RAWMINA (2021–2025) involves integrated pilot-scale recovery of Sb, Ge, Co, and W from mine waste using bioleaching, magnetic separation, thermodesorption, and electrochemistry.
FUNDACION LEITAT CHILE
Chilean research centre recovering critical raw materials and nutrients from mining and agricultural waste using bioleaching, electrochemistry, and advanced separation technologies.
Their core work
FUNDACION LEITAT CHILE is the Chilean branch of Spain's Leitat Technological Center, operating as a research centre in Santiago with expertise in circular economy processes applied to industrial and agricultural waste streams. Their technical work covers two distinct but related areas: recovering nutrients from livestock manure to produce bio-based and tailor-made fertilizers (FERTIMANURE), and extracting critical raw materials — antimony, germanium, cobalt, and tungsten — from mining waste using advanced techniques including bioleaching, electrochemistry, magnetic separation, and thermodesorption (RAWMINA). Situated in one of the world's largest mining nations, they serve as a bridge between European research consortia and Latin American industrial pilots, offering both scientific expertise and on-the-ground access to Chilean mining and agricultural sectors. Their involvement exclusively in Innovation Actions (IA) indicates a focus on scaling technologies toward real deployment rather than basic research.
What they specialise in
FERTIMANURE (2020–2024) targets on-farm pilot production of tailor-made, high-value bio-based fertilizers recovered from secondary sources such as livestock manure.
RAWMINA demonstrates capacity across multiple separation modalities — nanofibrous composites, magnetic separation, thermodesorption, and electrochemistry — applied to complex mineral waste matrices.
Both FERTIMANURE and RAWMINA are framed around circular economy principles, converting waste streams (manure, mine tailings) into recoverable value rather than treating them as disposal problems.
RAWMINA keywords include water-energy-efficiency and wastewater, indicating integration of water treatment considerations within the minerals recovery pilot system.
How they've shifted over time
With only two projects spanning 2020 to 2021, the timeline is short — but the keyword shift is meaningful. Their first engagement (FERTIMANURE) was firmly in the agricultural-biological domain: manure processing, nutrient recovery, on-farm pilots, organic fertilizers. Their second project (RAWMINA) moved into mineral processing territory: bioleaching, electrochemistry, nanofibrous composites, and strategic metal extraction from mine waste. Both sit within circular economy logic, but the underlying chemistry and industry application shifted substantially from agri-waste to mining waste. This suggests LEITAT CHILE is leveraging its Chilean location to engage with the mining sector — a natural strategic evolution for an organization based in one of the world's top mining economies.
LEITAT CHILE appears to be repositioning toward strategic minerals and mining waste valorization, aligning with EU critical raw materials policy priorities and Chile's position as a global supplier of cobalt, lithium, and other strategic metals — making them a potentially valuable partner for future CRM-related consortia.
How they like to work
LEITAT CHILE has not coordinated any H2020 project, participating as a third party in one and as a formal participant in the other — a pattern consistent with an organization still building its European project portfolio. Despite only two projects, they joined consortia with 43 distinct partners across 15 countries, indicating integration into large, multi-stakeholder Innovation Actions rather than small focused partnerships. Working with them means accessing specialist technical capacity and Chilean pilot infrastructure without expecting them to take on project management or coordination responsibilities at this stage.
With 43 unique partners across 15 countries from just two projects, LEITAT CHILE is embedded in broad European consortia, likely inheriting network reach through its parent Leitat organization in Spain. Their Santiago base extends this network into South America, offering consortium builders a rare Latin American research anchor point.
What sets them apart
LEITAT CHILE is among the very few non-European research centres participating in H2020, making them an unusual asset for consortia that need a credible presence in Latin America — particularly in Chile's mining and agricultural sectors. Their parent organization's European track record provides institutional credibility, while their Santiago location gives direct access to mining companies, agricultural cooperatives, and regulatory bodies that European-only partners cannot easily reach. For projects targeting real-world pilots of circular economy technologies in resource-rich developing economies, they fill a gap that no European partner can.
Highlights from their portfolio
- RAWMINADirectly addresses EU strategic autonomy on critical raw materials by developing an integrated pilot for recovering Sb, Ge, Co, and W from mine waste — with LEITAT CHILE contributing advanced separation expertise and access to Chilean mining context, the largest funding engagement for this organization.
- FERTIMANUREDemonstrates cross-sector reach into agricultural circular economy, recovering fertilizer nutrients from manure at on-farm scale — an unusual combination of agri-waste and precision fertilizer production with pilot validation in a non-European context.