Innovation services

The European project POSIDON PCP (POlluted SIte DecontaminatiON Pre-Commercial Procurement) has led to development and testing of two new technologies for soil decontamination in polluted disused industrial areas. The results of experiments in the final phase of the competitive procedure, aimed at the procurement of research and development services, were presented during the final project event on 9 October in Bilbao, Spain. POSIDON, financed by the European Union’s Horizon 2020 programme and coordinated by Area Science Park, has the goal of driving development of new solutions currently unavailable on the market, from the public demand side. The project gathers five European procurers, owners and/or managers of polluted sites, with the common need to identify new soil-treatment technology (potentially also for groundwater treatment), preferably in situ, capable of decontaminating heterogeneous anthropic soils on brownfields with a mixture of industrial waste (such as soils polluted by petroleum hydrocarbons and heavy metals) and soils consisting of clays and sands, highly polluted by petroleum hydrocarbons (TPHs and PAHs) and heavy metals (arsenic and lead). During the project, various suppliers (mixed research/enterprise consortiums) were invited to develop innovative solutions, in the context of a competition procedure. This included all steps from concept and design of new solutions through to prototyping, laboratory validation and original development of two prototypes for parallel testing in the field on two different sites in Trieste, Italy and Bilbao, Spain. The two technologies that reached the field experiment and comparison phase were those of the consortiums headed by companies TESECO BONIFICHE and HPC Italia. TESECO has developed the technology Soil-Omic® which uses integrated biological and chemical-physical processes aimed to decontaminate soils and groundwater from organic and inorganic pollutants, with biological formulations based on the integration of metagenomics and environmental engineering. The solution uses BIOflushing®, an in-situ decontamination technology that uses specialised hydraulic systems for bio-stimulation, bio-amplification and chemical washing of saturated and unsaturated soils. The results have confirmed the efficacy of the process and the system dedicated to breaking down oil and polycyclic aromatic hydrocarbons, as well as removing heavy metals from saturated and unsaturated soils. Specifically, in Bilbao, in around five months of operation of the system, a significant reduction in average inorganic contamination of unsaturated soil* was recorded, as well as in organic contamination**. Soil-Omic® is under commercialisation and will go to market at the end of 2023. Meanwhile, HPC ITALIA in cooperation with the Politecnico di Milano University, has developed the “Erase” (ElectRode-Aided Soil rEmediation) solution, a flexible, modular, in-situ platform that involves positioning of electrodes to reduce contamination both with organic and inorganic pollutants, through the transport inducted by the electrical field of the soil, in addition to chemical and biological treatment actions through injection of chemical products and nutrients. The modular nature of the technology enables use on contaminated water sources of various sizes and depths. The solution is still in the development phase, but Phase 3 testing has already provided evidence of an increase in the mobility of metals, with a reduction in the concentration of some of these in the soil, while monitoring data has also confirmed a decrease in polycyclic aromatic hydrocarbons and hydrocarbons.   *Reduction in average inorganic contamination of unsaturated soil: Arsenic -97%, Cadmium -82%, Chromium -31%, Nickel -56%, Lead -95%, Copper -96% and Zinc -94%. **Reduction in organic contamination: Hydrocarbons (TPH) -85%, Dibenzo(a.h)anthracene -97%, Benzo(a)pyrene -97%, Indeno(1.2. 3-cd)pyrene -97%, Pyrene -97%, Benzo(a)anthracene -99%, Chrysene -97%, Benzo(b)fluoranthene -99%, Benzo(k)fluoranthene -96% and Sum PAH (EPA 16) -97%.   The POSIDON PCP project involves Area Science Park (coordinator and technical project partner), the group of five managers of polluted sites to be decontaminated: Port Network Authority of the Eastern Adriatic (Lead procurer of the joint pre-commercial contract) (IT), Bilbao City Council (ES) SpaQue (BE), CEA – Vitoria Gasteiz City Council (ES) and Baja do Tejo (PT), joined by the technical partners: Sara Bedin, expert in innovation contracts and pre-commercial procurement (IT); TECNALIA, Basque research centre (ES); IHOBE, Basque environment agency (ES) and MAS communications manager (ES). POSIDON has received funding from the European Union’s Horizon 2020 Research and Innovation Programme, in the context of Grant Agreement No. 776838. The information contained in this press release reflects the authors’ views. The European Research Executive Agency (REA) is not responsible for any use made of the information contained herein.

