ProNetix Ltd
39 Waterloo St
Saint Helens
WA10 1PX
United Kingdom
39 Waterloo St
Saint Helens
WA10 1PX
United Kingdom
The ESA BIC UK was established in 2010 as the fifth member of the ESA BIC network. Over its history, the ESA BIC UK has supported approximately 100 companies. Originally set up at Harwell Campus – known for its thriving space cluster, it has since expanded to the North West (Daresbury), Scotland (Edinburgh) and the East Midlands (Leicester), rocketing the space sector in the UK.
Will Gault is the ESA BIC UK Manager. Will is there for the our businesses every step along the way, from initial enquiry through to post-graduation, ensuring that they take advantage of what is on offer to launch business ideas.
Helen Goody, Anne Green and Angela Mills keep everything in check, making sure nothing is missed, from applications to allocating funding.
Delyth Edwards, Michaela Kiernan, Ruairidh Henderson and Paul Corazzo represent our different UK locations and know how to network. They make sure that businesses are aware of what the ESA BIC UK can do to support them, and connect incubatees with what they need during their journey.
Zoe Hill, Sue Davies and Lottie Brown help to spread the word and boost the ESA BIC UK community through marketing and events; sharing stories, getting social and bringing their admirable organisation skills to networking events (and ensuring there’s plenty of cake!)
What makes the team special is that we come from different career backgrounds yet have a passion for all things space. What’s most interesting to us is that the applications of space technology impact our everyday lives in ways that people wouldn’t necessarily realise. We enjoy finding new companies working in unique fields, and educating people on the impact of space. It’s exciting to see the UK space sector grow and grow, and the ESA BIC UK is a big part of it.
Absolutely. Entocycle is a first-class example of how space technology can be applied to address one of the most important global challenges we currently face – how to feed the world without harming our planet. Black soldier flies are used to convert upcycled food waste from farms and factories into a sustainable, organic insect-based protein feed, as an alternative to soya, for farmed animals. Basically, the company is using food waste to create insect protein to feed the animals that we eat, while reducing carbon dioxide emissions and deforestation. Through the ESA BIC UK, Entocycle acquired the expertise to develop a network of cutting-edge sensors, originally designed for use in space, to monitor and optimise the black soldier fly lifecycle.
Sustainability:
Crover - has developed a unique robotic grain storage solution and provides a new way to automate monitoring activities
Smart Green Shipping - is facilitating the uptake of more sustainable wind ships to reduce emissions in the shipping industry.
LENKÉ Space and Water Solutions - is using satellite and climate data to identify opportunities for better water management in areas where resources are scarce.
AutoNaut - is using unmanned surface vessels for improved zero carbon ocean monitoring to help combat the effects of global warming.
Safety:
Lanterne - is responding to the challenges of COVID-19 by pivoting from safe routes for international workers to the Crowdless social distancing app – and has now pivoted again into micro mobility, enabling greener and safer transport.
Rezatec - is using satellite data and artificial intelligence (AI) to remotely monitor water insfrastructure, including dams, waste and clean water pipelines.
Ridersmate - is a dedicated GPS safety and tracking device for automated personal safety in marine and inland waterway environments.
Medical:
Adaptix - is developing portable 3D X-ray machines for earlier cancer detection, connected through the power of satellites.
Inspire general audience:
Flox - is using sensors and AI, plus robotics based on the ExoMars Rover. Farmers can monitor the health of their chickens without disturbing them.
They are all wonderful and tracking them all is hugely rewarding. From an entrepreneurial perspective, it has been fantastic to watch Open Cosmos develop from a small team selling education products to an established space missions provider with more than 60 people which is now attracting its own cluster of new companies as partners and customers. Other ESA BIC UK companies have worked with Open Cosmos on space missions – the most recent being Lacuna Space.
Here are three main tips that we share with entrepreneurs:
And don’t let the diversity of space put you off. There’s so much potential and support out there if you find the right people to connect you, especially with the sector thriving like it is; in the UK and globally!
