Check out this video to see the progress of crop growth in Lille, France in late June 2022.
On Wednesday 15th March 2023, these three Horizon Europe projects: GOLD, Phy2Climate, & CERESiS came together to present in a webinar, with over 100 participates,
Check out this video to see how project GOLD got on with the first round of harvesting. You can see what the team were looking
GOLD, Phy2Climate, and CERESiS – Horizon 2020 Projects invite you to participate in a free international webinar entitled – Phytoremediation with energy crops for biofuel
THE CHIARINI 2 AREA Chiarini 2 is an area adjacent to a former illegal landfill located on the outskirts of Bologna (IT). The site was
This newsletter recounts the first years growing activities, as well as GOLD events throughout the last year. Click here to read all about it: Newsletter
Sabrina Karakache, PhD candidate Université de Sherbrooke, presented her advancement on the project at the biggest event for chemical engineering in Canada, CCEC 2022, CCEC
On 19-21 September 2022, Pietro Peroni, University of Bologna, presented the following abstract as a poster at the 51st national conference of the Italian Society
Check out this video to see the progress of crop growth in Lille, France in late June 2022.
During the M12 consortium meeting, held in Lille, France, GOLD partners were given the opportunity to introduce themselves and their work package. In this short
Squaring the circle between phytoremediation and biofuel production On Thursday 12th May 2022, at EUBCE 2022, three similar Horizon 2020 projects: GOLD, Phy2Climate and CERSiS,
Discover more on GOLD – Bridging the gap between phytoremediation solutions on growing energy crops on contaminated lands and clean biofuel production by watching this
Project Coordinator Efthymia Alexopoulou presented GOLD – Bridging the gap between phytoremediation solutions on growing energy crops on contaminated lands and clean biofuel production on
GOLD is a new Horizon 2020 research and innovation project that aims to grow lignocellulosic crops on contaminated sites and produce sustainable biofuels with no risk of indirect land use change, while removing soil pollutants and ultimately bringing those lands back to agriculture.
