Nanocellulose used to remove microplastics from water
Nanocellulose can be used to sample water, or eliminate microplastics directly where they are produced.
Nanocellulose can be used to sample water, or eliminate microplastics directly where they are produced.
Cellulose nanofibers are light, resistant, printable and recyclable: what are we waiting for to make wooden cars? In Japan they are thinking about it.
The team created a new bio-material by merging cellulose fibers and silk proteins together. The result is spectacular and biodegradable.
The team modified bacteria to produce a black pigment: the shoe of the future combines production and dyeing in a single process.
Using rice husk and newspaper, a new eco-friendly insulation material can significantly reduce the environmental impact of construction.
In recent times we often talk about the sustainability objectives to be achieved by 2030, those set by the European Union to reduce harmful emissions and achieve climate neutrality by 2050. There are many areas of interest, as are the actions to be implemented. Among these there is certainly that of reducing the use and consumption of virgin plastic, derived from petroleum. This is why reuse and recycling actions by citizens and sustainable strategies are necessary... Read more
A team of Israeli scientists has created a formula to repel 99% of mosquitoes, fighting summertime infestations and reducing the spread of dangerous diseases.
From "plasticone" stronger than steel to 3D printed mushroom columns, here are the materials that will redesign the construction of the future
Fluus launches the first biodegradable sanitary napkin to reduce environmental impact: because it makes no sense to keep an object that only serves a few hours.
Innovative solutions for a sustainable future: 5 interesting ideas in the direction of the circular economy
Cutlery and utensils that dissolve shortly after use? The future of sustainability in catering also passes through materials
The innovative artificial cartilage implant developed by Duke University overcomes the limitations of traditional treatments and prepares for clinical trials.
The plant-based coating reflects sunlight and cools buildings, reducing the need for air conditioning.
The Swiss Empa institute is working to transform vegetal carbon into a formidable sustainable insulator that is friendly to both construction and the environment.
Lignin as an alternative to graphite can represent an improvement for both the environment and performance for batteries.
A sea of uses, and a clear road in construction in these difficult times. Hemp has only one problem, but a big one: you never grow too much of it.
Wooden furniture that is bought flat and takes the shape of a chair, a stool, a table a few hours after opening the package? Read here.
A new system could greatly simplify access to precious metals that are essential for many modern industrial processes and appliances.
A formidable 'synthetic' cartilage based on hydrogel and cellulose promises to repair the knees. Indeed, to improve them.
The ability to mix sensors and biopolymers with a sustainable thermoelectric material will give us a formidable method of collecting (and recovering) energy
The next time you are in Lucca and you see some old tetrapak on the ground, know that they will become street furniture: a smart way to keep the city beautiful.