S3E Start 2024 | Meet the research team: EcoPlan
At this year's S3E Start Open Day, celebrated at the Tivoli BBVA Theatre in Lisbon, we interviewed the participating research teams to find out more about their projects and how they’re planning to implement the knowledge they’ve gained through our program to take their innovation from the lab to the the market.
EcoPlan is one of the 14 teams that was selected to join the 2024 edition of S3E Start, our program of support for deep tech research and entrepreneurship in Southern Europe, coordinated by our South3E partner HiSeedTech. Watch below the full interview to hear all about their work and their experience on Start!
https://youtu.be/rGSG01MOXnQ?feature=shared
“The most important lesson we've learned during S3E Start is how to pitch our idea, how to effectively convince diverse audiences that our business idea, our application, is worth investing on." — Marius Kriukovas
This project is pioneered by researchers from Vilnius University, and it aims to simplify the material selection process for the Architecture, Engineering and Construction (AEC) sector through AI-powered recommendations and a comprehensive database, and in turn enhancing sustainability for architects, engineers and construction firms while helping them advance towards greener and more efficient building practices. The EcoPlan team is led by Marius Kriukovas and Greta Cerskute.
Want to meet the rest of the teams? Access the full playlist featuring interviews with other participating teams.
If you missed the S3E Start Open Day, you can watch the full livestream recording with all the teams' pitches or our event recap for the top highlights.
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S3E Reverse: University Hospital Cologne and Tero join forces to implement Big Data management systems in hospital settings
Through the S3E Reverse program, University Hospital Cologne and Greek startup Tero are coming together to devise effective management systems for highly sensitive clinical data.
Part of the EU-funded project South3E, Reverse is a dedicated business brokerage program connecting corporate challenges with deep tech solutions developed by scaleups and SMEs from Southern Europe. The program is built on a successful open innovation methodology designed to foster collaboration and drive technological advancement.
The challenge
The University Hospital Cologne (Uniklinik Köln) is one of Germany’s most outstanding medical centers, internationally renowned for its innovation-driven research powering some of the most disruptive solutions in modern healthcare. Among its many successes, the interdisciplinary teams at Cologne are acclaimed for leading up the development of new treatments for patients underpinned by robust scientific research, especially in the area of rare diseases.
In order to facilitate the safe exchange of clinical data and support informed clinical decision-making at the Hospital, they were looking to implement a robust data-protecting systems for its intra- and interhospital infrastructures, which is crucial for ensuring that sensitive patient information is transmitted securely between departments and partner institutions, minimizing the risk of data breaches and unauthorized access.
Without such protections, the hospital could face significant risks, including compromised patient privacy, potential legal liabilities, and the erosion of trust in the healthcare system. Additionally, delays or inaccuracies in clinical decision-making due to insecure or inefficient data exchange could lead to suboptimal patient outcomes.
With this in mind, the University Hospital Cologne signed up to S3E Reverse as a Challenger to find a specialist tech startup capable of providing the ultimate solution to their key need.
After receiving Cologne’s challenge, Reverse broker Epaminondas Christophilopoulos was assigned to the mission of finding the best match for them. He is the UNESCO Chair on Futures Research at the Institute of Technology and Research (FORTH), and holds an impressive track record of providing foresight, strategy, innovation and long-term planning advisory in R&D activities carried by public and private corporations.
The solution
Greek startup Tero specialises in developing technologies aimed at improving environmental and social welfare. Their main focus is to provide innovative solutions for environmental monitoring, pollution control and sustainable development, and they offer expertise in managing projects that integrate advanced technology with environmental science.
However, in addition to their environmental focus, Tero also works on projects that have a significant social impact. This includes initiatives that enhance public health, safety, and community well-being through the application of their ICT solutions, making them the perfect Solver to tackle University Hospital Cologne's challenge: to design a high-tech platform for big data management and the support of secure information exchange in a hospital setting.
By joining S3E Reverse, Tero’s team of professionals brought in their expertise and knowledge to help Cologne’s clinicians and researchers to implement a big data management system to enhance the protection of clinical data by centralizing and securing patient information across various platforms. This approach will enable the hospital to monitor data access, detect potential breaches in real-time, and enforce stringent security protocols. Additionally, the system would ensure that only authorized personnel can access sensitive information, reducing the risk of unauthorized data exposure.
