Research · Development · Innovation

Turning research into sustainable technological value.

We develop advanced research and innovation paths focused on technology transfer, circular economy, sustainable processes, functional materials and specialized professional training.

Areas of activity

Research and innovation pathways

Research & Development

Definition, evaluation and development of scientific and technological research projects with an applied and industrial focus.

Technology Transfer

Development of solutions designed to transfer scientific knowledge and technological innovation into productive and industrial contexts.

Circular Economy & Green Technology

Valorisation of secondary products and industrial residues through sustainable processes, advanced materials and clean technologies.

Advanced Materials & Nanotechnology

Research into innovative functional materials, bio-derived solutions and advanced technological formulations for high-value applications.

Technical & Industrial Feasibility

Joint analysis of technological, scientific and industrial feasibility for new products, processes and innovation projects.

Professional & Specialist Training

Design and delivery of professional, specialist and advanced training activities, in person and through distance learning.

Our approach

From knowledge to application.

We support interdisciplinary innovation by combining scientific research, technological development, process engineering and sustainability. The objective is to create solutions with measurable industrial, environmental and technological value.

Research-driven innovation

Integration of fundamental and applied research with advanced technologies.

Sustainable development

Eco-compatible processes, circular production models and green technologies.

Industrial valorisation

Transformation of knowledge, materials and technological results into high-value applications.

Skills and knowledge transfer

Advanced training and dissemination of scientific and technological expertise.

Research Department

Interdisciplinary research for green chemistry, technologies and processes innovation.

The Research Department brings together complementary scientific and technological areas, connecting advanced research, technological development and bio-derived nanotechnologies with green chemistry, technologies and processes engineering.

Bio-based nanotechnologies and green chemistry, technologies and processes applied Research
Study and development of knowledge, technologies and innovative solutions for the application of green chemistry, technologies and processes as well as bio-derived nanotechnologies for zero-wastes and circular eco-sustainable industrial processes aiming at preserving the human and the environmental health.

Mission

Bio-based nanotechnologies and green chemistry technologies and processes applied Research

Our Mission is to promote and develop advanced scientific and technological research in the fields of advanced functionalised bio-derived materials and nanotechnologies, green-chemistry, technologies and processes for application in zero-wastes circular eco-sustainable advanced industrial processes and technologies creating an interdisciplinary environment where knowledge, innovation and technology can converge.

Through research, development and technology transfer activities, we aim to contribute to new solutions for bio-derived nanotechnologies and green chemistry, technologies and processes for green industrial applications, with particular attention to innovation in human health protection, food safety and environmental sustainability as well as green energy production.

Research therefore becomes a practical instrument for transforming scientific knowledge into high-value innovation.

Vision

Bio-based nanotechnologies and green chemistry technologies and processes applied Research today

Our Vision is to contribute to the development of an open, interdisciplinary, innovative and future-oriented scientific ecosystem capable of connecting scientific research, emerging technologies, specialized expertise and the academic world.

We aim to foster new knowledge and applications in Bio-derived nanotechnologies, functionalised Bio-based advanced materials, innovative green chemistry, technologies and processes for zero-wastes circular eco- sustainable green industrial applications, supporting research capable of generating scientific, technological and social value.

Our objective is to contribute to scientific progress and to technologies capable of improving health, quality of life and environmental protection as well as green energy production.

Bio-Nanotechnology

Research and development of bio-derived nanoscale technologies for green industrial technological process applications as well as new advanced bio-derived functional materials and technologies.

Green Tech

Research and development of bio-derived nanoscale technologies and green chemistry, technologies and processes engineering for innovative bio-based green industrial technological applications and innovative bio-based functional materials for new green zero wastes eco-sustainable circular industrial technological processes.

Green Energy

Study of new strategies, technologies and processes aimed at developing new green bio-derived energy vectors production technologies and processes.

Bio-derived Process Engineering

Application of scientific, technological and engineering expertise to the design and optimization of green processes and technologies for green industry sectors.

Biomedical & Bio-Nanotechnology Research

Scientific innovation, advanced technologies and knowledge serving health and the future.

We promote applied scientific and technological research in the biomedical and bio-nanotechnology fields, integrating highly specialized expertise, biomedical process engineering and innovative technologies. Our interdisciplinary approach is focused on developing new knowledge and applications capable of contributing to human health protection, food safety and environmental protection.

Mission

From scientific research to new biomedical applications

Our Mission is to promote and develop advanced scientific and technological research in the biomedical and bio-nanotechnology fields, creating an interdisciplinary environment where knowledge, innovation and technology can converge.

