In August 2024, at the start of our journey with METALLICO Project, IDENER.AI had the opportunity to visit Cobre Las Cruces in Seville, where the project has been piloted from its inception.

The METALLICO project aims to develop sustainable methods to recover and produce critical and battery-grade metals such as lithium, cobalt, copper, manganese, and nickel from both primary and secondary resources to support the EU´s strategic autonomy in battery materials and raw materials supply.

On January 19 and 20, 2026, the second METALLICO review meeting took place in Seville, organized by IDENER.AI and Cobre las Cruces. The objective of this session was to present and discuss the work done so far in the project with the project officer and the reviewer.
The visit enabled us to observe and examine the hydrometallurgical plant, the open pit mine, the laboratories, and, as a special highlight, the TAILCO polit plant. This experience allowed the team to gain valuable insights into operational processes, experimental setups, and potential areas for optimization.

The ONE4ALL project team carried out a technical site visit to the production facilities of Madama Oliva on April 14–15, 2025, with the aim of gaining an in-depth understanding of the company’s manufacturing processes, operational workflows, and production scheduling procedures.

During the visit, the IDENER team conducted an on-site assessment of the current
production environment. This evaluation provided valuable insights into Madama Oliva’s
production scheduling workflow, particularly how Excel-based planning tools interact
with the company’s ERP and MES systems. As a result, the team identified several
opportunities to enhance data integration and operational efficiency.

Among the potential improvements detected were the automation of selected product
lines, stronger integration between planning and manufacturing systems, and the
application of Decision Support System (DSS) tools to support more informed
operational decisions.

In addition, relevant technical data was collected, including material inputs, production rates, rejection rates, and operational constraints. This information could contribute to more efficient planning processes and enhanced operational decision-making.

The activities carried out during the visit align with the broader objectives of the ONE4ALL project, which aims to reinforce the resilience and flexibility of the manufacturing lines through innovative modular and reconfigurable technologies centered on humans and sustainability.

Within this framework, IDENER.AI plays a key role in the ONE4ALL project by coordinating
the development of advanced digital solutions to support more sustainable and efficient
industrial processes. Its work includes creating tools to monitor and optimize resource
consumption, assessing organizations’ digital maturity and sustainability, and defining
the requirements and specifications for digital twins and decision support systems.
Moreover, the company also develops and validates data-driven digital twins and smart distributed decision support systems, while scouting innovative architectures and open-
source protocols to build a secure, open infrastructure. In addition, Idener contributes to interoperability tools and platform interfaces, deploys IIoT devices for real-time
monitoring, and integrates collaborative robots (cobots) with digital tools to strengthen the connection between physical operations and data-driven decision making.  

The 9th European Bioremediation Conference (EBC-IX) was held from 15 to 19 June 2025 in Chania, Greece, and was jointly organized by the Technical University of Crete and the University of Bologna. This leading European conference on environmental biotechnology and bioremediation gathered scientists, engineers and other environmental professionals to show their findings and discuss the latest innovations in bioremediation innovations for contaminated sites, marine environments, resource preservation and bio-based reclamation.  

BIOSYSMO participated as part of the ALL4BIOREM EU Bioremediation Cluster Workshop, alongside nine other projects, including pHYBi, a project currently coordinated by IDENER.AI. Sessions covered topics such as molecular approaches to bioremediation, circular economy and waste valorisation, phytoremediation technologies, and the contribution of environmental biotechnology to the Zero Pollution Action Plan and broader European sustainability priorities.    

The BIOSYSMO project, coordinated by IDENER.AI, is building a digital framework for bioremediation that brings together multi-omics, metabolic modelling and microbial engineering to accelerate the development of innovative and sustainable solutions for mixed pollutants in soils, sediments and water. At the workshop, Sara Gil Guerrero presented the project objectives and first results in a flash presentation, while Lila Otero joined the panel discussion to share how BIOSYSMO contributes to European environmental and innovation priorities.  

IDENER.AI´s involvement highlighted BIOSYSMO´s contribution to innovative bioremediation solutions, fostering synergies with the Europe´s leading bioremediation research community.  The event reinforced BIOSYSMO´s role in advancing sustainable, science-based and technology-driven environmental restoration strategies.  

IDENER.AI is proud to have participated in the latest M24 Consortium Meeting of the NOVAFOODIES project, which took place on the 13th and 14th of May, 2025, in the vibrant city of Cork, Ireland. This significant event, hosted by University College Cork (UCC), marked a pivotal moment for all project partners as we reviewed progress, shared insights, and strategized for the future of sustainable food processing.

We extend our heartfelt gratitude to Linda O’Higgins and her dedicated team at UCC for organizing a flawless event. Their hospitality and the collaborative atmosphere they fostered were instrumental in the success of this meeting.

