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이끼 벽돌과 유용 미생물을 이용한 수질정화특성 및 친환경 건축재료 개발을 위한 실험 연구
김화중,도혜원,김우석,천우영,Kim, Wha-Jung,Do, Hye-Won,Kim, Woo-Suk,Chun, Woo-Young 대한건축학회 2012 대한건축학회논문집 Vol.28 No.5
The water pollution in the nature is becoming more serious. To stop the water pollution, both micro-organism and bioremediation are in the limelight of construction materials. In addition, plants have so many advantage of vegetation, energy conservation, and water purification. Green (and/or Eco-Friendly) building materials of Eco-concrete and vegetation bricks have increased in human demand. In this study, combining the two elements can be utilized in the construction materials. Excellent performance in the treatment of wastewater microbial decomposition is applied to the moss brick. Green Building materials we investigated as a potential resources.
김화중,전기용,손승욱,이창준,김경민,Kim, Wha-Jung,Jeon, Ki-Yong,Son, Seung-Wook,Lee, Chang-Joon,Kim, Kyung-Min 대한건축학회 2012 대한건축학회논문집 Vol.28 No.3
The air pollution inside a building has become a big problem for a modern society that people spend most of their days inside. In this paper, We tried to resolve the problem by developing a photocatalysts highly active inside. A photocatalyst is in fact not suitable for indoor use because it only reacts under strong ultraviolet rays in general. Furthermore, the price of such photocatalysts is still highly expensive to adopt in massive quantity for an indoor finishing material even though it has been priced down from number of studies operated until present. In order to solve problems, the attempts to bring out the certain level of reactions even under weak level of ultraviolet rays by adding Ni and Zn, the transition elements were made in this examination. Moreover, KA100 that is fairly economical among commercialized products is used as a precursor to lower the price and improved the characteristics of photocatalysts through a simple process of heating. Therefore, the experiments were varied with different rates of adding Ni and Zn to KA100 and temperatures for the combination of a photocatalysts and transition elements.