CIDAUT is present at TRA Lisbon to show the safe low footprint vehicles developed in Avangard project

IFEVS is the Italian company designing smart electric urban vehicles with four main characteristics, affordability, all made in Europe, modularity and safety. The aim to obtain affordable solutions has addressed to the design of high strength steel tubular frames for different vehicle configurations. The technology is so flexible that can be applied to the frame of a bicycle and also to the frame of a van. For the last ten years, CIDAUT as specialist in crash worthiness, has established a strong collaboration with IFEVS to make these smart vehicles as safe as possible, being able to comply not only with the Regulation applicable to M1 vehicles but also with the more restrictive Euro NCAP protocols. 

In TRA Lisbon, IFEVS presented the four wheels vehicle and also different configurations of the e-bike. In the case of the e-bikes the two and three wheels versions were available for testing. The vehicles received very good comments after testing mainly related to the high comfort, the easiness to ride and the progressivity of the electric boost.

Besides the positive feed-back of the tester, it is important to highlight that thanks to the modular design of the frame, its manufacturing cost is lower than the ones coming from Asian countries and also easy to manufacture in a low investment assembly line, with the competitive advantage that the design and the components are made in Europe, with innovative solutions for the energy storage system.

Acknowledgment

The research leading to these results received funding from the European Union (EU) project Avangard (GA #869986)

CIDAUT demonstrates, thanks to Multi-Moby project, that it is possible to design Euro NCAP complying electric urban vehicles

Euro NCAP protocols are continuously evolving to warranty the highest level of active and passive safety in the vehicles available in the market. As a result of this evolution a new frontal crash scenario has been recently included, it is the Mobile Progressive Deformable Barrier test (MPDB). It consists on a mobile vehicle of 1.400kg with a deformable barrier in the front that circulates at 50kph and crashes against the tested vehicle, also circulating at 50kph with a 50% overlap.

This crash configuration is especially critical for light urban electric vehicles. The fist reason for this assertion is related to the mass and size of the urban vehicle. As they are quite light, the impact against another vehicle that almost duplicates their mass is really challenging, and this fact is aggravated by the small size of the vehicle that implies a shorter space to absorb all the energy coming from the 1400kg vehicle and the ego vehicle. The second reason for this assertion is related to the need to protect the batteries from any kind of damage, which is especially critical also in a small sized vehicle.

Thanks to the development of Multi-Moby project, and together with the rest of the partners of the consortium, CIDAUT has demonstrated that it is possible to comply with this restrictive crash configuration. To achieve a positive result, and exhaustive optimization of the vehicle structure, together with the suitable design of the restraint system have been performed at the research and development center. After the optimization process, the simulations have shown that it is possible to protect both the occupants and the energy storage system from significant damage in this kind of impact.

Acknowledgment

The research leading to these results received funding from the European Union (EU) project MULTI-MOBY (GA #101006953)

Circular Economy Forum: Challenge of plastic recycling

On the 27th of September, the Circular Economy Forum: Challenge of plastic recycling organized by the Institute for the Business Competitiveness of Castilla y León (ICE) in collaboration with the Cidaut Foundation was celebratedin the facilities of the Cidaut Foundation. This Forum was inaugurated by the Councillor for Economy and Finance of the Region of Castilla y León (Spain), Mr. Carlos Javier Fernández Carriedo, and the president of Cidaut Foundation, Mr. José Oliveri Gandarillas, who highlighted the importance of the transition towards a productive model of circular economy in the plastic sector.

With the aim of incorporating the circular economy as a key element to promote the change towards a model of sustainable development and focused on plastic materials in particular, the Forum addressed this aspect from a double point of view: first, trends in R&D related to the recycling of plastics was analyzed, and on the other hand, the latest developments in the regulatory context were addressed. This Circular Economy Forum had the following talks:

– ‘Future trends and challenges to optimize the quality of plastic recycling and its circularity’ presented by researchers from CIB-CSIC and ICTP-CSIC.

– ‘Panel Discussion: R&D as a key in the transition to the circular economy’ moderated by CyLTV and composed of the four partners of the Osiris Network -GAIKER, AIMPLAS, AITEX and CIDAUT- and the University of Valladolid (CELLMAT laboratory).

