El Ministry for the Ecological Transition and the Demographic Challenge has taken a significant step towards consolidating the circular economy in the renewable energy sector by resolving the first call for proposals under the RENOCICLA program. Through this funding initiative, funds have been allocated 86,1 million euros to a total of 47 projects Focused on recycling, reuse and ecodesign and applied research in renewable equipment.
These actions, managed by the Institute for Diversification and Saving of Energy (IDAE) and financed with European funds NextGenerationEU Within the framework of the Recovery, Transformation and Resilience Plan, they will mobilize a global investment of 216,8 millones de eurosThe purpose is to comprehensively address the life cycle of technologies such as solar panels, lithium batteries and wind turbines, reducing waste, recovering strategic raw materials and strengthening an industrial value chain linked to the energy transition.
86,1 million to close the renewable energy loop
The core of the RENOCICLA program is the drive to projects that integrate recycling, reuse and ecodesign in the field of clean technologies. The call for proposals, awarded through a competitive process, aims to facilitate the design, manufacture, use, and end-of-life management of renewable energy equipment according to circular economy principles.
In total, the following have been selected 47 initiatives spread across much of Spain, ranging from the construction of new renewable waste treatment industrial plants to R&D and innovation projects in ecodesignAll of them must comply with the European principle of "not causing significant harm" to the environment (DNSH) and be implemented before March 2029.
Public aid, amounting to 86,1 millones de eurosThey act as a lever to mobilize up to 216,8 million of total investment, which represents a strong boost to consolidate a business network specialized in the advanced treatment of waste from renewable sourcesThe underlying objective is clear: to transform a future challenge —the management of renewable energy waste— into an industrial and technological opportunity.
The program is part of the PERTE of Circular EconomyRENOCICLA is the major state roadmap for optimizing resource use and reducing dependence on virgin raw materials. In this way, RENOCICLA joins other initiatives focused on... circular repowering and in the modernization of industrial value chains linked to the ecological transition.
New plants for processing solar panels, batteries and wind blades
One of the most striking aspects of the aid package is the creation of 36 new industrial treatment and recovery facilities of waste from renewable technologies. These plants will be distributed across various autonomous communities and will form a network capable of managing a growing volume of equipment reaching the end of its useful life.
Taken together, these facilities will achieve a treatment capacity of 75.147 tons per year, with an average commitment of valuation of 87,5% by weightThat is, almost nine out of every ten kilos of waste managed will be recovered in the form of usable materials, either to reintegrate them into new production chains, or to give them other industrial uses.
By type of technology, they have been supported 15 projects focused on the recycling of photovoltaic modulesThis is one of the renewable waste streams that will grow the most in the coming years. These initiatives aim to improve the disassembly of panels and the separation of their various components for recovery. glass, silicon, metals and other materials with high added value.
Also noteworthy 13 projects dedicated to lithium batterieswhich combine recycling and second-life proposals. In this case, the focus is on the recovery of critical elements such as lithium, cobalt, nickel, manganese or graphite, which are essential for energy storage and electric mobility, and whose availability is strategic for the European Union.
The third major group consists of 8 actions related to the treatment of wind turbine bladesThese parts, traditionally difficult to manage due to their composite material composition, are now subject to new recycling processes and lines of eco-design to achieve 100% recyclable shovelsThe proposals even include analyzing its reuse in sectors such as the nautical sector, for example in the manufacture of catamaran skates.
Taken together, these facilities will achieve a treatment capacity of 75.147 tons per year, with an average commitment of valuation of 87,5% by weightThat is, almost nine out of every ten kilos of waste managed will be recovered in the form of usable materials.
The third major group consists of 8 actions related to the treatment of wind turbine bladesThese parts, traditionally difficult to manage due to their composite material composition, are now subject to new recycling processes and lines of eco-design to achieve 100% recyclable shovelsThe proposals even include analyzing its reuse in sectors such as the nautical sector, for example in the manufacture of catamaran skates.
Recovery of critical raw materials and reduction of foreign dependence
Beyond the volume of waste managed, the RENOCICLA program stands out for its focus on recovery of key raw materials for the energy transitionThe new plants and research projects have been designed to maximize the extraction of both conventional and critical materials.
In terms of standard materials, the actions will allow for the recovery steel, aluminumcopper, glass, or siliconAll of these are widely used in industry and have a significant impact on the manufacturing cost of renewable energy equipment. The use of these resources contributes to reduce the carbon footprint associated with the production of new components and reduces pressure on the extraction of natural resources.
Regarding the areas considered strategic by the European Union, the selected projects focus on the recovery of lithium, cobalt, nickel, manganese, graphite or silverThese components are found primarily in batteries and certain elements of solar panels. They are essential for the expansion of renewable energy and the electrification of transport, but their supply is subject to geopolitical tensions and availability limitations.
By strengthening the recycling and recovery capacity of these materials within Spanish territory, RENOCICLA aims to reduce external dependence and ensure supply of critical resources, something the European Commission has identified as one of the central challenges of the decade. Furthermore, this commitment to advanced recycling aligns with the EU's critical raw materials strategy and its open strategic autonomy objectives.
