Leitat is developing novel polymer inclusion membranes (PIMs) for metals recovery from battery refining wastewaters Rhinoceros Project Recovery of materials from low concentration waste streams towards
ALBATROSS Advanced Light-weight Battery Systems Optimized For Fast Charging, Safety, And Second-life Applications. Website: https://albatross-h2020.eu/ ABSTRACT ALBATROSS addresses the needs
AM4BAT Gen. 4b Solid State Li-ion Battery By Additive Manufacturing Website: https://am4batproject.eu/ ABSTRACT AM4BAT will develop innovative component materials and
SURPASS Safe-, Sustainable- And Recyclable-by Design Polymeric Systems – A Guidance Towards Next Generation Of Plastics Website: https://www.surpass-project.eu/ ABSTRACT Plastic
BATRAW Recycling Of End Of Life Battery Packs For Domestic Raw Material Supply Chains And Enhanced Circular Economy Website: batraw.eu
The VIBES project’s 5th press release is out! VIBES Calling all sustainability advocates and recycling enthusiasts! The VIBES project’s 5th
RAWMINA Project Newsletter – January 2023 RAWMINA An integrated, innovative pilot system for recovery of critical raw materials from mine
Solid4B Cluster Inaugural webinar On June 26th from 10:00 to 12:30 pm, experts from SPINMATE, HE ADVAGEN, AM4BAT Project, SOLiD
NewSkin Project: Leitat develops a new drying system NEWSKIN Leitat develops a new drying system that include from robotics, photonics,
The AM4BAT project develops solid-state batteries made by 3D printing The project enables the development of anode-free solid-state batteries, manufactured
OXIPRO meeting ℹ️ More than 50 researchers from all around Europe met in Barcelona for the annual meeting of the
BATSAFE, nanomateriales para impulsar el desarrollo de nuevas generaciones de baterías de litio Un nuevo proyecto centrado en la mejora
PROYECTO SMARTLUX Artificial Intelligence-driven SMARTWindows for Dynamic Control of Solar Radiation fLUX ABSTRACT SMARTLUX project aims to develop a new
NAUTILUS Biobased and biodegradable antifouling paints for marine applications ABSTRACT The objective of NAUTILUS is to develop and verify the
PV4INKS Photovoltaic panels valorisation for the formulation of silver nanoparticle inks. ABSTRACT The project PV4INKS aims to perform valorisation routes
RESIFIELD Decision support system to soil bioremediation, irrigation and fertilization based on bigdata analysis to climate change adaptation. ABSTRACT The
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