Explore pilot, demonstration and early-scale projects that are testing circular and regenerative bioeconomy pathways in real settings. The library brings together examples across feedstocks, technologies, products, partners and territorial contexts to support comparison, discussion and locally grounded action.
Each record describes a pathway that was developed in a particular place, with specific resource conditions, infrastructure, partners, regulations and markets. Treat it as a learning reference rather than a ready-to-copy solution: compare the context, identify what may be relevant to your territory, and make the information that still needs validation explicit.
Look for the resource or feedstock, territorial setting, scale and objective of the project.
Compare the technology, product or application, partners and reported outcomes with your own starting point.
Consider supply, quality, logistics, skills, regulation, investment, demand, governance and environmental performance before acting.
Use the case records below to find relevant examples and compare their pathways. Where available, review the underlying source material and distinguish reported evidence from estimates or future ambitions.
Campania, Italy
7Continuous alkaline-leaching reactor (1 m³/hr)
Industrial-grade silica (90 % recovery)
Residence time <30 min; seamless milling integration
Univ. of Naples Federico II; Italian Ministry of Ecological Transition
Ceramic cluster feedstock; local integration
Campania, Italy
7Continuous alkaline-leaching reactor (1 m³/hr)
Industrial-grade silica (90 % recovery)
Residence time <30 min; seamless milling integration
Univ. of Naples Federico II; Italian Ministry of Ecological Transition
Ceramic cluster feedstock; local integration
Campania, Italy
7Continuous alkaline-leaching reactor (1 m³/hr)
Industrial-grade silica (90 % recovery)
Residence time <30 min; seamless milling integration
Univ. of Naples Federico II; Italian Ministry of Ecological Transition
Ceramic cluster feedstock; local integration
Campania, Italy
7Continuous alkaline-leaching reactor (1 m³/hr)
Industrial-grade silica (90 % recovery)
Residence time <30 min; seamless milling integration
Univ. of Naples Federico II; Italian Ministry of Ecological Transition
Ceramic cluster feedstock; local integration
Campania, Italy
7Continuous alkaline-leaching reactor (1 m³/hr)
Industrial-grade silica (90 % recovery)
Residence time <30 min; seamless milling integration
Univ. of Naples Federico II; Italian Ministry of Ecological Transition
Ceramic cluster feedstock; local integration
Campania, Italy
7Continuous alkaline-leaching reactor (1 m³/hr)
Industrial-grade silica (90 % recovery)
Residence time <30 min; seamless milling integration
Univ. of Naples Federico II; Italian Ministry of Ecological Transition
Ceramic cluster feedstock; local integration