Energy efficiency of sanitation utilities

IPT evaluates the conditions of electrical energy consumption of local water and sanitation companies and public utilities, aiming to reduce this consumption. The evaluation of electrical energy consumption enables changes to be made in both the configuration and composition of these systems, especially of pumping equipment. Local sanitation companies and Read more…

Evaluation of water and sewage treatment

Practically all human activities generate effluents that cannot always be discharged directly into water bodies, but must first undergo some treatment. Some of these effluents have peculiar characteristics which only allow for their treatment under certain conditions or when subjected to specific processes. Knowledge about the treatability of effluents is Read more…

Evaluation of building installations

Evaluation of electrical installations, atmospheric discharge protection systems, and water and sewage systems in buildings involves analysis of the design, of the components used, and of the execution of installations according to regulations issued by the competent official bodies or by ABNT. IPT evaluates the conditions of water, sewage and Read more…

Development of ore processing

The enormous diversity of mineral goods (iron, copper, niobium, phosphate, sand, etc.) and of the processes that form these deposits makes each mineral site unique, and requires the development of a specific process. Separation and concentration of mineral components of an ore are the basic processing steps to obtain a Read more…

Development of enzymatic processes

Catalyzed reactions by enzymes have been studied extensively to obtain purer and more environmentally friendly products. Enzymatic reactions have generated much interest mainly due to the use of reaction conditions of low temperature and pH, high selectivity, high specificity and enantioselectivity. IPT studies the development of processes for potential industrial Read more…

Development of biocompatible materials

Biomaterials are materials implanted or incorporated into a live system in order to restore or substitute damaged tissue. The world market for biomaterials is estimated to exceed US$ 40 million, with an annual growth rate of 12%. IPT designs and develops biomaterials, such as ZrO2 and Al2O3-ZrO2-based ceramic materials for Read more…

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