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…
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…
The rapid evolution of biotechnology broadens the spectrum of business opportunities for companies of all industrial segments. IPT’s work can help them identify opportunities in industrial biotechnology and in the formulation and evaluation of R&D projects. The Institute can help identify and evaluate opportunities and threats by means of analyses Read more…
Metallic or ceramic powders are used mainly for the production of sintered products. The physicochemical characterization of these powders for sintered products, which are widely used in the automotive, metal, mechanical and electro-electronic industries, is necessary to ensure their suitability. IPT determines the properties of powders and sintered products in Read more…
The metallurgical industry generates large amounts of subproducts and residues, whose recycling and suitable disposal are important tools for cost reduction and compliance with environmental regulations. IPT plays a leading role in this area, developing and improving recycling processes for subproducts of the metallurgical industry. To this end, it uses Read more…
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