Department 02

Sustainable Chemistry & Circular Bioeconomy

We develop chemical and biotechnological routes that valorise residual resources, reduce environmental impact and enable more circular industrial, agricultural and hospitality systems.

BiorefineriesCatalysisArtificial photosynthesisSustainable agricultureCarbon nanodotsBio-based materials

Research portfolio

Circular routes designed around real resource challenges.

The department links feedstock valorisation, sustainable synthesis, materials characterisation and experimental validation to create technologies with a credible route to application.

Sustainable oil purification process representing the Purionix technology
Oil purification technologyFully developed

Purionix Process

A fully developed proprietary one-step process for refining and purifying edible vegetable oils and animal fats, used edible oils and fish oils. Purionix provides a simple, cost-efficient and waterless alternative for oil-processing operations.

EcoHost project showing the transition from disposable hotel toiletries to bio-based packaging
Bio-based hospitality packagingDevelopment & public platform

EcoHost Pack

A circular-materials project developing films and coatings from biopolymers obtained from agro-food waste, with the aim of replacing single-use plastic packaging for hotel toiletries. A public digital platform communicates the consumption and environmental impact of disposable amenities.

Agro-food residues transformed into carbon nanodots for sustainable agriculture research
Circular nanomaterials & agricultureExperimental validation

Carbon Nanodots for Sustainable Agriculture

Agro-food waste and residual biomass are transformed into carbon nanodots for investigation as potential agricultural biostimulants. The programme integrates feedstock valorisation, sustainable synthesis, nanomaterial characterisation, formulation and plant-based experimental validation.

Discuss a collaboration