You are here

Resource-renewable energy complexes of deep heat utilization with low-temperature condensation surfaces


Work number - M 24 AWARDED

Submitted by Admiral Makarov National University of Shipbuilding Ministry of Education and Science of Ukraine

 

Authors: Kornienko V.S., Burunsuz L.S., Radchenko R.M., Portnoy B.S.

 

The aim of work is to increase the fuel efficiency and environmental of energy complexes based on heat engines operating on natural fuels and alternative water-fuel emulsions and synthesis gas.

An important interindustry scientific and technical problem of developing systems for deep heat utilization from internal combustion engines and gas turbine engines for resources-renewable energy complexes of a new generation has been solved.

A concept improving the fuel economy and environmental of energy complexes by deep heat utilization using condensation low-temperature heating and cooling surfaces to increase heat production by exhaust gas boilers and cold by utilization refrigerating machines has been developed, which use this heat to deeply air cooling inlet engine and provide 1.5-2 times more fuel economy compared with its value in traditional moderate air cooling inlet engine to temperature of about 15 °C for climatic conditions of Ukraine.

The world novelty of scientific and technical results is protected by 19 patents of Ukraine for inventions.

The research results were introduced at Research Institute of Experimental and Theoretical Physics of Al-Farabi Kazakh National University (Kazakhstan) in development of environmentally technology for plasma chemical preparation of thermal coal, in research program of aerospace engineering departmentof Texas A&M University (USA),SE NPKG "Zorja"-"Mashproekt",Ltd "Chladotechnika", Ltd "Factory "Equator"(Mykolayiv), Ltd "GK Teplotekhnika", Ltd "Smart-Maritime Group"(Kherson) in design of utilization and cooling systems and plants.

A number of new technologies have been developed jointly with scientific centers of the PRC (Jiangsun University of Science and Technology, Zhenjian), Poland (West Pomerania, Szczecin, and Koszalin technical universities, Koszalin), with which joint scientific researchare held, international conference, patents for inventions obtained under contracts and grants.

Economic benefit of introduction of work results is evaluated as more than 3.5 mln. grn.

Number of publications: 190, including 1 monograph, 2 textbooks (manuals), 55 articles (1 - in foreign editions). According to the Scopus database, the total number of references to the authors' publications presented in the work is 4, the h-index (by work) = 1; according to the Google Shcolar database, the total number of links is 88, the h-index (for work) = 5. 

n/a

n/a

Comments