Overall, by collaborating hand-in-hand with Tero, the Hospital will be able to manage large volumes of clinical data efficiently, as well as improving their compliance with regulatory standards, safeguarding patient privacy and maintaining trust.
A call to innovators: apply to be a Solver and join the Deep Tech revolution!
This partnership between University Hospital Cologne and Tero is a testament to the power of collaboration and innovation to tackle industry challenges.
We invite all Deep Tech startups and SMEs based in Southern Europe to explore our challenges and join the S3E Reverse program as a Solver. The deadline for applications is 31 October 2024.
For more information and to apply, click here.
S3E Reverse: University Hospital Cologne and CNT set on a mission to revolutionize medical research
Through the S3E Reverse program, University Hospital Cologne and Greek startup Creative Novel Technologies (CNT) are joining forces to develop AI-powered tools that can help researchers and clinicians bring new solutions to patients faster.
Part of the EU-funded project South3E, Reverse is a dedicated business brokerage program connecting corporate challenges with deep tech solutions developed by scaleups and SMEs from Southern Europe. The program is built on a successful open innovation methodology designed to foster collaboration and drive technological advancement.
The challenge
The University Hospital Cologne (Uniklinik Köln) is one of Germany’s most outstanding medical centers, internationally renowned for its innovation-driven research powering some of the most disruptive solutions in modern healthcare. Among its many successes, the interdisciplinary teams at Cologne are acclaimed for leading up the development of new treatments for patients underpinned by robust scientific research, especially in the area of rare diseases.
With the amount of research being produced by medical and healthcare experts, the university hospital has been looking at appropriate techniques to develop search strategies for systematic reviews of medical research. One of the main challenges that researchers encounter during their investigative processes is having to sift through multiple databases and sources of scientific literature, making it extremely time and resource intensive.
With this in mind, the University Hospital Cologne signed up to S3E Reverse as a Challenger to find a specialist tech startup capable of providing the ultimate solution to their key need.
After receiving Cologne’s challenge, Reverse broker Epaminondas Christophilopoulos was assigned to the mission of finding the best match for them. He is the UNESCO Chair on Futures Research at the Institute of Technology and Research (FORTH), and holds an impressive track record of providing foresight, strategy, innovation and long-term planning advisory in R&D activities carried by public and private corporations.
The solution
With a clear mission to leverage the full capabilities of IoT technologies to help others innovate, Thessaloniki-based startup CNT stood out as the most fitting Solver to tackle two challenges submitted by University Hospital Cologne: to develop sustainable search frameworks to support medical and clinical researchers in their day-to-day investigative work.
Dimitrios Tektonidis is the brain behind CNT's innovative solutions, a Computer Science expert leading a large network of specialists to create new products, services and integrated IT solutions — from the implementation of Internet Systems Management all the way to the creation of tailored Cloud-based systems.
By joining S3E Reverse, CNT’s team of professionals brought in their expertise and knowledge to help Cologne’s researchers accelerate their discoveries, bringing them closer to finding solutions to some of the most pressing health issues they’re dealing with.
In order to tackle the challenge, CNT has offered their very own AI-powered semantic search services supported by the in-house developed ONAR framework, which has been developed as part of long collaborations with industry and research organisations, and previously validated in a number of business and use cases. This will help medical researchers minimize their paper scouting time, accelerating the speed in which life science researchers gain insights.
Thanks to CNT’s state-of-the-art IoT approach, this powerful collaboration with University Hospital Cologne is set to revolutionize medical research in academia, and in turn make a positive impact on the lives of many patients whilst paving the way for the future of healthcare innovation.
A call to innovators: apply to be a Solver and join the Deep Tech revolution!
This partnership between University Hospital Cologne and CNT is a testament to the power of collaboration and innovation to tackle industry challenges.
We invite all Deep Tech startups and SMEs based in Southern Europe to explore our challenges and join the S3E Reverse program as a Solver. The deadline for applications is 31 October 2024.
For more information and to apply, click here.
S3E Reverse: The Zenith-Vodéna alliance redefining Smart Cities planning and energy management
Through the S3E Reverse program, energy provider Zenith and Serbian startup Vodéna are joining forces to reshape the landscape of smart cities, while driving technological progress and sustainable development.
