Análise de mercado de pavers para design e inovação pela metodologia design thinking

Abstract

The increase in soil impermeabilization due to unplanned urbanization and climate change has intensified urban problems such as flooding and environmental degradation. To mitigate these impacts, this study proposes the development of a permeable pavement prototype of the paver type, seeking sustainable solutions to enhance soil permeability in urban infrastructures. The methodology included a market analysis of available pavements, the application of design thinking to identify problems and propose innovations, and laboratory tests to evaluate the permeability, water absorption, and mechanical strength of the prototype. The concrete formulation incorporated alternative materials, such as recycled aggregates and construction waste, aiming to reduce environmental impact. The results indicated that the developed model performed satisfactorily in terms of drainage, strength, and feasibility for urban application. It is concluded that the use of permeable pavements can significantly contribute to sustainable stormwater management, promoting groundwater recharge and reducing surface runoff, while also providing an environmentally viable alternative for reusing waste in civil construction.