Abstract
A planting ground which composed of sewage sludge, water supply sludge, waste wood, and wood chip derived from construction of industrial waste as main (raw) material and mixed with flying powder of Konjac to act as adhesives material and plant growth base material which composed of organic growth foundation material mixed with polymer-based resin are experimented by spraying seed on a sloped ground of Toyo university campus. The physical characteristics of soil hardness and water-holding capacity; Chemical characteristics of pH, EC, CEC, and the total amount of nitrogen; ground coverage ratio; and spectral reflection characteristics are calculated for a long term and evaluated the adaptability. As a result, flying powder of Konjac is not inferior material comparing with polymer-based resin and sufficiently act as adhesives material. And also the proposed planting ground as slope stabilized material is feasible for resource recovery. Moreover, the results contribute to promote industrial waste treatment and disposal, and re-cycling them as a planting ground can be capable to restore nature.
