For Industry

Using either an eco-friendly solvent or no solvent at all, we prepared 55 model xanthophylls.

Established technologies for increasing the water solubility of cannabinoids typically involve lipophilic molecules that allow for emulsification – the process of mixing two liquids that do not mix under normal conditions.

The invention is a software application designed for the simulation of various types of chemical reactors under different operating conditions with user-supplied chemistry, allowing for complex bulk and surface reaction (micro)kinetics.

Biocompatible, fully biodegradable biopolymers for packaging, particularly focusing on single-use and disposable packaging for premium fresh food products.

Films made out of natural biopolymers than can be used as an eco-friendly packaging materials were prepared.

The invention is biodegradable chitosan-based foil, which is enriched with a potent antioxidant plant extract, obtained from an invasive plant species, Japanese knotweed (Polygonum cuspidatum, Fallopia japonica Houtt.)

Xanthophylls are oxygenated derivatives of carotenoids and, as natural biologically active compounds with known pharmacological properties, they have many positive effects on human health.

BiAR (Biomass Ash Removal) process is capable to separate the organics, which are valid for energetic uses, from inorganic components, which are a limitation for energetic uses but however, contain valuable elements. For this reason, the trend is placing a limit to the acceptable content of ashes present in the fuels.

Adipic acid is produced in 3.7 billion kg annually; the market exceeds $7 billion per year and more than 60 % of the total output is used as monomer for the production of nylon 66 (polycondensation reaction with hexamethylene diamine).

The Institute has developed a single-step heterogeneous catalytic process for the production of styrene monomer. Styrene is a widely used monomer in polymer industries for the manufacturing of plastics, foams, automotive and home appliances.

Glycerol is the main byproduct (≈10 wt%) of the biodiesel industry. According to recent studies, glycerol has been recognized as one of the top 12 most important bio-based chemicals in the world.