The use of membrane contactors has shown high efficiency and speed for CO2 capture, even applied directly to air. By means of polymeric membranes and alkaline absorbent solutions, the capture of CO2 and its immediate transformation into carbonates / bicarbonates also has a very low energy and economic cost. Subsequent conversion of carbonates / bicarbonates, without prior treatment, in electrolyzers can yield valuable products as energy vectors, such as methanol, formic acid (or formates), formaldehyde, or carbon monoxide.

Slovenian secondary school is preparing project proposal to submit it to Norway Grants call 2021. The project is focused on restoration of the Krakovo Forest. The core theme of the project is indeed "Restoration of the 40ha of the oak forest ecosystem - Krakovo Forest (Krakovski gozd https://www.naravniparkislovenije.si/en/sights/primeval-forests) in the Natura 2000 side, but the project will be also oriented to build with the oak wood constructions (of typical Slovenian traditional buildings; hayrack, barns etc).

Although there have been unprecedented advances over the last decade in stem cells research, the challenge is still to reach a cost-effective therapy for the integrated treatment of aggressive cancers. This project aims to develop a new cancer therapy based on the secretome of human uterine cervical mesenchymal stem cells.

UK based technology company have developed digital twin based novel services to make workspaces safer and resilient against the airborne transmission of infectious aerosols. Their patent pending digital twin technology, at TRL5 for building spaces, has a leading role to play in introducing novel occupant centric services. The services not only make building spaces safer but also contributes towards improving health and wellbeing of its occupants.