Through intense research and development activity, PTScience has created a diversified portfolio of patents, with the aim of closing sustainability gaps in various market sectors. The potential of these products has a wide range of action that goes beyond current applications, that’s why potential market segmentation, new applications and solutions are very vast.
The PolyEvolute® line of biopolymers offers innovative solutions for the plastics, construction, medical, pharmaceutical, food, cosmetic packaging and automotive industries
ClearGlass® and Green Lenses products have revolutionized the optics market, offering high-quality, ecological lenses.
The SAM® system enables wastewater to be treated, to rehabilitate contaminated areas, cultivating microalgae. A huge contribution to environmental sustainability
The Polyevolute® range are innovative biopolymers derived from natural sources such as plants, food waste and microorganisms. They offer a powerful alternative to conventional materials that rely on non-renewable resources. We are constantly developing in this field, opening doors to remarkable opportunities, focusing on sustainability and innovation for various applications, thereby reducing the consumption of products derived from fossil raw materials in various sectors of industry. Our biopolymers have good physical and chemical properties, making them an environmentally friendly solution for various industrial applications
ClearGlass® Green is a Portuguese brand dedicated to promoting a sustainable future through innovative practices. We are committed to improving production, reducing waste, and using non-polluting and biodegradable materials.
PTScience is committed to researching and developing new materials and processes to create Green Lenses®. Designed with a commitment to environmental responsibility, we are constantly striving to find new ways to improve sustainability in the optical sector.
SAM® 6.0 is a modular vertical photobioreactor designed for bioremediation and for the production and cultivation of microalgae with high lipid content. It has been specifically designed for the bioremediation of wastewater in a closed and controlled environment. There are several advantages to this innovative system over traditional microalgae cultivation methods, making it an attractive option for wastewater treatment and also for the production of valuable bioproducts. SAM 6.0 offers an efficient system for wastewater bioremediation, CO2 capture and the production of high-value bioproducts, based on its modular design, higher performance and adaptable features