
The article presents the theory of the formation of disperse combined systems, the greatest attentio...
Usage of cavitation engineering in production has shown efficiency of cavitation technologies. The d...
Microtechnology-based Energy and Chemical Systems (MECS) are devices which process bulk amounts of f...
Most recently, in tank vessels designed for gas-liquid reactions, self-sucking mixers have been...
The thesis focuses on the development of continuous flow technology to empower photochemistry for th...
In this thesis the entropy production rate of diabatic distillation columns and a SO2 converter were...
Microreactors are miniature reactors for carrying out chemical reactions1. These reactors have a cha...
Hydrodynamic cavitation, created by the intensive movement of the secondary discrete part in an elec...
Most recently, in tank vessels designed for gas-liquid reactions, self-sucking mixers have been used...
In this article a hardware estimation procedure and optimization of parameters of working fluid cavi...
Process mixers and reactors are customized equipment with different capabilities that are designed a...
Flow processes with microstructured reactors allow paradigm changes in process development and thus ...
Flow processes with microstructured reactors allow paradigm changes in process development and thus ...
Meso-technologies are currently triggering a paradigm change in the design of chemical and biochemi...