Three days of exchange of good practices and networking as part of the “EU for Economic Growth” (EU4EG) project: this is the objective of the works taking place from 16 to 18 October at Area Science Park’s Congress Center, where business support organizations, institutional stakeholders and businesses talk about economic development opportunities in the Republic of North Macedonia. Opening the proceedings this morning were Caterina Petrillo, President of Area Science Park, Roberto Antonione, Secretary General of the Central European Initiative (CEI), and Vesel Memedi, Ambassador to Italy of the Republic of North Macedonia. EU4EG, which started in 2021 and has a duration of 48 months, aims to strengthen the economic system of North Macedonia in the context of the country’s accession to the EU. The project aims to achieve greater competitiveness of the production system combined with sustainability and decarbonization, placing a focus on the primary role of industrial ecosystems and innovation, and implementing initiatives oriented towards the digital and green transition, aiming for higher environmental and social standards. Partners of the project, with an overall funding of approximately €9.5 million, are the German Federal International Cooperation Agency (GIZ) (coordinator), the German Federal Ministry for Economic Affairs and Climate (BMWK), the Initiative Central Europe (CEI) and Area Science Park. “Area Science Park’s contribution to the project is based on the organization’s consolidated skills in promoting and supporting innovation and its ability to dialogue with businesses and the world of research – explains President Caterina Petrillo -. To this, Area combines the added value of knowing how to produce cutting-edge research in the sectors currently affecting the digital and green transition. This project is very important for us and represents an element of a broader strategy of relations with the Balkans and Central-Eastern Europe that the organization intends to strengthen and relaunch with a view to supporting growth based on research and innovation”. EU4EG is based on three interconnected components. The first involves the mapping of entrepreneurial ecosystems and regional value chains, the identification of the availability of business support services (BSS) in the territories and the creation of a capacity building program aimed at business support organizations (BSOs) to enable them to provide new services to Macedonian SMEs and start-ups. The second component involves the launch of four business acceleration programs to support the growth of selected groups of start-ups. The third component includes a grant scheme for innovation and renewal projects, carried out jointly by SMEs and BSOs on the themes of the Green Deal and the New EU Industrial Strategy. To date, the main results achieved by the project are a capacity building program on 14 topics, 49 methodologies and tools for providing business support services (BSS), 271 hours of training, 170 representatives of business support organizations (BSOs) involved . Furthermore, thanks to EU4EG, 27 joint projects involving Macedonian SMEs and BSOs have been financed, whereby €4.5 million were disbursed by the project, with an additional €5 million co-financed by involved companies.

