Buenas prácticas para optimizar la gestión de los materiales de la construcción para proyectos menores a 1000m2
Abstract
In Costa Rica, the construction sector is in constant growth. Despite the existing regulation
for projects with areas greater than 1000m2, there is no accompaniment for small
constructions. This study will generate good practices to be proposed in a national guide for
construction material management for projects under 1000m2 made by micro, small and
medium-sized enterprises. Through visits to construction projects, a survey and interviews
involving the reasons reported in the literature, the perception of 43 designers and architects,
and staff of five innovative companies was obtained, on the responsibility they possess in
waste generation. These causes were previously validated by the Costa Rican Chamber of
Construction. In addition, good practices applied in Costa Rica were collected, which were
reinforced with different authors’ recommendations to optimize the use of construction
materials. From the statistical treatment of the data three waste generation causes during the
design process were validated by the architects surveyed: "not considering products made
under the concept of modular coordination (blocks of concrete, roof laminate and doors and
window frames)", "modifications to the original design during the construction process" and
"not taking into account the geometry of different materials combination in the design
process". In addition, all waste generation causes found were confirmed as a cause for at least
one in five companies interviewed. As a result of this study, good practices are proposed to
be considered for a national guide for construction material management, which have been
collected in enterprises and in the existing literature. They have been organized according to
the following processes: design, management, purchasing and procurement, materials
management, execution of the work, waste and other activities.
Description
Proyecto de Graduación (Licenciatura en Ingeniería Ambiental) Instituto Tecnológico de Costa Rica, Escuela de Química, 2015.