The S3E Reverse program is part of the South3E EU-funded project, consisting of a dedicated brokerage program connecting corporate challenges with deep tech solutions developed by startups from Southern Europe. This program is built on a successful open innovation methodology designed to foster collaboration and drive technological advancement.
The business match between Zenith and Vodéna
Zenith, with its extensive experience in the energy sector, got hooked with a pressing challenge: the need for accurate power and gas demand forecasting algorithms for both residential and commercial users. Accurate forecasting is crucial for optimizing resources, reducing waste and ensuring a reliable supply of energy. However, developing these predictive models in-house proved to be a complex and resource-intensive task.
When Zenith presented this challenge, it became one of the many critical problems awaiting innovative solutions in the S3E Reverse Open Call, an initiative designed to connect large organizations with innovative solutions from SMEs and scale-ups across Southern Europe. This open call invites participants to submit their ideas and products to address specific challenges posed by large corporations and boost cross-border business opportunities.
Our S3E Deep Tech broker, Dimitris Papageorgiou, has played an essential role in making this match happen, finding the perfect solution to the challenge. Dimitris is the Innovation Funding Manager at TVP Solar, a Swiss manufacturer of high-vacuum flat solar thermal panels and a provider of turn-key solutions for industrial and district heating and cooling applications.
Thanks to Dimitris' involvement in S3E Reverse, Vodéna was introduced as an innovative startup with a rich academic heritage to meet Zenith's challenge. Emerging as a spin-off from the Faculty of Science at the University of Kragujevac, Vodéna excels in software development for physical and data-driven modelling. Their flagship product, BlackFox, stood out as the perfect solution for Zenith's needs.
Mutual benefits and industry impact
BlackFox is a cloud-based, automated platform designed to generate predictive models. It boasts a "set and forget" functionality that continuously creates, monitors and refines data-driven models, making it an ideal tool for businesses looking to integrate artificial intelligence without the hefty overheads of scarce talent and expensive infrastructure.
The BlackFox platform, divided into two key modules, leverages an evolutionary process to generate optimal machine learning models and, at the same time, automates the production, management, and deployment of predictive models on an industrial scale.
For Zenith, BlackFox offers seamless integration into its operations, enabling it to forecast energy demands with unprecedented accuracy and efficiency.
With the implementation of BlackFox, Zenith can better manage the integration of Renewable Energy Sources (RES) into the grid. This capability is essential for the development of sustainable urban environments where energy efficiency, reduced emissions and optimal resource management are paramount.
By leveraging Vodéna's Smarticity platform, which is based on BlackFox technology, cities can manage energy systems more efficiently, involving thousands of producers and consumers. This alternative approach to energy management is crucial for developing smart cities, where technology and data play a central role in enhancing the quality of life for residents.
This collaboration showcases how established corporations and agile startups can come together to tackle complex challenges, paving the way for a smarter, more sustainable future.
A call to innovators: apply to be a Solver and join the Deep Tech revolution!
This partnership between Sogrape and Agritrack is a testament to the power of collaboration and innovation in addressing industry challenges. By leveraging Agritrack’s advanced technology, Sogrape is poised to enhance its supply chain transparency and ensure its products’ highest standards of quality and authenticity.
We invite all Deep Tech startups and SMEs based in Southern Europe to explore our challenges and join the S3E Reverse program as a Solver. The deadline for applications is 31 October 2024.
For more information and to apply, click here.
S3E Reverse: Zenith and Inteligg unite to improve efficiency in energy consumption
Through the S3E Reverse program, energy provider Zenith and Greek startup Inteligg are forging a transformative partnership to enhance the forecasting capabilities of energy demand for more efficient and sustainable environmental impact assessments.
The S3E Reverse program is part of the South3E EU-funded project, consisting of a dedicated brokerage program connecting corporate challenges with deep tech solutions developed by startups from Southern Europe. This program is built on a successful open innovation methodology designed to foster collaboration and drive technological advancement.
The business match between Zenith and Inteligg
Zenith, considered the the No 1 supplier of natural gas and electricity in Greece, was facing the complex challenge of developing advanced power and gas demand forecasting algorithms for residential and commercial users. By joining the S3E Reverse program as a 'Challenger, Zenith found an ideal collaborator in Inteligg, a pioneering Greek startup specialised in delivering intelligent, innovative, sustainable solutions for Smart Cities and communities.