Trieste is gearing up to host the third edition of the Big Science Business Forum (BSBF) in 2024, an international business-oriented conference that brings together major European research infrastructures. The stages leading up to the forum, set to take place from October 1 to 4 of next year at the Trieste Convention Center located within the Old Port of the regional capital, were unveiled today at Trieste Next, as part of the event “Non solo ricerca. Il valore delle infrastrutture scientifiche per l’economia e la società” (Not just research. The value of scientific infrastructures for economy and society), organized by Area Science Park in collaboration with SiS FVG. Trieste’s selection for BSBF 2024 is no accident: the city has one of the highest concentrations of researchers in Europe and is home to many national and international centers of scientific excellence. Among these is the Consortium for Central European Research Infrastructure (CERIC), an open access point to some of the most advanced scientific investigation structures from eight Central European countries (Austria, Croatia, Czech Republic, Italy, Poland, Romania, Slovenia, Hungary) in the fields of materials, biomaterials, and nanotechnology, with a special focus on energy and life sciences. “Unlike other external innovation support programs, BSBF is an initiative independently promoted by the scientific community to facilitate the meeting between research and international industry,” explains Paolo Acunzo of ENEA, Director of BSBF Trieste 2024 activities. “The fact that this important forum will be held in Italy for the first time is a clear acknowledgment of the leading role our national system has taken in building a European Big Science market. Until 2025, Trieste will be at the center of attention of the diverse world of Big Science, and as early next week, on September 26, representatives of all major international infrastructures will meet in Trieste to agree on the next joint activities in preparation for BSBF Trieste 2024 ” concludes Acunzo. Trieste’s candidacy, supported by Regione Autonoma Friuli Venezia Giulia on the initiative of the regional councilor Alessia Rosolen and the Italian government, was also backed by the Central European Initiative, the first International Forum for Regional Cooperation based in Trieste. Co-organizers of the forum include a series of international research centers: CERN, ESA, ESO, ESRF, ESS, European XFEL, FAIR, ILL, F4E, SKAO. The local organizing committee consists of the Autonomous Region of Friuli Venezia Giulia, the Municipality of Trieste, Area Science Park, Promo Turismo FVG, the University of Trieste, and the Chamber of Commerce Venezia Giulia. Additional partners are the Industrial Liaison Offices: ILO (Denmark), ILO (Spain), and ILO Network Italia, a network made up of representatives from CNR, ENEA, INAF, and INFN. BSBF aims to be the first “one-stop-shop” for European companies and other organizations interested in interacting with large European scientific organizations. The goal is to create a common market for big science in Europe that is stronger, more transparent, and efficient, without entry barriers for industrial suppliers looking to establish relationships with large research installations. The first edition of BSBF, hosted by the Danish Agency for Science and Higher Education in Copenhagen, Denmark, was a huge success. Similar results were achieved by the second BSBF edition held in Granada, Spain: more than 1,000 delegates from over 500 companies and organizations from 30 countries attended. The exhibition area featured over 200 companies and organizations, and over 790 B2B and B2C meetings took place during the event. BSBF offered insights into procurement opportunities and contracts for companies worth nearly 10 billion euros in total per year.

The long-awaited start of the North Adriatic Hydrogen Valley (NAHV) is here at last. The first transnational initiative of this kind under the Horizon Europe program, supported by the Clean Hydrogen Partnership, is being launched in Portorož-Portorose, Slovenia. More than 100 delegates representing 37 project partners from three countries, Croatia, the Friuli Venezia Giulia Autonomous Region in Italy, and Slovenia, will gather there for a project kick-off meeting. Beginning on 1st September 2023, the NAHV will run for 72 months. It includes 17 pilots to be developed in different locations in all three partner countries. The partnership, which has been awarded a grant of €25 million by Clean Hydrogen Partnership, and is led by HSE, Slovenia’s largest electricity producer and trader and the largest producer of electricity from renewable sources, includes 37 organizations: companies, universities, institutes and other public entities from the three participating countries, including Area Science Park. The project design covers the entire value chain of renewable hydrogen use, from production, through storage and distribution, to its end use in various sectors, notably industry and land and maritime transport, creating leverage to accelerate the transition to renewables on three target pillars: hard-to-abate industries, and the energy and transport sectors. These are the main reasons why the NAHV has received the Seal of Excellence, which is awarded under Horizon Europe to projects that have been highly rated. The key aim of the initiative is to create a market for green hydrogen on both the demand and supply sides, making it a competitive energy source for the future. Key industry players from all three countries will develop pilot projects to produce up to 5,000 tonnes of renewable hydrogen per year from renewable energy sources, destined for energy storage, distribution and use. It is expected that some 20% of the produced renewable hydrogen will be exchanged between the participating countries, thus creating a primary regional market for hydrogen. By introducing advanced hydrogen technologies and developing skills and infrastructure, the partnership also pursues other key objectives of the European Green Deal. In particular, the NAHV testbed projects address the decarbonization of important industrial sectors such as steel, cement and glass production, and provide sustainable land and maritime transport solutions linked to reducing the carbon footprint. It is expected that the implementation of the planned mature stage innovation activities will unleash further investments in renewable hydrogen-related technologies in an amount of more than €300 million, destined to increase the capacity of hydrogen production, storage, transmission and use. Additional investments are expected to be funded on top, both during the course of the project implementation and afterwards, from private and public sources in the form of follow-up investments in the successfully implemented pilots in 17 testbed locations across the three participating countries, as well as through new initiatives which will contribute to the evolution of a social and economic ecosystem based on renewable hydrogen. The foreseen development creates the need for new competencies and skills, which makes the universities and research institutions which are partners in the initiative important protagonists in designing and disseminating new educational programmes, as the NAHV is destined to become a vehicle for job creation.