It’s tough to pick one – community is a nice way to explain it, but as the question includes that, let’s go for collaborative.
Bring all the exciting Martian technology to deliver even more positve impact to everyday life on Earth.
www.esa-bic.org.uk or follow us on social media: @ESABICUK and LinkedIn
#ESABICUK
The European Space Agency Business Incubation Centre United Kingdom (ESA BIC UK) is managed and partly funded by the Science and Technology Facilities Council in collaboration with ESA Space Solutions, the University of Leicester and the UK Space Agency.
ESA Space Solutions is the go to place for great business ideas involving space in all areas of society and economy. Our mission is to support entrepreneurs in Europe in the development of business using satellite applications and space technology to improve everyday life. ESA Space Solutions is designed to provide multiple entry points such as ESA Business Incubation Centres (ESA BICs), ESA Technology Broker Network, ESA Business Applications Ambassadors and ESA Business Applications programme. Funding typically ranges from €50k to €2M and supports everything from technology transfer, business incubation, Feasibility Studies to large-scale Demonstration Projects.
The intended Announcement of Opportunity targets the development of services and products for supporting the digital transformation of the traditional supply chains, particularly in relation to sensitive goods transport. Among these, pharmaceuticals goods, vaccines, medical equipment, as well as luxurious but also perishable or dangerous goods, which impose specific logistics challenges.
From February to the end of May 2021, Skyports’ unmanned drone fleet ferried coronavirus test kits and samples, medicines and equipment between three hospitals and a medical practice in the Argyll and Bute area of Scotland. Their aim was to test the feasibility of using the service to replace some road-based deliveries. Skyports uses a range of space services and data to plan and operate the drones.
The joint ESA and UK Space Agency funding call, ‘Space helping UK on COVID-19 and other pandemics’, was issued in April 2020, soon after the pandemic started. Skyports’ drone service was one of three projects chosen to tackle UK-specific challenges.
The sparsely populated Argyle and Bute region of Scotland includes several islands and has thousands of kilometres of coastline. Its geography means that road-based medical delivery services take an average of 21 hours. During the trials, Skyports’ drones cut this to just 1 hour, enabling diagnoses to be provided far faster by a hospital on the mainland and speeding up delivery of urgent medical supplies.
The project was carried out with Argyle and Bute Health and Social Care Partnership (HSCP), which manages the area’s healthcare. NHS staff at the four trial sites requested pickups through an online system developed by project partner Deloitte.
Drones flew on pre-programmed flight paths based on data from a global space-based navigation system, with Skyports’ operators on the ground monitoring progress and taking control, if required, using telecommunications satellites. Earth observation data contributed to drone mission planning.
Stephen Whiston, head of strategic planning, performance and technology at Argyle and Bute HSCP, said: “The trial has proven that although there are still some challenges to overcome, there are some significant benefits. These include reducing the burden on our staff and getting results quicker to aid in diagnostic and treatment decisions. Anything that can be done to enable us to treat patients locally, instead of discharging them to hospitals further away, or to improve treatment pathways is great. Other health boards in Scotland are very interested in what’s been achieved and what this technology can bring us.”
ESA Space Solutions has been supporting Skyports’ trials in a variety of ways. “As well as financial support, we have provided Skyports with a range of technical and business expertise, including how to structure and present their trial results,” explains Arnaud Runge, ESA medical engineer and technical officer for the Skyports project. “In addition, as a professional pilot, I could offer assistance with aspects relating to airspace management, which is important when sharing airspace with, for example, emergency response services.”
Further trials are planned with a view to providing a permanent service as early as 2022.
Alex Brown, head of operations at Skyports, said: “It was great to work with ESA Space Solutions on this project. It was very much a partnership-based relationship, working together flexibly through the various regulatory and technology challenges associated with a cutting-edge operation such as this. ESA's deep technical expertise and their relationships across government stakeholders were instrumental in getting the operation running for the NHS. We look forward to working with them again soon."
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