Tag Archives: Royal Academy of Engineering

STEM for refugees and disaster relief

Just hours prior to the terrorist bombings in Paris (Friday, Nov. 13, 2015), Tash Reith-Banks published a Nov. 13, 2015 essay (one of a series) in the Guardian about science, technology, engineering, and mathematics (STEM) as those specialties apply to humanitarian aid with a special emphasis on Syrian refugee crisis.

This first essay focuses on how engineering and mathematics are essential when dealing with crises (from Reith-Banks’s Nov. 13, 2015 essay), Note: Links have been removed,

Engineering is a clear starting point: sanitation, shelter and supply lines are all essential in any crisis. As Martin McCann, CEO at RedR, which trains humanitarian NGO workers says: “There is the obvious work in providing water and sanitation and shelter. By shelter, we mean not only shelter or housing for disaster-affected people or refugees, but also structures to store both food and non-food items. Access is always critical, so once again engineers are needed to build roads or in some cases temporary landing strips.”

Emergency structures need to be light and fast to transport and erect, but tend not to be durable. One recent development comes from engineers Peter Brewin and Will Crawford of Concrete Canvas., The pair have developed a rapid-setting concrete-impregnated fabric that requires only air and water to harden into a water-proof, fire-resistant construction. This has been used to create rapidly deployable concrete shelters that can be carried in a bag and set up in an hour.

Here’s what one of the concrete shelters looks like,

A Concrete Canvas shelter. Once erected the structure takes 24 hours to harden, and then can be further insulated with earth or snow if necessary. Photograph: Gareth Phillips/Gareth Phillips for the Guardian

A Concrete Canvas shelter. Once erected the structure takes 24 hours to harden, and then can be further insulated with earth or snow if necessary. Photograph: Gareth Phillips/Gareth Phillips for the Guardian

There are many kinds of crises which can lead to a loss of shelter, access to water and food, and diminished safety and health as Reith-Banks also notes in a passage featuring mathematics (Note: A link has been removed),

Maths might seem a far cry from the sort of practical innovation described above, but of course it’s the root of great logistics. Alistair Clark from the University of the West of England is using advanced mathematical modelling to improve humanitarian supply chains to ensure aid is sent exactly where it is needed. Part of the Newton Mobility scheme, Clark’s project will partner with Brazilian disaster relief agencies and develop ways of modelling everything from landslides to torrential downpours in order to create sophisticated humanitarian supply chains that can rapidly adapt to a range of possible disaster scenarios and changing circumstances.

In a similar vein, Professor Amr Elnashai, founder and co-editor of the Journal of Earthquake Engineering, works in earthquake-hit areas to plan humanitarian relief for future earthquakes. He recently headed a large research and development effort funded by the Federal Emergency Management Agency in the USA (FEMA), to develop a computer model of the impact of earthquakes on the central eight states in the USA. This included social impact, temporary housing allocation, disaster relief, medical and educational care, as well as engineering damage and its economic impact.

Reith-Banks also references nanotechnology (Note: A link has been removed),

… Up to 115 people die every hour in Africa from diseases linked to contaminated drinking water and poor sanitation, particularly in the wake of conflicts and environmental disasters. Dr Askwar Hilonga recently won the Royal Academy of Engineering Africa Prize, which is dedicated to African inventions with the potential to bring major social and economic benefits to the continent. Hilonga has invented a low cost, sand-based water filter. The filter combines nanotechnology with traditional sand-filtering methods to provide safe drinking water without expensive treatment facilities.  …

Dr. Hilonga who is based in Tanzania was featured here in a June 16, 2015 posting about the Royal Academy of Engineering Prize, his research, and his entrepreneurial efforts.

Reith-Banks’s* essay provides a valuable and unexpected perspective on the humanitarian crises which afflict this planet *and I’m looking forward to the rest of the series*.

*’Reith-Banks’s’ replaced ‘This’ and ‘and I’m looking forward to the rest of the series’ was added Nov. 17, 2015 at 1620 hours PST.

Tanzanian research into nanotechnology-enabled water filters

Inexpensive 99.9999…% filtration of metals, bacteria, and viruses from water is an accomplishment worthy of a prize as the UK’s Royal Academy of Engineering noted by awarding its first ever International Innovation Prize of £25,000 ($38,348 [USD?]) to Askwar Hilonga, a Tanzanian academic and entrepreneur. A June 11, 2015 article by Sibusiso Tshabalala for Quartz.com describes the water situation in Tanzania and Hilonga’s accomplishment (Note: Links have been removed),

Despite Tanzania’s proximity to three major lakes almost half of it’s population cannot access potable water.