What will the cities of the future look like? Will they be built and/or adapted to sustainability requirements? How will we overcome the challenges of the ecological transition and carbon neutrality These were some of the questions explored at the event “Living the future: a challenge for territories” organised in the context of the GeoAdriatico symposium and in collaboration with the LIFE IN-PLAN project, co-financed by the European Union. Technical personnel, businesspeople and educators met at Area Science Park last June to discuss approaches to tackle the historic challenges facing Europe and beyond, to create sustainable and resilient cities for the future. Speakers at the event, Khalid El-Metaal (UWC Adriatic), Anna Lindorfer (Urban Innovation Vienna), Daniela Luise (Coordinamento Agende 21 Locali Italiane), Francesco Mazza (MOOG inc), Sergio Nardini (East Adriatic Port System Authority), Susana Ruiz Fernandez (Municipality of Bilbao), Fabrizia Salvi (Area Science Park), Roberto Siagri (entrepreneur in the DeepTech industry) and Simona Tršinar (REGEA – Regional Energy and Climate Agency for North-West Croatia) presented interesting proposals from a variety of perspectives (construction to education and territorial planning to urban regeneration), converging on certain universal themes such as the importance of digitalisation and the involvement of citizens, and the role of cities in relaunching the territory in a logic of sustainability. What will the cities of the future look like? How will they differ from those we know now? From environmental challenges to educational, technological, construction and social ones linked to the relationship with local citizens and stakeholders, there are many different aspects to consider when planning future scenarios for local development. Content from the event and ideas that emerged during discussion have been gathered in the report “Living the future: a challenge for territories – 2023 GeoAdriatico symposium”. This provides an overview along with examples from various European cities, from Vienna to Zagreb and Padua to Bilbao, not forgetting the role of largescale logistical infrastructure for the development of local areas, as in the case of Trieste’s port. The workshop identified two driving forces for the future: the digital transformation and circularity & sustainability. Digitalisation, along with AI and robotics, could play a crucial role in shaping the future of our cities and beyond. Embracing this digital transformation, it is essential to rethink everything with a bottom-up approach. The future of cities and non-urban areas may be different from how we have previously imagined, with the digital transformation of areas outside cities into “smart lands”, not just urban areas becoming “smart cities”. Furthermore, the city of the future should be a sustainable, inclusive, safe and lasting urban environment. Through strategic planning and integrated sustainability, cities can take effective action to combat climate change and mitigate its impacts, implementing measures in various spheres, such as sustainable transport systems, incentives for energy-efficient buildings and infrastructure, support for compact urban development, promotion of green spaces and adaptation to changes in the climate. Finally, contemporary urban life should welcome diversity as the nucleus of a vibrant urban centre. Education is key for the sustainable urban communities of the future to inform tomorrow’s citizens and create new areas of awareness. It will be necessary for citizens to have their say and understand the context in which they live. Read the full report