As the coordinator of the NOVAFOODIES project, IDENER.AI was represented by Macarena García Ayala, who led the coordination team’s efforts during the event. One of the highlights of the meeting was the presentation by our colleague Alfonso Hernández Bustos. Alfonso unveiled the latest advances in the development of innovative microwave systems for the drying of micro and macro-algae. His presentation underscored the significant strides we have made in optimizing these systems for energy efficiency and preservation of the nutritional value of algae.

The two-day event was filled with productive sessions, including roundtable discussions, workshops, and presentations from various consortium partners. The collective expertise and commitment to excellence were palpable as representatives from academia, industry, and research institutions came together to drive the NOVAFOODIES project forward.

As we reflect on the outcomes of the M24 Consortium Meeting, we at IDENER.AI are energized by the shared vision and dedication to revolutionizing the food industry through sustainable practices. The progress we have made thus far is a testament to the collaborative spirit and innovative approach of all partners involved.

We look forward to continuing our work within the NOVAFOODIES consortium and to the exciting developments that lie ahead. Together, we are paving the way for a more sustainable future in food processing and consumption.

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Macarena García Ayala (IDENER.AI)

Alfonso Hernández Bustos (IDENER.AI)

Linda O’Higgins (UCC)

The CITADEL project forges ahead, and this time in Slovenia. IDENER has participated in the third CITADEL Consortium Meeting, which took place from April 2-4, 2025, in the cities of Ljubljana and Hrastnik. Hosted by the Josef Stefan Institute and Hrastnik1860, this assembly allowed the consortium partners to present and assess their progress and plan for the future.

The start of implementation and demonstration activities of the project’s innovative heating technologies this year led to fruitful discussions on the status of the demo cases and their electrification strategies during the first day. In this context, as leaders of WP6 and WP8, IDENER presented the first insights into the flexibility services analysis methodology, including the successful WP6 kick-off in February 2025, and the renovated business plan strategy with a preliminary techno-economic analysis for the HRASTNIK demo case.

On the second day, we had the opportunity to attend an exclusive tour of the Hrastnik1860 facilities, where we witnessed first-hand all the manufacturing processes to produce glass containers of the highest quality. This enabled us to better understand the processes comprised in the demos case 2, especially those related to the melting glass furnaces.

The CITADEL project will continue to advance in increasing the proportion of electrical energy used in the glass melting process, contributing to the decarbonisation of energy-intensive industries.

The AI4Sweng project embarked on its journey with a pivotal kickoff meeting that laid the foundation for its ambitious goals and collaborative framework. The meeting’s primary objective was to crystallize the project’s vision, delineate its scope, and foster synergy among the diverse team members. IDENER.AI emerged as a key player, taking the helm of Work Package 3 (WP3), which focuses on the development of AI-powered software development and testing tools.

Under the guidance of Pablo Gallegos, IDENER.AI’s representative, the meeting served as a platform for an in-depth introduction of WP3 and the specific use case that Idener will be leading. This use case, integral to the project, will provide the real-world testing grounds for the innovative tools being developed, allowing for critical evaluation and refinement of these technologies.

The kickoff meeting proved to be instrumental in establishing clear directives for the subsequent phases of the AI4Sweng project. It provided an opportunity for the team to align on the project’s purpose, clarify roles, and set expectations, ensuring that all members are working cohesively towards the collective objectives.

IDENER.AI’s leadership in WP3 is a testament to its expertise in harnessing the power of artificial intelligence for the betterment of software engineering practices. The company’s involvement in AI4Sweng comes on the heels of its coordination role in the HIVEMIND project, which was awarded under the same call. This continuity showcases IDENER.AI’s commitment to leading-edge research and its prominent position in driving technological advancements within the industry.

As the project progresses, IDENER.AI’s role in hosting a use case will be instrumental in validating the effectiveness of the AI tools created and ensuring they meet the high standards expected by the industry. The success of the kickoff meeting has set the tone for a groundbreaking project, promising to deliver state-of-the-art solutions that will revolutionize the field of software development and testing.

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The ALUNA project, dedicated to the critical mission of combating Child Sexual Abuse (CSA), recently hosted an instrumental training and pilot session in Athens. This event signifies a major step in the project’s progression, with Idener at the helm of the technical work package, playing a vital role in the orchestration of the development efforts by the project’s technical partners.

Pablo Gallegos from IDENER.AI, who leads the technical direction of the project, works in close collaboration with the University Complutense Madrid (UCM), the project’s coordinator. Together, they ensure that the tools being developed are put through rigorous testing, with a focus on practical application throughout the project’s timeline.

The Athens session was particularly advantageous, as it provided an authentic environment for the end-users, primarily Law Enforcement Agencies (LEAs), to engage directly with the newly developed tools. Such hands-on experience is crucial for obtaining genuine feedback, which is invaluable in fine-tuning the tools to better serve the needs of LEAs in their daily endeavors to tackle CSA.

The feedback gathered from these end-users is a cornerstone of the project, driving the technical partners to refine and improve the tools with precision. This iterative cycle of development, testing, and enhancement ensures that the solutions devised by the ALUNA project are not only technologically advanced but also user-centric and operationally sound, greatly benefiting law enforcement in their vital work.

