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• Development of Smart Construction Materials and Tunnels to Prevent the Spread of Infectious Diseases ㅇOverview - Ensuring public safety through permanent quarantine and an anti-epidemic system to prevent the spread of infectious diseases ㅇResearch contents - Development of anti-viral construction materials with photocatalysts, which have a permanent anti-epidemic function, to prevent the spread of infectious diseases - Evaluation of anti-viral (HCoV, influenza, bacteriophage, etc.) performance of photocatalyst material - Development of manufacturing technology for cement-based construction materials (mortar, concrete) with photocatalysts - Evaluation of the VOC-destroying performance of construction materials (cement paste, mortar, concrete) with photocatalysts - Development of prototypes for anti-viral construction materials with photocatalysts ※ Plaster mortar (30 MPa class), concrete panel (50 MPa class), tiles, paints - Development of light source to activate photocatalysts - Development of air handling systems with photocatalysts, which have a permanent anti-epidemic function, to prevent the spread of infectious diseases through the air - Development of technology for the manufacture of air handling filters with photocatalysts - Evaluation of the VOC-destroying performance of air handling filters with photocatalysts - Evaluation of the anti-viral (influenza, etc.) performance of air handling filters with photocatalysts - Development of anti-viral air handling modules with photocatalysts - Development of intelligent, round-the-clock detection systems with permanent anti-epidemic functions to detect the presence of infectious diseases, and a consolidated control system with multi-platform support - Development of thermal imaging/visual spectrum image fusion technology - Development of intelligent object recognition technology based on image fusion technology and AI (deep learning) ※ Object and object shape (face and body) detection technology - Development of intelligent object status recognition technology based on image fusion technology and AI (deep learning) ※ Technology to detect abnormal object states (fever, etc.) and abnormal behaviors (coughing, collapsing, etc.) indicating infection - Design of consolidated infectee control system with multi-platform support ※ Consolidated infectee control system with multiple platform support (PC, smartphone, tablet, etc.) providing real-time warnings and notices of suspected infectees and infectee information (information on abnormal states and behaviors, facial data, and identity) ㅇResearch achievements - Confirmed to be at least 99% effective in removing various viruses (HCoV, influenza, bacteriophage, etc.) through the use of photocatalysts (TiO2) in construction materials and air handling systems, providing a permanent anti-epidemic function - Development of core technologies to implement permanent quarantine and anti-epidemic functions in immigration facilities such as airports and ports, and public facilities such as hospitals. The technologies’ originality, innovation, and merit procured through patent applications for the aforementioned areas of implementation (configuration and operation). - Construction materials and air handling systems with anti-viral photocatalysts are widely used in ordinary residential and public facilities; stimulation of construction and photocatalyst industries expected. - Increased movement of the global population is causing a sharp rise in the number of people suffering from new and mutated infectious diseases. The MERS epidemic in 2015 highlighted the need to implement permanent quarantine and anti-epidemic systems to prevent the spread of infectious diseases. Improving systems to control infectious diseases will help solve a variety of social problems. ㅇ Expected effects - Early detection of high-risk infectious diseases from overseas and preventing these diseases from entering the country through immigration facilities such as airports and ports and permanent suppression of secondary infection at major public facilities such as hospitals; ensuring public safety and reducing socioeconomic losses due to infectious diseases. - Resolves social unrest and alleviates public concern over infectious diseases, which cause large economic losses through reduced consumption, poor exports, and poor competitiveness for export products. - Allows for a quick, initial response at airports and ports against infectious diseases from overseas, ensuring public safety and preventing direct costs of treatment, as well as indirect economic costs. Department of Infrastructure Safety Research Date2019-04-17 Hit 257
• 3 kW-class littoral cylindrical horizontal axis rotation wave power generation system to enhance the efficiency of wave power generation ㅇ Overview - Development of a new type of 3 kW-class littoral cylindrical horizontal axis rotation wave power generation system to expand the area of water that can be used for wave power generation systems and to improve the stability of the electrical power supply ㅇ Research contents - Development of a 3 kW-class cylindrical wave power generation system; structural stability evaluation for the cylindrical wave power generation system; power generation efficiency testing for the cylindrical wave power generation system; assessment of wave power generation system installation plans and economic feasibility; development of synchronous permanent-magnet generator and power generator for wave power generation systems Moving body type Oscillating water column type Wave overtopping type ㅇ Research achievements - Establishment of independent 3 kW-class cylindrical wave power generation system technology: use of dual clutch gear to instantly switch between the cylinder and swing plate for higher power generation to expand the power generation domain and to allow for stable power generation; use of an automatic positioning device to respond to changes in wave height in real-time for 24-hour power generation (registration of 4 Korean patents) - Improving the power generation efficiency of small wave power generation systems and feasibility testing for use on real sea waters: testing using 3:1 scale model with similar conditions to real sea conditions of 1 m wave height and 5-second intervals showing a high average hourly power generation efficiency of 24.1%, more than double that of conventional floating pendulum-type wave power generation - Development of a permanent magnet synchronous generator and electrical power converter for wave power generation: developed permanent magnet synchronous generator with maximum efficiency of 87.2%, and power converter with an average rated output of 95.2% (5 test certificates from accredited laboratories) Testing with 0.3-scale model of the cylindrical wave power generation system ㅇ Expected effects - Development of technology for the design of wave power generation systems suitable for domestic littoral conditions; securing of original technologies for small wave power generation systems to establish domestic technological independence and to allow for entry into overseas markets - Use of new and renewable wave power generation technology to reduce Korea’s dependence on fossil fuel energy and to contribute to the reduction of carbon dioxide emissions; contribute to increasing the national income through emissions trading based on carbon emission reductions Department of Infrastructure Safety Research Date2019-03-07 Hit 546

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