The BLUEAIR project Final event was held in a hybrid format in Trieste on July 11th. The Project involves 31 strategic partners representing the 8 countries of the Adriatic-Ionian Macroregion. The Final event “Shaping together the sustainable Blue Economy on the Adriatic-Ionian macro-region”, was attended by 100 representatives coming from all the countries involved (Italy, Slovenia, Croatia, Serbia, Bosnia and Herzegovina, Albania, Montenegro and Greece). The event was opened by Salvatore La Rosa, Director of the Research and Innovation Division of Area Science Park, the project’s lead partner, while Alessia Rosolen, Regional Councillor for Labour, Training, Education, Research, University and Family of the Autonomous Region of Friuli Venezia Giulia had opened the afternoon session. Four thematic panels (I-Innovation Community, II-Innovation strategy, III-Blue skills to feed jobs and IV- Technology Foresight) offered an overview of the Sustainable Blue Economy context in the Adriatic-Ionian area – both as regards EU countries and IPA ones – and of the role that BLUEAIR has acquired within it. More than 20 representatives of the quadruple helix (EU, national and regional institutions and bodies, university and research bodies, and companies) provided important insights into the state of the art of EU and national policies and EU projects, as well as on topics related to the development of S3 and the Blue Economy, such as blue skills and innovation strategies, with specific in-depth analyses on the topics of alternative fuels, robotics, aquaculture and waterborne transport. The event was also an opportunity to launch and present two of the main outcomes of the BLUEAIR project. Firstly, the creation of an Innovation Community, an operational platform open to all players, public and private, aiming at improving and simplifying the collaboration for innovation in order to promote a sustainable blue economy in the Adriatic-Ionian region, operating at the micro, meso and macro-regional level and promoting collective innovation actions to drive and increase the visibility of Blue Growth and build strong partnerships across sectors and disciplines, supporting the development of a macro-regional innovation system, promoting supportive policies and practices, strengthening and supporting the awareness of new generations to sustainability and development issues and engaging with innovation ecosystems in other sea basins. A special insight was also devoted to the Technology Foresight conducted between 2022 and 2023. Its results were highly appreciated by the participating experts for its scientific accuracy and concrete approach. As in the case of the Innovation Community, the results of the Technology Foresight of the BLUEAIR project represent a heritage to be maintained and expanded in the perspective of the development of the Blue Economy in the Adriatic-Ionian area. The BlueAir project is financed under the Interreg ADRION program, which is funded by the European Regional Development Fund and the IPA II Fund. Read more  

“When we discuss the current Science and Innovation System of Trieste and, more generally, of Friuli Venezia Giulia, we cannot overlook the impact of history on the local area, determining an international vocation and the need to network, aspects that have now become key strengths”, explained Caterina Petrillo, President of Area Science Park, speaking at the Conference of Science and Space Experts held on 6 and 7 March 2023 at the University of Padua. The speech by President Petrillo, dedicated to the scientific hub in Trieste, was given in the session entitled “Research as a Driver of Competition in the National System” that took place on 7 March, with participants including Maria Chiara Carrozza, President of CNR; Francesco Ubertini, President of Cineca; and Marcella Panucci, Head of the MUR Council, replacing the head of the Italian delegation to the Board of Government Representatives of Einstein Telescope. “The Friuli Venezia Giulia Science and Innovation System is now an international venture, thanks to numerous scientific institutions that attract students, researchers and professors from all around the world every year,” the President continued, before adding, “Friuli Venezia Giulia is a highly innovative area that boasts 251 innovative start-ups (figure at 31 December 2022) and companies that are particularly active in R&D, and which, between 2011 and 2020, submitted 1,004 Italian patents and 875 European patents”. The 2023 Conference of Science and Space Experts, entitled “Scientific diplomacy supporting growth in Italy”, was organised in collaboration with APRE (Agency for the Promotion of European Research) and welcomed the Minister of Foreign Affairs and International Cooperation, Antonio Tajani, and the Minister of Universities and Research, Anna Maria Bernini.

