Team Quata – ReMY (Protection of marine life)

Overfishing is an increasing threat to ocean life. If we do not do anything about it, we will drift towards a dark future.

Our concept is based on the UN Development Goal 14 “Life below water”, which aims to protect marine life and face societal needs in this context. The UN Goals aim for a more sustainable world by 2030. In the CBI A3 Challenge Based Innovation Program, we meet those UN Sustainable Development Goals with the support of CERN technology.

ReMY is a concept to avert such a future. A Supervision, Control and Data Acquisition System (SCADA) is interconnected with drones and buoys all over the ocean. The system is based on CERN technologies and able to track and monitor life below water. ReMY enables us to save endangered species, boost science and research and push fishing industry towards sustainable methods., Team Quata summarises their project work.

The solution impacts society in a number of ways:


Environment. With more marine data people are more able to protect the ocean life and everything that connects to it.

Fishing Industry. Solution will make the industry to move towards sustainable ways of fishing.

Research. The data there is the more research and new findings can be done.

Politics. When government and lawmakers have real life data of oceans welfare they can make more sustained actions and e.g controlling over fishing laws becomes more easier and fairer.



Download the project documentation




Team Oceans5 - Stacker (Release of untreated sewage)

According to the United Nations Millennium Development Goals Report, 783 million people worldwide do not have access to clean and safe drinking water. Pace University's Design Factory Team, Oceans5, analyzed water related issues in the United States, specifically in the State of New York. Among the water related issues, Combined Sewage Overflow (CSO) poses a significant threat to the health of aquatic, environmental, and human life in the Hudson River region.
is how team Oceans5 summarised the theme of their project.

The team wrapped up the problem they set out to solve:

“Precipitation events can overburden sewage treatment plants causing a release of untreated sewage into the Hudson River. Such discharges are also the cause of future problems including emerging pollutants, and the increase of waterborne illnesses.”

What they came up was Stacker. It is a size of small city block three-layer water treatment system that exploits CERN technology of fiber optic sensors and natural ways to treat water. Stacker has two constructed wetlands which both have different capability of purifying water in natural ways. Fiber optic technology is used on the middle layer for monitoring cleanness and nutrition re-mixing the treated water.

The team sums up the environmental impact of their solution in these three points:


Helps in overflow problem of existing sewer systems when used as support for existing systems

Increases the quality of marine life

Reduces waterborne illnesses when the pathogenic micro-organisms are purified from treated water


Download the project documentation