Ishchenko M. Energy-Efficient Methods of Gas-and-Air Streams Distribution in Chimney-Type Cooling Towers.

In the dissertation perspectivity of efficiency increasing of technologies of circu-latory cooling water in evaporating chimney-type cooling towers temperature lower-ing by the cooling tower mouth's construction improvement and smoke gases from heat generating installations inlet is formulated on the basis of literary sources analy-sis. As a result of experimental researches on model chimney-type cooling tower, executed in scale 1:100, influence of various constructive decisions of a mouth cool-ing tower and conditions of input of smoke gases in cooling tower on aerodynamic and heat and mass transfer characteristics is defined. Results of researches are proc-essed in the complex form. Following stage of experimental researches was studying on model of a head of cooling tower in scale 1:200, placed in an aerodynamic tube, with influences of con-structive decisions of a mouth cooling tower and introduction conditions in it of smoke gases on height of lifting and stability ejection torch's from cooling tower.