Zařízení pro separaci CO2 při využití nízkotlaké turbíny u systému CES

Abstract

The thesis work is focused on zero-emission steam cycle combustion gas engine CES (Cleans Energy System), which should produce electrical power and import carbon dioxide into abandoned mine deposits in future. Results from the first part is a description of separation equipment for carbon dioxide, analysis of the thermophysical properties of steam-gas mixture, the proposal zero-emission steam cycle, calculation and design of heat exchanger to reduce the temperature superheated steam at a longitudinal flow of both of media in the proposed steam cycle.

In the second part of thesis work aims is design of heat exchanger (collider overheating) as a counterflow for realistic use. The longitudinal flow steam-gas mixture in pipes, which will cooled dawn and calorify input saturation steam to superheated steam at flow in spiral. As a result will be computational project collider overheating and drawing tube. Another aim in the second part of the thesis is draw 3D model of collider overheating in the real dimensions according to values of calculation.