Innovation Owner
นางสาว Ploypailin Yongsiri
Advisor
Details
This research develops drainage flooring materials using steel slag industrial waste and Fly Ash to address urban flooding under the Waste-to-Wealth concept. The resulting paving blocks meet ASTM C1701 standards and are suitable for public walkways and parking areas.
This research develops drainage flooring materials using steel slag industrial waste as the primary raw material, combined with Fly Ash and HPMC to enhance structural strength and water permeability, guided by the Waste-to-Wealth concept. The innovation simultaneously addresses urban flooding and industrial waste management challenges. The resulting paving blocks meet ASTM C1701 infiltration standards and are suitable for public walkways, pedestrian paths, and parking areas. The project aims to produce exhibition-ready prototypes for KMITL Innovation EXPO 2026 with strong potential for further commercial development.
Objective
The project aims to study the production process and develop standardized drainage paving block prototypes from steel slag, prepare them for the KMITL Innovation EXPO 2026, and evaluate their potential for smart city applications.
- To study the production process of drainage flooring materials from industrial slag waste, determining the optimal mixture for both strength and water permeability.
- To develop standardized, high-performance drainage paving block prototypes.
- To develop product prototypes ready for exhibition at the KMITL Innovation EXPO 2026.
- To study the potential for application in public areas and smart city development.