Resources efficiency

Advancing Mineral Resource Modeling with Digital Twin Technology

Mineral resource deposit models currently rely on manual processes, from drilling and handling core samples to chemical analyses and lithological identification. These labor-intensive procedures extend to geostatistical analysis, where experts describe the spatial distribution of geo-domains and mineral properties through variogram analysis and numerous simulations to address uncertainty. In complex geological environments, numerical methods often fail to effectively characterize the spatial distribution of boundaries between geological domains.

ValorWaste - Valorisation and Integration of Extractive Waste Towards the Sustainability of Raw Materials Industry

The extractive industry has been considered one of Europe’s most significant waste streams. Given the ambition to move towards a circular economy, extractive wastes have the potential to be altered from a substantial environmental burden to valuable resources via the recovery of valuable minerals and critical raw materials (CRM), reprocessing, and reusing in various applications. Motivated by this, ValorWaste project was conceptualized to provide a holistic view under the reprocessing of extractive waste by addressing the following challenges: 

REESOURCE - Unlocking the Supply of Rare Earth Elements in Europe through Responsible, Sustainable and Decarbonized Innovative Technologies

Responsible, sustainable and low CO2 footprint mineral extraction is vital for the preservation of our planet. Ensuring responsible supply of minerals involves addressing the environmental, social, and economic impacts of mineral extraction and developing technologies and know-how to minimize them.

BETTER PLASTICS – PLASTICS IN A CIRCULAR ECONOMY

BETTER PLASTICS project aims to be the Mobilizing Project of the Plastics Sector in Portugal and leverage the transition of this sector to a circular economy. It comes from an initiative of APIP, Associação Portuguesa da Indústria dos Plásticos, which intends to mobilize the private sector together with National Authorities, Universities and Citizens to the objectives of European Circular Economy.

RecValTR – Recovery and valorization of rare earth elements from electric and electronic waste

In this project processes will be identified and developed for recovery of rare earths elements (REE), particularly the most critical five, neodymium (Nd), europium (Eu), terbium (Tb), dysprosium (Dy) and yttrium (Y), from waste of electrical and electronic equipment (WEEE), namely NdFeB permanent magnets and phosphors, and waste of batteries and accumulators (WB&A), namely NiMH batteries.

The activities will comprise:

ALFAGREEN - All For A Green Future: Biorefining the Energreen liquefied, development of new related products and up-grade of the pilot plant for this purpose

The AlfaGreen project has an implementation period from 1 April 2016 to 30 September 2018 with a budget allocation of 1,000,272.73. SECIL and CERENA-IST are the two entities that integrate this project, which has as a physical and conceptual basis the construction of a biorefinery from the ENERGREEN pilot plant, previously built for the production of advanced liquid biofuel from biomass / wastes for subsequent use in the energy supply of cement kilns.