Through keynote presentations, technical sessions and networking opportunities, this conference will promote interdisciplinary dialogue and encourage innovative approaches that contribute to a cleaner, greener and more sustainable future.
This webinar will explore struvite-based nutrient recovery, from phosphate recovery and the underlying science to the technology and market pathway for sustainable fertilisers.
The bioSOILUTIONS and NBSOIL projects will join forces for a final two-day conference exploring how research and innovation can support healthier soils and more resilient farming systems.
Biowaste-based soil improvers, circular fertilisation and nature-based solutions are just some of the solutions that will be discussed.
This new project aims to prove that existing infrastructure can be adapted and industrial side streams can be used to produce sustainable and industrially-relevant chemicals.
A good way to build more resilient and circular chemical value chains!
This event celebrates ten years of collaboration between IUCN and the Government of Monaco in advancing the links between circular economy and nature conservation.
It will bring together public and private stakeholders to discuss the potential of circular economy principles to tackle biodiversity loss and support the implementation of the Global Biodiversity Framework and the EU nature restoration agenda.
Biopolus has developed the BioMakery, a modular hub which processes wastewaste into useable resources. The BioMakery also offers awareness raising, energy recovery, urban farming and community function options – in a single attractive facility!
BIO2CHP is working to make decentralised biomass energy generation accessible for industries that lack economically viable waste recovery options. The organic waste used as input requires little pre-processing, and the units are suited to small and medium-sized agri-food companies.
The first pre-commercial pilot is being built in August 2026.
Biogas Thrace S.A. is setting up three biogas plants which will be supplied with agricultural and industrial organic waste by a network of local farmers working on long-term contracts. The farmers will receive fertiliser and reduce their waste disposal costs, and the plants will each generate 24GWh/y.