Through research, development and technology transfer activities, we aim to contribute to new biomedical solutions, processes and applications, with particular attention to human health protection, food safety and environmental sustainability.

Research therefore becomes a practical instrument for transforming scientific knowledge into high-value innovation.

Vision

Building tomorrow's biomedical research today

Our Vision is to contribute to the development of an open, interdisciplinary, innovative and future-oriented scientific ecosystem capable of connecting scientific research, emerging technologies, specialized expertise and the academic world.

We aim to foster new knowledge and applications in Biomedicine, Bio-Nanotechnology, Pharmacology, Innovative Pharmaceuticals and Functional Nutraceuticals, supporting research capable of generating scientific, technological and social value.

Our objective is to contribute to scientific progress and to technologies capable of improving health, quality of life and environmental protection.

Biomedical Research

Study and development of knowledge, technologies and innovative solutions applied to human health and biomedical sciences.

Bio-Nanotechnology

Research and development of nanoscale technologies and materials designed for innovative biomedical applications.

Pharmacology

Scientific research focused on biological interactions and the development of new knowledge applicable to pharmacological research.

Innovative Pharmaceuticals

Study of new strategies, technologies and formulations aimed at developing advanced pharmaceutical solutions.

Functional Nutraceuticals

Research and development of functional formulations and innovative solutions focused on biochemical and metabolic processes.

Biomedical Process Engineering

Application of scientific, technological and engineering expertise to the design and optimization of processes for the biomedical sector.

Global Challenges

Research serving society.

Scientific innovation must be capable of responding to the major challenges of our time. Our research activity is oriented toward three fundamental objectives.

Human Health Protection

Developing knowledge and technologies capable of contributing to the advancement of biomedical sciences and improving quality of life.

Food Safety

Promoting research and innovation capable of contributing to advanced solutions in food safety and food quality.

Environmental Protection

Encouraging more sustainable technologies and processes and a responsible relationship between scientific innovation, health and the environment.

Green Tech

Developing knowledge and technologies capable of contributing to the advancement of bio-derived nanotechnologies and advanced functional materials as well as green chemistry, technologies and processes for green industrial applications thus improving quality of life, environmental protection, green energy production integrating bio-derived nanotechnologies with green chemistry and technologies, creating high-value green, circular and eco-sustanable industrial processes and technologies.

Food Safety

Promoting research and innovation capable of contributing to advanced solutions in food safety and food quality.

Environmental Protection

Encouraging more sustainable technologies and processes and a responsible relationship between scientific innovation, health and the environment.

Universities & Research Centres

Research grows through collaboration.

We believe in a scientific model based on cooperation and the sharing of knowledge and expertise. Collaboration with Universities, Research Centres, scientific laboratories and academic institutions is fundamental to connecting fundamental research, applied research, technological innovation and knowledge transfer.

Interdisciplinary scientific networks

Building relationships capable of connecting complementary expertise and research fields.

Collaborative research projects

Supporting shared scientific and technological initiatives with academic and research partners.

Research, academia and industry

Creating new opportunities for collaboration and knowledge transfer between scientific research and the productive system.

Research & Technology Transfer

From scientific knowledge to innovation.

Transforming research results into new development opportunities is one of the core elements of our activity. We promote the connection between scientific research, technological innovation and practical application, supporting research and development activities, feasibility studies and technology transfer processes.

A pathway that begins with knowledge and aims to enhance its scientific, technological and practical value.

Advanced Academic Education Department

Developing the research skills of the future.

Research and education are closely interconnected. Alongside scientific activities, dedicated attention is given to specialized, professional and advanced academic education, including through collaborations with Universities and academic institutions.

Advanced Education & Specialist Programmes

The Department is dedicated to the development of highly qualified scientific and technological expertise and to the education of professionals capable of working in biomedical research, bio-nanotechnology and technological innovation.

Master's Programmes

Advanced academic education pathways.

Advanced Training Courses

Specialized and professional training activities.

Postgraduate Specialization Programmes

Programmes designed for advanced scientific and technological specialization.

Research for the Future

Science. Research. Innovation.

We believe in research capable of moving beyond the boundaries between different disciplines. Biomedicine, Bio-Nanotechnology, Pharmacology, Innovative Pharmaceuticals, Functional Nutraceuticals and Biomedical Engineering as well as Green Chemistry and Green Technology, Green Processes Engineering, Bio-based innovative Functional Materials and Advanced Technologies and Zero-wastes Green Industrial Technologies and Processes, becoming part of a shared vision: transforming scientific knowledge into innovation to contribute to a healthier, safer and more sustainable future.

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