Financiación de proyectos

Smart O&G

The main aim of SMART O&G is to drive Basque companies forward in their differentiation strategy, with higher added value products and comprehensive solutions, as opposed to the discrete solutions offered by competing companies. This will be achieved by developing intelligent compatible solutions (subset of components, modular or packaged solutions) in terms of joints, materials, sensorics, identification and their communications.

The consortium is led by TUBACEX, and counts on the participation of five other leading companies in the sector: AMPO, ERREKA, FIDEGAS, HADIMEK and ALERION. The consortium also enjoys the backing of several agents in the Basque Science and Technology Network, such as the technology centres TECNALIA, AZTERLAN, CEIT and IKERLAN, in addition to one-off collaborations with companies such as FARSENS and LUMIKER.

The project is funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.

Seapower

The main aim of the SEAPOWER project is to promote collaborative, integrative research and development in technologies, components and solutions for fixed and floating structures, towers, and offshore auxiliary wind systems for the latest generation of large wind turbines.

The consortium has been led by SENER and counted on the participation of nine other leading companies in the sector: IDOM, NAVACEL, HAISEAWIND, MUGAPE, JASO TOWER CRANES, DITREL, NAUTILUS, ERREKA and ALKARGO. The consortium also enjoys the backing of several agents in the Basque Science, Technology and Innovation Network, such as TECNALIA and TEKNIKER.

The project is funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.

Wind2Grid

The main aim of the WIND2GRID project is to promote collaborative, integrative research and development in technologies, components and systems for new offshore substations around a floating substation development.

The consortium has been led by IDOM Consulting Engineering, Architecture, and counted on the participation of ten other leading companies in the sector: PINE, NAVACEL, NAUTILUS, ASTILLEROS DE MURUETA, ERREKA, CREDEBLUG, GALVANIZADOS SALA, OGERCO, VIUDA DE SAINZ and IBERDROLA RENOVABLES. The consortium also enjoys the backing of several agents in the Basque Science, Technology and Innovation Network, such as FORO MARITIMO VASCO, CLUSTER DE LA ENERGIA, TECNALIA, BCM and APPLICATIONS&NANOSTRUCTURES.

The project is funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.

Coral

The main aim of the CORAL project is to create a cognitive reference node to serve as the basis for a range of industrial domains. This compute node will be the basic building block for smart, scalable, non-ergodic IoT devices, applicable to both compute nodes with strict low-power requirements and IoT nodes with high-performance computing.

The consortium has been led by FAGOR ELECTRÓNICA and counted on the participation of four other leading companies in the sector: DORLET, EIKA, ERREKA and ZIV APLICACIONES Y TECNOLOGÍA. The consortium also enjoys the backing of the Basque Science, Technology and Innovation Network agent, IKERLAN, and ZIV’s R&D Unit, SMART ENERGY NETWORKS.

The project is funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.

μBolt

The main aim of μBolt is to develop a new line of highly reliable sensorised cylindrical fasteners (bolts, screws, studs, pins, etc.) for critical high-performance structures.

The project has been led by ERREKA and enjoyed the backing of TECNALIA, an agent in the Basque Science and Technology Network.

The project has been funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.

Manuwind

The main aim of the MANUWIND project is to develop a new 100% Green Lean solution based on Artificial Intelligence and Business Intelligence, combining MES and ERP solutions, artificial vision and flexible advanced automation in a single synchronised, integrated system to ensure production with zero stock, low carbon footprint and virtually zero quality failure rates, capable of allowing manufacturing processes to be validated in real time based on representative KPIs.

The consortium is led by ZUCCHETTI and counts on the participation of five other ZUCCHETTI companies in the sector: INGETEAM, MSI, FEGEMU, ERREKA and GLUAL. The consortium also enjoys the backing of several agents in the Basque Science and Technology Network, such as the technology centres TECNALIA, CEIT, IRDE and GLUAL Innova.

The project is funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.

Pitch5.0.

The main aim of the PITCH5.0 project is to develop a new hydraulic cylinder with advanced joints for application in the pitch system in large offshore wind turbines. The cylinder will incorporate special sensorised bolts that allow the theoretical calculation of performance during operation, thus enabling preventive maintenance.

The project has been led by HINE, and counts on the participation of ERREKA. It has also been supported by IKERLAN, an agent of the Basque Science and Technology Network.

The project is funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.

TALIA

The main aim of the TALAIA project is to develop and integrate Internet of Things (IoT) technologies with a visualisation system based on virtual reality within the framework of a technological platform for monitoring and preventing the impact of climate change on civil infrastructure in the context of the Smart City paradigm.

The consortium is led by KREAN S.Coop. (formerly LKS INGENIERÍA S.Coop.), and the project also counts on the participation of MATZ ERREKA S.Coop. and IMMERSIA DATA VISUALISATION S.L.

The project is funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.

HyShore

The main objective of the HyShore project is to stimulate and strengthen the capacities of the Naval, Renewable Offshore, Oil&Gas industries (in its transformation process), and the new Hydrogen industry in the Basque Country. This objective consists of the development of new technological solutions (materials, manufacturing processes, components and systems), for applications in the transport and logistics of Hydrogen generated in offshore wind farms, contemplating 2 ways: pipeline and naval.

The consortium is led by BOSLAN and has the participation of ten other leading companies in the sector: TUBACEX (TTI, TSG, TUBACOAT, ACVA), ERREKA, ARIZAGA, ABC COMPRESSORS, AST.MURUETA, NVA.MURUETA, NAVACEL and TRATAMIENTOS TÉRMICOS TTT. The consortium is also supported by various agents of the Basque Science and Technology Network, such as the TECNALIA technology centre, the R&D Unit of the TUBACEX group business (TUBACEX INNOVATION) and ABC COMPRSSORS (ABCTECH), AZTERLAN and CEIT, in addition to also having the participation of the Basque Maritime Forum (FMV).

