ISOF-UFI collaboration on Hydrogen for Green Technology
The partnership will develop advanced materials based on functionalized graphene oxide.
Environment
ECOMONDO Conference: Materials Innovation for the Ecological Transition
An ISOF researcher, a university professor and the CEO of a start-up discuss future technologies for sustainable materials.
From Plastic Waste to Pure Water: Upcycling for a Cleaner Future
Plastic debris is one of the most widespread pollutants in our oceans, sometimes even forming floating islands. But what if this pollutant could become part of the solution?
ISOF annonuces the new project: Sustainable Water Innovations for Fielded Troops (S.W.I.F.T)
We are delighted to announce our participation in a project under the European Defence Fund (EDF). The project, titled Sustainable Water Innovations for Fielded Troops (S.W.I.F.T), is …
Designing Supramolecular Electrodes for Solar Fuel Production
Solar fuels are clean energy carriers produced by converting solar energy into chemical energy, often in the form of hydrogen.
Academia-Industry Partnership Delivers Breakthrough Water Purification Technology
A successful collaboration between ISOF researchers and industry highlighted by Nature Water journal
Innovative Alginate–Oligothiophene Aerogels for Water Purification
We are thrilled to share our latest research: “Alginate–Oligothiophene Aerogels as Photocatalysts for the Degradation of Emerging Organic Contaminants in Water”. This study represents a …
The Department of Chemical Sciences and Material Technologies at the G7: Combating the Use of Weapons of Mass Destruction
The Global Partnership against the Spread of Weapons and Materials of Mass Destruction (GP) is an international initiative aimed at countering the proliferation of weapons …
Medica S.p.A. and CNR register the Graphisulfone®
Medica S.p.A. and CNR register the trademark: Graphisulfone®. The idea was born from a collaboration between ISOF-CNR and Medica S.p.A. to promote an innovative technology …
Selective ion filtration demonstrated on commercial filters
Graphene oxide can be applied on everyday devices to selectively filter ions.
A new “Water living lab” inaugurated in Ferrara
The lab will test nano-materials for removal of pesticides, PFAS and other contaminants from our water.
A new sensor to monitor glyphosate pesticides in tap water
CNR and University of Venice use Amino acid modified graphene oxide to capture and detect the pesticide.