The assigned S3E Deep Tech broker, Dimitris Papageorgiou, played an essential role in making this match happen, finding the perfect solution to the challenge. Dimitris is the Innovation Funding Manager at TVP Solar SA, Switzerland, a manufacturer of high-vacuum flat solar thermal panels and a provider of turn-key solutions for industrial and district heating and cooling applications.
Under the South3E EU-funded innovation action, this collaboration fosters Inteligg's Building Energy Management Systems (BEMS) to help Zenith enhance its forecasting capabilities on energy demand. By collecting historical energy demand data from smart meters and additional sensors, Inteligg's technology enables precise monitoring and management of energy consumption. Zenith will integrate this system within its residential and corporate customer bases, potentially exploring demand-side heating and cooling management within energy communities.
Mutual benefits and industry impact
This partnership exemplifies the power of collaboration and innovation in tackling energy industry challenges as Zenith leverages Inteligg's advanced technology to achieve its forecasting goals more efficiently and accurately. This synergy enhances Zenith's operational capabilities and highlights the potential for emerging startups to drive progress within established companies.
Inteligg's portfolio incorporates cloud-based Building Energy Management Systems (BEMS), smart thermostats and turnkey building installations. The founding team, composed of mechanical, electrical, aerospace and computer engineers, brings extensive experience in national and international research projects. Their work spans energy efficiency, renewable energy, sustainable mobility, environmental impact assessment and ICT solutions.
While Zenith benefits from improved forecasting accuracy and operational efficiency, Inteligg gains a significant platform to showcase its solutions and expand its market presence.
Regarding the industry impact, the implementation of energy efficiency solutions encourages sustainable behaviours among residents and businesses. Real-time energy monitoring and management systems provide users with insights into their energy consumption patterns, promoting awareness and encouraging more sustainable practices.
To conclude, their work on energy efficiency solutions is essential to the sustainability of smart cities. They offer an alternative approach to enhancing urban living, conserving the environment, boosting the economy, and fostering a culture of sustainability. As cities worldwide continue to grow and evolve, adopting energy-efficient technologies will be crucial in building resilient, sustainable and thriving urban communities.
A call to innovators: apply to be a Solver and join the Deep Tech revolution!
This partnership between Sogrape and Agritrack is a testament to the power of collaboration and innovation in addressing industry challenges. By leveraging Agritrack’s advanced technology, Sogrape is poised to enhance its supply chain transparency and ensure its products’ highest standards of quality and authenticity.
We invite all Deep Tech startups and SMEs based in Southern Europe to explore our challenges and join the S3E Reverse program as a Solver. The deadline for applications is 31 October 2024.
For more information and to apply, click here.
Let’s revolutionize the Southern European Deep Tech ecosystem together!
S3E Reverse: Sogrape and Agritrack working together to revolutionize wine industry transparency
In a groundbreaking development for the wine industry, Sogrape, a leading wine producer from Portugal with a global reach, has successfully found its perfect challenge 'Solver' in the Greek startup Agritrack, thanks to S3E Reverse. This partnership promises to increase transparency and accountability in the wine supply chain, setting a new standard for the industry.
The S3E Reverse program is part of the South3E EU-funded project, consisting of a dedicated brokerage program connecting corporate challenges with deep tech solutions developed by startups from Southern Europe. This program is built on a successful open innovation methodology designed to foster collaboration and drive technological advancement.
The business match between Sogrape and Agritrack
The story of how Sogrape and Agritrack came together is one of innovation, vision and the power of collaborative platforms. It all began with the S3E Reverse Open Call, an initiative designed to connect large organizations with innovative solutions from SMEs and scale-ups across Southern Europe. This open call invites participants to submit their ideas and products to address specific challenges posed by large corporations and boost cross-border business opportunities.
Sogrape has long been committed to excellence, sustainability and quality in its wine production. However the complexity of the supply chain presented challenges in maintaining the highest standards of transparency and accountability, and Sogrape had been seeking a robust solution to it. The need was clear: a system that could meticulously track every product and material from the vineyard to the consumer’s table. When Sogrape presented this challenge, it became one of the many critical problems awaiting innovative solutions in the S3E Reverse Open Call.