As the ALUNA project continues to evolve, the dedication to creating impactful, practical tools for LEAs remains steadfast. This training and pilot session in Athens marks a significant step forward in the project’s journey to empower LEAs with the best resources to protect children and combat the scourge of CSA.

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Recently, IDENER.AI had the honor of joining the ESIEM, the Meeting on Engineering and Employment at the ETSi – Escuela Técnica Superior de Ingeniería of the University of Seville, where we had the opportunity to connect with the next generation of engineering talent. This experience allowed us to not only showcase our commitment to technological innovation but also to reaffirm our dedication to supporting young talent by offering a springboard to the great minds that will shape the future of engineering and innovation.

At IDENER.AI, we are convinced that the future belongs to those who are equipped with knowledge, passion, and the courage to explore new technological frontiers. Our presence at the ESIEM provided the ideal platform to share our initiatives and discuss how students and recent graduates can join a team that is at the forefront of technological transformation.

During the event, we presented our most innovative projects, demonstrating the positive impact of our work in the real world. Our aim was to inspire young engineers, showing them how they can be part of these exciting challenges and how their work can contribute to significant change in the industry.

Furthermore, at IDENER.AI, we believe in the importance of nurturing and developing professional skills. That’s why we offer internships and employment opportunities that are designed to foster growth in a challenging and enriching environment. We want young engineers to see themselves not just as employees but as essential innovators and drivers of change.

The ESIEM was a starting point for what we hope will be long-lasting relationships with future leaders in engineering. We thank all the students and professionals who approached our stand, and we are committed to supporting the talents we met, helping them integrate into the professional community and achieve their aspirations.

The NEO-CYCLE project has made significant strides since its inception, and its momentum continued through our recent M6 Consortium Meeting, which took place in Athens on February 26-27, 2025. The gathering served as a platform for dynamic discussion and partnership among the consortium’s expert members.

Representatives from IDENER.AI included Macarena García Ayala, a member of the project coordination team, and Ana Lara Quijano, who is deeply involved in the intricacies of engineering design and modeling. The focus of their contributions during the meeting was eco-efficiency, aligning with the project’s overarching goal to transform recycling processes. The NEO-CYCLE initiative is dedicated to extracting functional end-products from waste hard drive magnets, which have applications across various industries, including the production of fertilizers, pharmaceuticals, and as catalysts in numerous other processes.

The NEO-CYCLE project is committed to advancing the principles of the circular economy. It aims to minimize environmental impact and enhance resource efficiency by pioneering the upcycling of neodymium-iron-boron (NdFeB) magnets. Such an endeavor is a collaborative effort, and it is the dedication and synergy of our consortium partners that fuel our collective progress.

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Project’s LinkedIn account: https://www.linkedin.com/company/neo-cycle/

Links to partners’ LinkedIn accounts: IDE / TUBAF / IKTS / UPC / UNITO / FLAMMA / WUT / RMF / VMU / LUR / LCI / FHA / ASRO / CONFA / HOLOSS / ECORESET / STENA / UNIPV / ECOCAST / CASALE / REG / ISMC

LinkedIn of IDENER’s participants (in person): Macarena García Ayala / Ana Lara Quijano

The HEROES project has reached a momentous conclusion, marking a significant milestone as Idener’s inaugural venture into addressing pressing societal challenges. This final assembly was not just a routine wrap-up but an opportunity to affirm the project’s success, with the European Commission witnessing the presentation of results well beyond the project’s completion in November 2024. In February 2025, at the Commission’s request, the consortium gathered to showcase their innovative contributions to the fight against human trafficking (THB) and child sexual abuse and exploitation (CSA/CSE).

Idener, renowned for its technical expertise, played a pivotal role in the development of advanced tools utilizing Machine Learning and other sophisticated technologies to support law enforcement and NGOs in their critical work. Pablo Gallegos, representing IDENER.AI, took center stage to unveil the fruits of their labor, detailing the effectiveness of the tools informed by insights from pilot sessions conducted in Madrid.

The project’s successful closure is a testament to the collaborative effort and the high-caliber tools produced, which have not only met the project’s goals but have also drawn the attention of various law enforcement agencies, including EUROPOL. The interest generated has prompted discussions on different strategies to expand and refine these tools further.

As HEROES comes to an end, the journey continues with the ALUNA project, where Idener and some of its consortium partners from HEROES have once again joined forces. This new endeavor focuses on creating essential tools to bolster the fight against Child Sexual Abuse (CSA), continuing the momentum of addressing critical issues through innovative technological solutions.

The dedication demonstrated in HEROES will carry forward, ensuring that the efforts made and the advancements achieved will resonate and evolve. The tools developed under HEROES have set a foundation for ongoing initiatives, promising a brighter and safer future for society’s most vulnerable.

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