The project is funded by the HAZITEK program of the Basque Government with support from the European Regional Development Fund.

H2SAREA

The main objective of the H2SAREA project is to stimulate and promote the industry of the Basque Country in the new hydrogen economy through the development of technological solutions for the distribution of hydrogen in the current natural gas network.

The consortium is led by NORTEGAS ENERGÍA and includes the participation of six other leading companies in the sector: NORTEGAS GRUPO, CAE SL, ERREKA, ABC COMPRESSORS, Hydrogen Onsite and ORKLI. The consortium is also supported by several agents of the Basque Science and Technology Network, such as the TECNALIA, IKERLAN, and ABCTECH technology centers, as well as the participation of the Energy Cluster Association (ACE).

The project is funded by the HAZITEK program of the Basque Government with support from the European Regional Development Fund.

SABRE

The aim of the project is to research new technologies that will allow further development of the latest generation of lightweight, high gravimetric energy density batteries for 100% electric buses and industrial vehicles; these will be modular and scalable to adapt to different market requirements, based on advanced internal thermal management, and with the highest level of safety in all areas. This would make the Basque Country a leading region, almost exclusively in southern Europe, as far as battery modules and the eBus battery pack are concerned.

The action will be led by FAGOR EDERLAN, working alongside a range of companies from the Basque industrial sector, such as CIKAUTXO, BATZ, COPRECI, ERREKA, EIKA, MONDRAGÓN ASSEMBLY and MB SISTEMAS. The consortium also enjoys the backing of agents in the Basque Science, Technology and Innovation Network, IKERLAN, KONIKER, CENTRO STIRLING, MGEP, LEARTIKER, EDERTEK, CIKATEK and AZARO FUNDAZIOA.

The project is funded by the Basque Government’s HAZITEK Programme, with support from the European Regional Development Fund.

LOCKWISE

The main aim of the LOCKWISE project is to carry out industrial research on new technologies with the potential to generate added value in large-scale production of medical disposable devices for IVD and drug delivery based on microfluidics.

The consortium is led by the company MICROLIQUID, and will count on the participation of companies from the Basque industrial sector such as ERREKA and TAUCON. The consortium also enjoys the backing of agents in the Basque Science, Technology and Innovation Network, such as CEIT, IKERLAN and VICOMTECH.

The project is funded by the Basque Government’s HAZITEK Programme, with support from the European Regional Development Fund.

REPLASTIC

The RePlasTIC project proposes a solution to the challenges of efficiency and sustainability that will mark the manufacture of plastic parts in the automotive sector. Specifically, RePlasTIC proposes a smart new adaptive injection process for the manufacture of plastic parts that will drastically reduce the waste generated with virgin plastic materials, making it easier for recycled materials to enter the engineering and manufacturing processes of companies.

The action will be led by MSI GRUPO S.COOP., working alongside a range of companies from the Basque industrial sector, such as ERREKA, MASER, EKIDE, PLASTICOS LARRAÑAGA, XABET and BIRZIPLASTIC. The consortium also enjoys the backing of agents in the Basque Science, Technology and Innovation Network, TECNALIA, VICOMTECH and GAIKER.

The project is funded by the Basque Government’s HAZITEK Programme, with support from the European Regional Development Fund.

ACTIBATT

The main aim of the ACTIBATT project is to research new technologies with a view to developing a new thermal management circuit designed exclusively for electric vehicles; this circuit will increase the autonomy of the BEV by 15% thanks to battery cooling/heating within its optimal range, combined with active, proportional electronic management of the thermal fluid by-pass through the different sub-circuits.

The consortium has been led by CIKAUTXO and counted on the participation of four other leading companies in the sector: COPRECI, EIKA, ERREKA and IDERTIA. The consortium also enjoys the backing of agents in the Basque Science, Technology and Innovation Network, AZARO FUNDAZIOA, CENTRO STIRLING, CIDETEC, CIKATEK, GAIKER, IKERLAN and MONDRAGÓN UNIBERTSITATEA.

The project is funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.

AEGIS

Solutions for post-Covid-19 safe environments through advanced surface technologies, integrated disinfection and smart infrastructure. The AEGIS project seeks to develop safe, healthy public spaces from an overall perspective, based on research and integration in three interconnected key enabling technologies, in order to holistically address problems associated with health and wellbeing inside buildings, dealing with all aspects related to public spaces.

REW

The aim of the project is to implement an automated Cloud 3D designer based on parametric rules, integrating visualisation with web-based augmented reality technologies and real-environment capture, all with a view to minimising the current cost of creating designs and proposals and to offering the end customer an attractive, innovative e-commerce solution. This newly designed platform will enable the new digital economy and participating companies to move forward with Smart Industry, efficiently improving the competitiveness of their commercial actions.

SEREX

The main aim of the SEREX project is to develop a smart platform that uses innovative technologies to provide the digital tools necessary to maximise the potential of commercial spaces, offer visitors unique immersive experiences, and achieve greater brand visibility.

The consortium has been led by FLOW and counted on the participation of four other leading companies in the sector: TELESONIC, ERREKA, TECOEL and GARANTIZAMOS CALIDAD, PLAZO Y COSTO. The consortium also enjoys the backing of the Basque Science, Technology and Innovation Network agent, TECNALIA.

The project is funded by the Basque Government’s Hazitek Programme, with support from the European Regional Development Fund.