The power of the S3E Reverse program
Through the S3E Reverse program, Agritrack was not just selected but also provided with a customized innovation support program tailored to their needs. It included one-on-one business coaching and technology brokerage services, ensuring that Agritrack could seamlessly integrate its solution with Sogrape’s operations and maximize its impact. The Reverse Broker assigned to this match is José Eduardo Amorim de Sousa, Senior Executive at Enline Energy Solutions, a leading Portuguese provider of innovative digital twin technology and data-driven solutions for the energy sector.
Agritrack's cutting-edge solution
Agritrack, an innovator in supply chain technology, offers a state-of-the-art platform featuring an immutable ledger and a tamper-proof record that provides permanent traceability from farm to fork. This technology ensures that every transaction and movement within the supply chain is recorded authentically, mitigating food fraud and counterfeiting risks.
Agritrack's platform goes beyond basic traceability. It also records critical environmental factors such as humidity and temperature, which are essential for maintaining wine quality. By capturing this data, Agritrack ensures that the wine's journey from the vineyard to the consumer is meticulously monitored and preserved.
The partnership between Sogrape and Agritrack exemplifies the power of innovation and collaboration in addressing industry challenges. By leveraging Agritrack's advanced traceability platform, Sogrape is setting new standards for transparency and quality in the wine industry. This collaboration not only benefits Sogrape and its customers but also paves the way for other companies to adopt similar solutions, fostering a more transparent and accountable supply chain across the food and beverage sector.
One of the standout features of Agritrack's platform is its integration of Machine Learning (ML). The platform builds digital twins of the supply chain processes by analysing past production cycles. This advanced analysis allows Sogrape to better assess and predict quality outcomes, optimize production methods, and enhance overall efficiency. The use of ML not only improves current operations but also provides valuable insights for future planning and innovation.
A call to innovators. Apply to be a Solver, join the Deep Tech revolution!
This partnership between Sogrape and Agritrack is a testament to the power of collaboration and innovation in addressing industry challenges. By leveraging Agritrack's advanced technology, Sogrape is poised to enhance its supply chain transparency and ensure its products' highest standards of quality and authenticity.
We invite all forward-thinking startups and SMEs to seize this opportunity. Apply to be a Solver and become part of a dynamic network driving the future of industry innovation. Explore our challenges and join the S3E Reverse program to make a lasting impact.
South3E has available the Open Call #2 for scale-ups and SMEs from Southern Europe to connect with corporate challenges. Innovators with groundbreaking solutions are invited to apply and become part of this transformative journey. The deadline for applications is 31 October 2024.
For more information and to apply, click here.
Let's revolutionize the Southern European Deep Tech ecosystem together!
We look forward to creating long-lasting collaborations!
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Sumatrix: the plant-based alternative to leather made out of fermented fruit waste
Sumatrix, led by researchers from Sumatrix Biotech (Turkey), is one of the supported research teams in the first S3E Start Programme.
Sumatrix® technology produces an alternative to leather made by bacterial fermentation of locally produced agro-industrial fruit waste. The biocellulose-based leather material is biodegradable, recyclable, “cruelty- free”, has no harmful effect on humans or the environment and is entirely non-toxic at every stage of its production. The natural metabolic processes of bacteria result in the production of useful substances like biocellulose, making them simple, single-celled yet powerful and efficient tools in the bioindustry.
Sumatrix aims to take advantage of these microscopic powerhouses by accelerating bacteria’s life cycle to increase the efficiency of its metabolic output, which is biocellulose. After the biocellulose surface modification and coloring stages obtained after the biofabrication process, the final product becomes BacTexture.
Learn more about Sumatrix by watching the pitch done by their CTO, Rumeysa Saglam, during the Start Open Day on 20th July 2023.
https://youtu.be/oD1Z555Ldg8
Would you like to get in touch with them? Let us know! Email us at info@south3e.eu
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DVS@FunNanoSurf: Portable 'Plug and Play' sublimation technologies
DVS@FunNanoSurf, led by researchers from ICMAB-CSIC (Spain), is one of the supported research teams in the first S3E Start Programme.
