Provide a technical solution for the most varied challenges in product development, through the development of customized microcapsules and microscaffolds, creating value to industrial partners and leading to breakthroughs at the scientific and technological level.
A Technology Platform consists on a basic technology that is modified each time to address new challenges.
The Technology Platform on Microencapsulation and Immobilization deals with customized functional microparticles (microscaffolds) or microcapsules, either with hybrid composition, or with hybrid performance. Their custom-tailored morphology, porosity and organic functionality enable the entrapment and/or grafting of a variety of chemical species.
The microcapsules exhibit a controlled release of a specific chemical at a target moment, or condition. The “loaded” matrices (microscaffolds) can be used not only for an application where a slow release of the entrapped compound is needed, but also for an application in which the compound loss is unwanted, i.e. an anchored active chemical is desired.
… different morphologies for varied applications …
Mesoporous continuous matrix entrapping the active compound
Meso and macroporous matrix to entrap active compounds
… hybrid composition … entrapment of a variety of chemical species ...
…other chemical and biological species…
Silica and multicomponent oxides
Organically modified silica
Silica / epoxy
Silica / cork
Silica / PDMS
Silica / PTFE
Low melting point polymers
Active compounds release (diffusion, convection, desorption,…)
By contact, synergy,…
Polymerization-Induced Phase Separation within Microspherical Domains
Biocide entrapment within microscaffolds for new anti-fouling coatings
Functional microcapsules for ecological and high performing polyurethane one component foams
Microscaffolds loaded with essential oils for slow perfume release
Encapsulated isocyanate for one component adhesives
Project ECOBOND: Development of new autoreactive and ecological monocomponent adhesives
Project NANOPOLI: Development of flame resistant nanocomposite
Project ELASTOMREG: Vulcanized thermoplastic elastomer with self-healing properties
Our aim is to create the knowledge base needed to support the ever expanding range of applications. The Platform focuses on deepening the understanding of multiphasic systems (emulsions) stability, reaction engineering, processing and material properties and deals with the implementation of new methods and methodologies to support the development of microcapsules/microscaffolds with customized properties, able to address the industry needs in product development.
Collaborating with us is a cost-effective way for companies to meet their on-going research needs, while, at the same time, addressing challenges that extend beyond their individual research and innovation portfolios. By letting us know your product and process specifications, we will identify the most appropriate core-shell system, particle morphology and fabrication strategy. You just need to email us at email@example.com, in order to evaluate the feasibility of the work.
University and companies can jointly work on research topics of common interest, both within and across value chain segments. Private funding, as well as public national and international funding schemes may be employed.
This gives companies the opportunity to accelerate innovation and increase sustainable competitiveness and Universities the opportunity to apply basic and fundamental knowledge to contribute to the economy growth.
Some of the areas where we can play a role:
The innovative materials developed in the framework of this Technology Platform address new product development projects that foster a sustainable and cleaner environment, economic growth, people safety and the creation of innovation and knowledge-driven jobs. Research activities are carried out in close contact with industrial partners and technology is transferred accordingly.
Chemical Eng. Depart. (IST)
M.Sc. Researcher (in collaboration with Prof. Fátima Montemor)
Ana C. Marques was nominated Management Committee Member of the COST Action CA18120 - Reliable roadmap for certification of bonded primary structures, coordinated by Delft University. She also belongs to the consortium of the same Action, which was accepted for funding in November, 2018.Read More
Congratulations to Sofia and Beatriz who graduated, in Nov-Dec. 2018, with the following M.Sc. theses:
"Polymer coating of capsules for controlled release", by Sofia F. Rocha. Supervised by Ana C. Marques and Jorge Oliveira, in collaboration with University College Cork
"Preparation and characterization of composite systems Pluronic F127/water/polycaprolactone microspheres", by Beatriz Delgado. Supervised by Teresa Cidade and Ana C. MarquesRead More
CERENA, Departamento de Engenharia Química, Instituto Superior Técnico, Universidade de Lisboa, Avenida Rovisco Pais, 1049-001 Lisboa, Portugal
Ana Marques´s Group, South Tower, Office 10.6.14, Phone: +351 218 417 335, firstname.lastname@example.org