Since 1992, IPT has been actively researching technologies for the production of biodegradable plastics, which involve the development of production processes for polyhydroxyalkanoate polymers using renewable raw materials and biotechnological methods. Biodegradable polymers offer an environmentally correct alternative for society, since they are produced from renewable raw materials and not Read more…
Bioremediation is a process or strategy to detoxify the ground or other environments using microorganisms (such as fungi and bacteria) and enzymes. It is based on a process of microbial degradation and on chemical reactions combined with engineering processes to transform contaminants so they no longer pose risks to the Read more…
IPT performs microbiological analyses with a view to ensuring product quality and complying with the requirements of inspection agencies, as well as the domestic and international markets, and to contribute to the protection of consumer health. These analyses include the detection and quantification of contaminants, as well as research on Read more…
Sterilization processes as well as other aseptic techniques constitute important procedures for the prevention and control of infections. In the medical-hospital area, proof of the sterility of products is an indispensable prerequisite for their sale. IPT performs tests that reveal the presence of viable microbial contaminants (bacteria and fungi) by Read more…
Evaluation of microorganisms in tubings and pipelines is an important tool for the diagnosis and prevention of biocorrosion. One of the more representative groups of bacteria is anaerobic sulfate reduction bacteria (SRB). Damages caused by this microbiota may represent potential risks in oil transportation and storage tanks. IPT detects and Read more…
Antimicrobial properties can be incorporated into a variety of products for the following purposes: Increase the product’s service life by retarding or preventing the development of degrading microorganisms. Obtain safer products by preventing or retarding the development of microorganisms harmful to human health. To evaluate the presence of antimicrobial activity Read more…
Waste materials generated by industrial processes, mining and the extractive industry can cause serious environmental problems, which may sometimes prevent the granting of environmental permits and therefore the implementation of a productive unit. IPT develops chemical processes aimed at reducing the environmental impacts of such waste materials or revaluing them, Read more…
Industrial crystallization from solutions, castings or by precipitation is frequently employed as a separation and purification method, as well as in the synthesis of particulate products (powders) in the chemical, pharmaceutical, food and hydrometallurgical industries, among others. IPT has been working together with industry in this field for over 20 Read more…
A functional polymer is a macromolecular material that displays interactive functions with the application medium by means of external stimuli such as temperature, light, magnetism, electric current, ions, pH or enzymes. Typical applications of these materials include the manufacture of electronic components, sealants, adhesives, laminates, paints, corrosion inhibitors, light protectors, Read more…
Several areas of industry use particulate materials in the form of powders, suspensions or emulsions, be it as raw materials or as the final product. The use of these materials implies a variety of technological needs related to their storage, transport and processing in mixers, separators, chemical reactors, etc. Many Read more…
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