Their project Sublimat aims at providing portable 'Plug and Play' sublimation instruments dimensioned for small scale testing, as well as pre-prototyping essays of organic and inorganic materials thin-film coating of surfaces. Sublimat is particularly relevant for the expanding field of organic electronics as it will introduce an affordable and flexible solution. This will be valuable for all R&D departments across both industry and academia that share the need for fast screening of new organic-based, thin-film surface coatings. This can help improve their properties to meet the target of developing smarter and sustainable technological applications while lowering overall production cost and environmental impact.
SubliMat is a streamlined sublimation methodology for the direct integration of purified molecules on substrates designed to improve the processing efficiency towards achieving functionalized surfaces for different applications. Unlike other vacuum-based systems currently used in the field of thin film coatings, this solution optimises testing time, material and resource residues through the introduction of compact, custom-made devices adapted to the experimental needs of smart/functional materials R&D.
Learn more about DVS@FunNanoSurf by watching the pitch done by researcher Rosa L. Zaffino during the Start Open Day on 20th July 2023.
https://youtu.be/TB0lEo99bIs
Would you like to get in touch with them? Let us know! Email us at info@south3e.eu
Looking forward to exploring synergies and creating a long-lasting collaboration.
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Nano-ink: Nanoparticle enhanced inks for energy applications
Nano-ink, led by researchers from Eskisehir Technical University, Izmir Katip Celebi University and Eskisehir Osmangazi University (Turkey), is one of the supported research teams in the first S3E Start Programme.
This project is based on the development of innovative nanoparticle-enhanced printing inks (nano-inks) to facilitate energy efficiency indoors. Advancements in nanotechnology have enabled the manufacturing of materials at nanometre scale, leading to much better solutions to society's problems. Once such solutions are highly accessible, more people can experience improvements in their lives.
With the depletion of conventional energy sources and global warming, sustaining thermal comfort indoors has become an essential engineering problem. The Nano-ink team, consisting of two engineers and one ethicist, aims at developing novel materials for the fabrication of smart windows via the efficient and easy-to-be-scaled-up inkjet printing. Smart glasses exhibit switchable optical properties and can block the heat and radiation coming from the sun. Their implementation in buildings can reduce the cooling expenses by 30%. Their nano-ink makes the functional layer of the smart window to operate upon demand and have it exhibit the necessary optical response. One other innovative aspect is the versatility of the ink so that it is to be customised to users printing process and printhead. Nano-ink's goal is to develop the nano-ink with peaking characteristics in accordance with responsible innovation aspects, targeting smart window producers who aim at tackling high costs of cooling and/or heating of indoors. They take sustainability seriously and are motivated in providing solutions that contribute to a more sustainable future.
Learn more about Nano-ink by watching the pitch done by researcher Elif Begum Elcioglu during the Start Open Day on 20th July 2023.
https://youtu.be/vQi0jT59xVw
Would you like to get in touch with them? Let us know! Email us at info@south3e.eu
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MET Lab: Microbial enzymes for lignin valorization technology
MET Lab, led by researchers from ITQB-NOVA at NOVA University Lisbon (Portugal), is one of the supported research teams in the first S3E Start Programme.
Through the LignOx Project, the MET Lab team is revolutionising lignin valorization for biorefineries and fine chemical producers. Their mission is to unlock the full potential of lignin and contribute to a sustainable, circular economy. The LignOx Package, an enzyme cocktail tailored for residue valorization, offers an efficient solution for producing high-value compounds from lignin monomers. Vanillin, a sought-after compound derived from lignin, exemplifies the added value their enzymes can generate in industries like food, cosmetics, and pharmaceuticals. By optimising lignin utilisation and reducing reliance on traditional processes, the LignOx Package drives sustainability and fosters a circular economy. MET Lab enzymes maximise yield, minimise waste, and reduce environmental impact.
MET Lab research teams invite you to join them on this transformative journey towards a greener future. Explore the potential of the LignOx Project, witness how their enzymes revolutionise lignin valorization, and unlock valuable compounds like vanillin. Together, let's shape the biorefinery and fine chemical industries, promote sustainability, and maximise valuable resources while minimising waste.
Learn more about MET Lab by watching the pitch done by their project manager Diogo Silva during the Start Open Day on 20th July 2023.
https://youtu.be/5rZ6nJs2OwA
Would you like to get in touch with them? Let us know! Email us at info@south3e.eu