The public and private sectors need technological solutions for critical problems resulting from interventions in the physical environment, which may affect the quality of soil, surface and underground waters and of the environment in general. Engineering works such as airports, agribusinesses, sanitary landfills, roads, ports, urban projects and industrial units, Read more…
IPT’s activities in the area of building pathology aim to identify pathological problems in constructive elements, such as fissures or cracks, delamination of overlays, water infiltration in building façades, roofs and floors, and problems related to deterioration of construction materials. Over time, such problems in buildings may affect performance-related aspects Read more…
The occurrence of geological and geotechnical processes (landslides, erosion, washout, silting, flooding, collapse and subsidence) affect practically all Brazilian regions, in both urban and rural areas and at enterprises. These processes may lead to loss of human life, as well as the evident economic and environmental damages. IPT has a Read more…
IPT is equipped to develop structural intervention projects in geological and geotechnical risk areas. Such interventions aim to eliminate identified risks by means of specific engineering works, such as slopes stabilization, drainage systems, surface protection, types of housing better suited to the terrain, etc. In addition to these direct actions, Read more…
Groundwater is an excellent alternative source for small communities located in rural areas of states and municipalities, or even in urban centers or built-up areas. Large cities such as Ribeirão Preto and São José do Rio Preto, in the interior of the state of São Paulo, use this resource to Read more…
Coordenador do projeto ZL Vórtice visita IPT e conhece competências dos laboratórios em busca de parcerias
Workshop no IPT promove lançamento de versão virtual do guia de elaboração de planos de intervenção
Projects that employ technologies with lower environmental impact constitute an important strategy for the recovery of degraded areas. The use of bioengineering technologies for erosion control and phytoremediation for soil decontamination is applied increasingly in situations where conventional technologies appear unfeasible due to environmental or economic limitations. These techniques use Read more…
Pesquisadores do IPT fazem palestra no SindusCon-SP, com apoio da Fiesp, sobre restauro de edificações
IPT assina novo contrato para identificação de áreas de deslizamentos e inundações em 42 cidades de São Paulo
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