The European Commission has awarded its Seal of Excellence to the IP4FVG-EDIH project presented by the Friuli Venezia Giulia Regional Authority in the context of the “European Digital Innovation Hubs” (EDIHs) 2021–27 initiative. This recognition gives access to national funding from the Ministry of Enterprises and Made in Italy. IP4FVG is the regional Digital Innovation Hub supported by Argo, the industrial system based on innovation of processes and products to increase local competition, and depends on a partnership (coordinated by the national research body Area Science Park) involving representatives of various areas of interest active in Friuli Venezia Giulia: universities, research, industry and public institutions. There are 21 organisations involved in total, including the Regional Authority as an active partner, specifically managing planning work to identify training needs focused on the digital transformation of businesses and public administrations, and swift updating regarding regional funding opportunities. “Being a part of the European network,” stated regional councillor for work Alessia Rosolen, “is essential for our area, in order to be competitive internationally and strengthen support for transforming manufacturing processes of regional businesses in a wider context”. The project proposal that received the seal of excellence has a duration of 36 months and a total cost of € 5.5 million. It was formulated by assessing and improving the previous project, already submitted in the context of the 2021 edition of the initiative but not accepted for funding. Integrating the technological infrastructure and technical expertise of all partners, IP4FVG-EDIH can offer a series of advanced services to promote and support the digital and green transformation of businesses and public administrations in industrial, manufacturing, energy and environment, and agri-biotechnology sectors. To support the digital transformation of businesses, four living labs for technology have been created across the region, coordinated by Area Science Park, where companies can test technological solutions prior to implementing them in their production processes. These living labs, like the other technological infrastructures available from project partners, will offer businesses a point of access to the IP4FVG-EDIH ecosystem, as well as the entire European EDIH network and the network of national research centres.

Trieste, 20 December 2022 – The research programme REFIBER, developed by Area Science Park and Innovando srl landed in Paris, as part of efforts to establish a national recycling chain for fibreglass boat hulls. The meeting took place at the recent Paris Boat Show, one of the most important events in the sector, seeing some 150,000 visitors and 650 exhibitors in attendance. “We met with representatives of the ‘Association pour la Plaisance Eco-Responsable (APER)’, the French consortium for collecting and dismantling pleasure boats and watercrafts, which today represents European best practice in the sector,” said Marcello Guaiana,president of the Temporary Association of Scope implementing the REFIBER programme. Our goal is to find the convergence between our research initiative and APER’s operations, to jointly evaluate innovative technologies for recycling materials from dismantling, and solutions for replacing critical materials to improve the sustainability of these vessels.” How to decommission and manage the disposal of end-of-life pleasure crafts is a major environmental, and socio-economic, issue. To date, there is still no structured collection model in Italy to correctly manage 10-24 m boats at the end of their life. So much so that, over the last ten years, only a very small percentage of the approximately 10,000 vessels removed from the official registers have been properly managed. The aim of REFIBER is to create a hub to concentrate and exploit the flows of materials left after a boat has been decommissioned. One of these materials is fibreglass, a multi-layered material made up of plastic and glass, which accounts for the largest proportion at 60% by weight and is the most difficult to process. One management model being analysed as part of the programme is the Extended Producer Responsibility (EPR) model, already well established in other fields. This model involves both the manufacturers and distributors from within the sector. “We want to contribute, in a coordinated way, to a harmonised development of European sector standards,” said Ivana Lazarevic, deputy director general of APER. “By working together, it will be easier to establish and share communication and awareness-raising activities with national and international stakeholders.” At this stage, the focus of the REFIBER programme is pleasure boats, but the system may be opened up to include vessels under 10 metres in the future. Francesco Di Pierro and Cveta Majtanovic of Innovando both hope that, “better mutual communication can speed up implementation of the REFIBER programme, building on APER’s many years of experience with private operators and public institutions, and sharing more good operating practices”. “In the medium term,” concluded Matilde Cecchi of Area Science Park, “we will be able to assess the optimum conditions for promoting and implementing collaborative initiatives and research projects aimed at experimenting with new technologies, to make the nautical sector more sustainable”.

