CERN innovators tackle humanitarian needs
At last year's THE Port hackathon, the Better Body Bags team emerged with a new approach to body-bag technology that catered to the needs of humanitarian organisations. What started as a weekend hack has developed into a full-scale R& D project, as the team joins forces with the International Committee of the Red Cross (ICRC) to put their body bags into production.
A typical body bag is essentially a long plastic bag with handles: it breaks, leaks, smells and isn't cheap. “Little thought had gone into using new technology to improve the bags,” says Tim Head, an LHCb physicist who is leading the Better Body Bags team. “Simple improvements can keep bodies in better condition, thus improving the identification process, as well as helping aid workers deal with the unpleasant logistics of their use.”
Brought together during THE Port hackathon, the Better Body Bags team has a diverse set of backgrounds, and includes CERN staff members, some former CERNois and innovation enthusiasts from external companies and organisations. During the hackathon, they were presented with the difficulties faced by humanitarian organisations like the ICRC and decided to tackle the “body bag problem” head on.
The team first considered ways of thermally isolating bodies, and looked to the Mylar foils used by the ATLAS experiment. Inspired by the foil's ability to keep detector elements shielded, the team sought out similar, commercially available foil that could be used in the body bags. “The answer was found in the food packaging industry,” says Head. “A massive amount of research has gone into crisp-bag foils, which have been designed to keep smells and air inside without any leakage. And best of all, they are widely available and inexpensive.” Using these crisp-bag foils and other technology – such as humidity absorbers and vacuum packing – the team is developing prototype body bags that are airtight, don't leak and don't smell.
As the body bags project continued to develop, the Better Body Bags team also had to evolve. They established a not-for-profit Swiss association, Social Solutions Research, which has allowed them to work with the ICRC's innovation team. In May, they presented their body bag prototype to the ICRC Forensic Advisory Board, which provided enthusiastic feedback. The body bags were also featured at the recent United Nations Economic and Social Council (ECOSOC) meeting at the Palais des Nations.
With the support of the ICRC, the team will soon start developing prototypes with external manufacturers, in order to ensure that the process translates to mass production. “We have a team member – Ricardo Páramo Peláez – who works in product development and has been extremely helpful in smoothing the transition from 'lab-made' to mass production,” says Head. “As a result, we've already found a firm interested in producing our prototypes.”
With mass production on the horizon, the Better Body Bags team continues to perfect their prototype. The next feature on the drawing board will incorporate RFID tags – like those used in access cards and passports – into the body bags. These tags will help resolve a major issue faced by humanitarian organisations: locating single bodies in mass gravesites. When a body has been (potentially) identified and needs to be exhumed, organisations can end up disinterring dozens of bodies in extremely costly operations, just to find a single individual. “We'd like to equip each body bag with an individual RFID tag that can be read from above ground,” says Head. “These tags will need to last 10-20 years and be able to transmit through metres of dirt without a power source. These are challenging requirements, and we're planning to spend the next THE Port hackathon – during the first weekend of October – finding a solution!”
Meet the Better Body Bags team! The Bulletin would like to invite you to meet the Better Body Bags team at Ideasquare on 24 July at 2 p.m. Please note that the visit is only open to CERN access-card holders and that registration is compulsory. The visit will last approx. 30 minutes and will include:
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