In practice, the development of these processes creates new specialized lines of businessFrom companies dedicated to battery processing to those focused on separating components from photovoltaic modules, this industrial ecosystem is configured not only to manage waste but also to generate skilled employment and opportunities for technological innovation.
Boosting research, ecodesign and industrial innovation
RENOCICLA does not limit itself to financing already established recycling infrastructures, but also reserves a significant portion of its resources to industrial research and ecodesign projectsIn total, the following have been selected 11 initiatives that seek to develop new equipment, materials and manufacturing processes that are easier to recycle and have less environmental impact.
Among the highest-rated proposals is one battery reuse and recycling plant in Cubillos del Sil (León)This initiative focuses on both the recovery of critical materials and the reuse of batteries that can still have a second life in stationary applications. This line of work aims to extend the use of equipment as much as possible before its final disposal as waste.
Another of the highlighted initiatives is a 100% recyclable wind turbine blade project in SalamancaBased on new designs and materials that facilitate dismantling and reuse, this aims to address one of the historical weaknesses of wind energy: the management of these structures once they are decommissioned.
Furthermore, a Advanced solar panel disassembly system in Aretxabaleta (Gipuzkoa)The project focuses on automating and optimizing the separation of the different layers that make up a photovoltaic module. The goal is to increase the recovery rates of silicon, glass, and metals, while simultaneously reducing the costs associated with these processes.
Alongside these initiatives, the program includes feasibility studies and pilot projects to explore new uses for materials from renewable energy equipment. This includes analyzing the potential of retired wind turbine blades for the manufacturing of nautical componentsThis opens the door to business models based on the creative reuse of composite materials.
Territorial distribution of aid and selection criteria
RENOCICLA grants have been awarded in competitive competition regime, placing particular emphasis on the technical rigor of the proposals, their economic viability, the degree of innovation, and their positive environmental impact. This approach has allowed us to develop a diverse portfolio of projects with a common thread: to provide real solutions to the circular management of renewable energy equipment.
By autonomous communities, Castilla la Mancha He leads the cast with 9 projectsfollowed by AndalucÃa with 8. Next are the the Basque Country, which includes 7 initiatives, and Catalonia and the Valencian Communitywith 5 projects each. This distribution reflects a broad territorial interest in consolidating industrial capacities around the recycling of clean technologies.
They also play a significant role Castilla y León and Aragonwhich will house 4 projects per community, while in Madrid Three actions will be developed. The map is completed with initiatives in Extremadura and NavarreThis demonstrates that the commitment to a circular economy in renewables is quite widespread throughout the country.
In many cases, the planned new plants and facilities will integrate renewable generation systems for self-consumptionin order to cover part of its energy demand and reduce emissions associated with its processes. In this way, not only are renewable waste materials managed, but the environmental consistency of the treatment infrastructure itself is also reinforced.
The actions must at all times respect the environmental criteria imposed by European regulations, in particular the principle of not causing significant damage to the environment, which implies additional guarantees regarding emissions, resource consumption and ecosystem protectionThis adds a higher standard, but also a higher quality, to the selected projects.
RENOCICLA within the circular economy strategy and the PERTE
The RENOCICLA program is integrated into the architecture of PERTE of Circular Economywhich aims to transform the Spanish production model towards a more efficient use of resources, reducing both waste and dependence on external raw materials. In this context, recycling and the ecodesign of renewable equipment are considered key elements to ensure a sustainable deployment of clean technologies.
This call for proposals links with other initiatives already underway, such as those aimed at... circular repowering of wind installationswhich have facilitated the start-up of the first wind turbine blade recycling plants in Spain. The idea is to consolidate a complete industrial value chain, from the design of equipment with recyclability criteria to the advanced management of the waste generated.
Financing with NextGenerationEU European funds This reinforces the strategic nature of this initiative, as it aligns with EU objectives for green transition, digitalization, and resilience. At the same time, it allows for the acceleration of investments that, under other circumstances, might have been postponed due to their technical complexity or the need to coordinate multiple industry stakeholders.
In the medium term, it is expected that this type of program will help Spain advance in positions such as leader in recycling and circular management of renewable technologiesLeveraging the experience gained in deploying wind farms and solar plants over the past few decades, the development of materials recovery capabilities is seen as the next logical step toward consolidating a truly sustainable model.
In parallel, the emphasis on ecodesign aims to ensure that new generation renewable energy equipment is designed from the ground up to be more durable, detachable and recyclablethus avoiding shifting a waste problem to future decades that could be prevented from today.
With the allocation of 86,1 million euros to 47 projects Through RENOCICLA, the Ministry for Ecological Transition and the Demographic Challenge is laying the foundations for a new industrial fabric focused on recycling, reuse and ecodesign of renewable equipmentThe 36 planned plants, the recovery of critical raw materials, the commitment to research and the territorial distribution of aid paint a picture in which waste from clean technologies ceases to be seen as a future problem and comes to be considered a resource capable of generating economic activity, employment and security of supply in Spain.