The Mediterranean region warms 20% faster than other regions in the world and local authorities are at the forefront of the actions for adapting to and mitigating the multiple impacts of climate change. To this end the Urban Transports Community*, an Interreg MED Programme initiative, promotes sustainable urban mobility planning in the Euro-Mediterranean region as an effective tool to reduce carbon emissions and improve the quality of life of the population and the environment. The Community has gathered together almost 200 organisations (public authorities, associations, mobility planners, universities and international organisations, amongst others) from 12 Euro-Mediterranean countries. In support of local authorities it has elaborated and published a selection of tools and solutions with the highest replicability potential. As part of the project, the Area Science Park experts have developed several reports which constitute reference guides and a scientific basis for policy makers and urban planners to develop the planning of mobility and related infrastructures. Urban mobility Adaptation to Climate Change is the topic of the latest policy brief presented on December 14th 2022 during the online event “Mediterranean cities and climate change: making the urban transport sector more resilient and less impactful”. The policy brief describes the main impacts of climate change on urban mobility, with the aim of raising awareness among policy makers, suggesting possible solutions to minimize its effects and make the mobility system more resilient to climate change. Transport infrastructures will be exposed, in the next decades, to an increasing number of new challenges from climate impacts. Panning today for the construction of new and the management of existing infrastructures will require the consideration of new environmental, climatic and socio-economic parameters and conditions with respect to those used in the past. During the project Area Science Park drafted two other technical reports. The first one focused on the analysis of technological trends relating to electric vehicle charging infrastructure, and the second one on the spread of automated vehicles in the cities. The reports are available here: https://urban-transports.interreg-med.eu/policy-briefs/ *The Urban Transports Community is featured by a project led by MedCities (Barcelona, Spain), in partnership with UNIMED Mediterranean Universities Union (Rome, Italy), Area Science Park (Trieste, Italy), CODATU (Lyon, France), CIVINET CY-EL (Cyprus-Greece), POLIS, Cities and Regions for transport innovation (Brussels, Belgium), and Durres Municipality (Durres, Albania).

Five start-ups from Friuli Venezia Giulia are getting ready to travel to Dubai for the North Star trade fair starting on 10 October. The event represents a unique opportunity for innovative start-ups and SMEs to showcase their work and boost visibility, as well as to engage in international networking. Tech companies taking to this prestigious stage will be able to present their products and services, and connect with investors and buyers. Some 100,000+ visitors are expected to attend. The five companies representing Friuli Venezia Giulia made successful bids in the “Call for High Innovative Sustainable Solutions in FVG Region” organised by UNIDO ITPO Italy and Friuli Venezia Giulia’s Regional Authorities, for which Area Science Park provided technical support. In order to ensure they present themselves in the best light, they will need to capitalise on the exclusive coaching opportunity organised by Area Science Park’s Business Generation group on 12 and 13 September, at its Padriciano campus. There will be a wide range of both theoretical and practical training sessions on offer with experts from Area Science Park: from defining a value proposition to managing legal relations, from putting together a pitch and video pitch training to how to interact with journalists, as well as sessions on managing public relations. Attendees will come away having learnt tips and tricks to attract the attention of media and investors and generate growth and business opportunities. Read on to find out more about the five start-ups representing Friuli Venezia Giulia in the United Arab Emirates. AINDO is a SISSA start-up founded in 2018 in Trieste, as part of the Innovation Factory incubator, currently based at Area Science Park. Its mission is to help the world embrace the power of artificial intelligence. In 2019, it began developing a Synthetic Data Platform which uses artificial intelligence and machine learning tools and techniques to optimise business operations. Find out more: Aindo AI – Your AI partner NORTHERN LIGHT is an innovative start-up researching and developing recyclable composites, to address end-of-life issues associated with glass-fibre composites. The company was founded in December 2019 and launched a project that led to the creation of “ecoracer”, the world’s first recyclable, flax-fibre boat. Find out more: Northern Light Composites – Sustainable Composites NUWA TECHNOLOGIES is an innovative start-up created as part of the