– ‘The new regulations: Challenges and solutions for the Circular Economy’ presented by CICLOPLAST.

– ‘Panel Discussion: Challenges and Opportunities for the different sectors in the new scenario of the recycling and circularity’ moderated by ECOEMBES and composed by the representatives of the following companies: Viscofan, SABIC, SOSTENPLAS and Grupo Antolin.

– ‘Case of successes’ presented by Mr. Antón Fernández, CEO of PolyNext-Naeco.

– ‘Roadmap for the Circular Economy in Castilla y León’ presented by the Natural Heritage Foundation of Castilla y León.

Finally, the event was closed by the Director of Cidaut Foundation, Mr. Juan Carlos Merino Senovilla, and after that the attendees were able to visit the facilities of Cidaut Foundation.

ESTELLA project kick-off meeting

Last July 5th, the ESTELLA consortium met in Brussels to kick-off the project. All partners presented their role and they discussed the details of the implementation of the work plan for the following 42 months of research.

The ESTELLA is an ambitious initiative that proposes an innovative solution to improve the recyclability of poorly recyclable materials, specifically thermoset composites. This will involve the design of novel thermosetting biocomposites (epoxy and natural fibres) with inherent recyclability. This will be achieved thanks to the introduction of the Covalent Adaptive Network (CAN) that will allow the resin (reprocessed or repolymerised into new products) and fibres to be recycled.  The recyclability of the composites developed will be evaluated by means of current mechanical, chemical and biological processes adapted to these new materials. And they will be validated through the manufacture of prototypes for the construction and leisure/mobility sectors.

The ESTELLA consortium has 13 partners from 9 European countries as well as Slovenia, Poland, The Netherlands, Belgium, Austria, Spain, Denmark, Germany and Norway. Soon our project website will be up and running!

Periodic review meeting of the CREATOR project

The CREATOR consortium, consisting of 17 partners, met in Belgium last September with the Project Officer to analyze the progress of the project. CREATOR focuses on the development and demonstration of processes to remove hazardous bromine-containing flame retardants, which are already banned, from waste streams by means of so-called continuous extraction.

A lot of efforts have been devoted in the CREATOR project to the recycling and reuse of thermoplastic waste. And the review meeting was a good occasion to show the current status of all tasks performed during the project and to present the next steps until the end of the project in May 2022.

In the CREATOR project, much effort has been devoted to the recycling and reuse of these hazardous thermoplastic wastes. And the review meeting was a good occasion to show all the achievements made during the project and to present the next steps until the end of the project in May 2022.

This meeting has also served to present different events that are being prepared in the framework of the project: such as the Boot Camp in Sustainability & Plastic Recycling for students that will be held from 5-7 October in Hamburg (Germany) (more info: https://www.the-klu.org/event-pages/boot-camp-in-sustainability-plastic-recycling/), or the Innovation Forum 4 Plastics that will take place from 13-14 October in Mallorca (Spain) (more info: https://h2020innovationforum.com/).

Active and passive solutions joint to respond smartly to crash events.

In the frame of Salient, Horizon Europe Project, Cidaut together with eleven partners will search for an innovative solution of the vehicle structure in the event of a crash. The front end structure of the vehicle will be equipped with intelligent sensors, whose first mission will be to advise the ADAS of the vehicle to avoid the impact, and in case this is not possible, the second mission will be to inform the structure of the vehicle about the kind of impact, the direction and the speed. According to this information, the solution developed in the project will modify the behavior of the component in charge of the energy absorption in order to optimize its behavior.

To achieve this innovative result, the consortium will develop new materials, based on advanced composites, aluminium or hybrid combinations on both. The project covers all the steps from the material characterization to the final validation test, where Cidaut will use its facilities to perform the real crashes that will demonstrate and validate the effectiveness of the solution.

Salient is a 36 months project that started on September 2022. CTAG, as project coordinator, hosted the kick off meeting at the headquarters in O Porriño. The twelve partners were present in the meeting enjoying the opportunity to celebrate face to face meetings, and taking advantage of the occasion to fix the next steps and milestones of the project.

The research leading to these results has received funding from Horizon Europe Programme under grant agreement nº101069600.