| Title |
Properties of the Permeable Block According to Mixing Ratio of the Cyanobacteria Culture Solution and Mixing Ratio of Aggregate |
| Authors |
김민호(Kim, Min-Ho) ; 이혜은(Lee, Hye-Eun) ; 이상수(Lee, Sang-Soo) |
| DOI |
https://doi.org/10.5659/JAIK.2023.39.1.273 |
| Keywords |
Spirulina Platensis; Permeable Block; CO2; Fossil Energy; SOT medium |
| Abstract |
As humans began to use fossil energy such as coal and oil through the Industrial Revolution two centuries ago, the amount of CO2 emitted
into the atmosphere began to increase rapidly. One of the main causes of CO2 is the construction industry, and research to solve it is being
actively conducted. Accordingly, in this study, a permeable block mixed with photosynthetic cyanobacteria was manufactured and the flexural
strength, compressive strength, permeability coefficient, and CO2 adsorption performance were analyzed. As a result of the experiment, as the
mixing ratio of the cyanobacteria culture solution increased, the flexural and compressive strength of the cement matrix decreased, but the
CO2 adsorption performance increased. In the case of aggregate mixing, as the mixing ratio increased, the flexural and compressive strength
decreased, but the CO2 adsorption performance and permeability increased. |