Innovation Factory incubator and is based at Pordenone’s tech hub. It develops innovative solutions and cloud services for the music industry. Its mission is to bring together artists and professionals from the music industry, providing them with essential tools for managing the online aspect of their work, creating a single virtual environment to meet all their needs. Find out more: Nuwa Technologies | Digital solutions for the Music Industry PICOSATS is an innovative company founded in 2014 as a spin-off of the University of Trieste. Again, it was formed within the Innovation Factory incubator and is based at Area Science Park. PICOSATS aims to make access to space faster and cheaper. It aspires to creating an interconnected world in which people can use space resources to improve society in a sustainable way. Find out more: CubeSats and small satellites: Space Technologies Solutions Picosats VISIONQUB.IT is a company made up of a multidisciplinary team of researchers and entrepreneurs, whose mission is to develop state-of-the-art systems and services for the dental and medical sector. It uses robotics and artificial intelligence to create customised solutions to suit customer needs. Find out more: VisionQub.it

Digital Innovation Hub IP4FVG’s Internet of Things (IoT) lab is based in Amaro (Udine), on the Carnia Industrial Park. The lab is home to hardware and software tools and tech including automated systems for visual product control, and sensors and data-transmission technologies for production monitoring and predictive maintenance. These are examples of “Industry 4.0” technologies, which can be used for digital transformation in business, made available to entrepreneurs, technicians and professionals, as well as university students and high-school pupils. The IoT living lab – one of four set up in the region by IP4FVG, each with a different specialisation – is the centre of activity for IP4FVG’s base in Amaro. The hub was set up in September 2018 with the founding of the “Associazione Temporanea di Scopo” [Temporary Purpose Association], which included the Carnia Industrial Park (coordinator and lead partner), Eurotech S.p.A., InAsset Srl now Retelit Group, the Regional Cluster for ICT – DITEDI, Friuli Innovazione and Area Science Park. In February 2021, they were joined by Confindustria Udine (already lead partner at Udine’s Data Analytics & Artificial Intelligence IP4FVG hub). The lab in Amaro, presented today, expands the overall offer of 4.0 technologies available to entrepreneurs in the region. It has recently been added to with innovative solutions, thanks to collaborations with local universities and businesses in both the ICT and manufacturing sectors, including Gortani, Akuis, FAM, Fill in the Blanks, Video Systems, Fec Italia, and Progetto Nachste. A new site was needed to accommodate the equipment for the expanded living lab facilities and be more accessible to visitors. This is how the decision was made to set up the lab at the entrance to Amaro’s Technology Park. Having the living lab on the Carnia Industrial Park is also a way of facilitating new digitisation projects for local businesses. The aim over the coming months is to increase take-up among companies of the IP4FVG living lab facilities and to increase the number of ‘use cases’, thanks to the support already shown by numerous manufacturing companies, and collaboration with university labs. Caterina Petrillo, President of Area Science Park, commented “IP4FVG is a model that successfully implements forms of collaboration between companies, public institutions and the world of research.  Through the network of four regional hubs, IP4FVG is able to create an effective dialogue between the private and public sectors, driving the study of solutions that facilitate innovation processes in different business areas. Thanks to this opportunity to experiment with the latest technologies at the labs and work with experienced technologists, we can optimise resources and speed up the digital transformation of processes. At the IP4FVG hubs based across the region in Amaro, Trieste, Udine and San Vito al Tagliamento, the living labs showcasing innovative solutions offer companies the chance to test technology before investing in it. The site in Amaro is the ideal place to develop ‘smart mountain’ technologies that have a social and economic impact on the local area, as well as a direct return for businesses.” IP4FVG is Friuli Venezia Giulia’s Digital Innovation Hub, coordinated by the national research institution Area Science Park. The hub was set up to support the digital transformation of local enterprises. It is a strategic project within the Argo System, an initiative supported by the Italian Ministries of University and Research (MUR) and Economic Development (MISE), as well as the Autonomous Region of Friuli Venezia Giulia. Thanks to IP4FVG, four 4.0 living technology labs have been set up in the region (in Amaro, San Vito al Tagliamento, Udine and Trieste), open to companies that want to learn about and test some of the most innovative technological solutions before applying them in house.