Groundwater is often the alternative, but the supply is not always clean. Mining waste (pdf, pg 410) and toxic drainage systems easily leak into fresh groundwater, leaving the water contaminated.

Enter Askwar Hilonga: a 38-year old chemical engineer PhD and entrepreneur. With 33 academic journal articles on nanotechnology to his name, Hilonga aims to solve Tanzania’s water contamination problems by using nanotechnology to customize water filters.

There are other filters available (according to Tshabalala’s article) but Hilonga’s has a unique characteristic in addition to being highly efficient and inexpensive,

Purifying water using nanotechnology is hardly a new thing. In 2010, researchers at the Yi Cui Lab at Stanford University developed a synthetic “nanoscanvenger” made out of two silver layers that enable nanoparticles to disinfect water from contaminating bacteria.

What makes Hilonga’s water filter different from the Stanford-developed “nanoscavenger”, or the popular LifeStraw developed by the Swiss-based health innovation company Vestergaard 10 years ago?

“It is customized. The filter can be tailored for specific individual, household and communal use,” says Hilonga.

A June 2, 2015 news item about the award on BBC (British Broadcasting Corporation) online describes how the filter works,

The sand-based water filter that cleans contaminated drinking water using nanotechnology has already been trademarked.

“I put water through sand to trap debris and bacteria,” Mr Hilonga told the BBC’s Newsday programme about the filter.

“But sand cannot remove contaminants like fluoride and other heavy metals so I put them through nano materials to remove chemical contaminants.”

Hilonga describes the filter in a little more detail in his May 30, 2014 video submitted for for the UK Royal Academy of Engineering’s prize (Africa Prize for Engineering Innovation)

Finalists for the prize (there were four) received a six month mentorship which included help to develop the technology further and with business plans. Hilonga has already enabled 23 entrepreneurs to develop nanofilter businesses, according to the Tshabalala article,

Through the Gongali Model Company, a university spin-off company which he co-founded, Hilonga has already enabled 23 entrepreneurs in Karatu to set up their businesses with the filters, and local schools to provide their learners with clean drinking water.

With this prize money, Hilonga will be able to lower the price of his filter ($130 [USD?) according to the BBC news item.

Congratulations to Dr. Hilonga and his team! For anyone curious about the Gongali Model Company, you can go here.

Design hoedown in London, UK—The 2012 London Design Festival and future ways of living

It amused me to use the word hoedown (a gathering and/or a dance/music form associated with Americans in rural areas) to describe a design festival in one of the most cosmopolitan cities in the world. Here’s more about the festival from the Sept. 3, 2012 news item on Nanowerk,

 … cutting-edge … design and engineering visions for the future will be showcased at the launch of Northumbria’s new P3i research group at the Royal Academy of Engineering (RAE) in London this month [Sept. 2012].

Melding design with science, technology, engineering and mathematics (STEM) disciplines, P3i brings together leading designers and engineers to find technology-based solutions for society’s needs and future ways of living. The centre will engage in a design-led exploration of emerging materials and technologies in, on and around the human body in the 21st Century.

As part of the 2012 London Design Festival, Northumbria’s P3i members will become designers in residence at the RAE from 18-21 September, showcasing some of their innovations in the Towards Future Ways of Living exhibition.

Visitors to the exhibition will be introduced to the group’s core values exploring the materials used to create products that matter to people. The P3i team will present an unexpected and unorthodox exhibition featuring four interactive rooms that will display glimpses of new materials and fabrication technologies.

Future products and services that combine innovative materials and fabrics with biological functions will be explored in P3i’s laboratories and studio facilities. Staff are currently at the forefront of research into anticipatory medical devices, such as the development of ‘smartware’ – fabrics that treat chronic wounds caused by diabetes and leg ulcers; ‘senseware’ – motion sensors embedded in textiles that can detect the onset of epileptic seizures and alert medical professionals; and ‘bioware’ – technology-embedded materials and surfaces in the home and on the body.

It won’t be all medical textiles, there’ll be a fashion influence and some hardcore engineering,

P3i researchers include Ann Toomey, Reader in Active Materials Research, and Nancy Tilbury, Reader in Fashion Interactions. Both recently arrived scholars at Northumbria University have extensive expertise and experience in design-led innovation with active materials. Tilbury, a fashion designer by training, interrogates new materiality and fashioning for the 21st century, uniting fashion and science in her work with clients, including her work on the creation of dynamic video clothing for the Black Eyed Peas 2011 world tour.

Also on board as part of the P3i research team are Lyndsay Williams, Reader in Hardware and Software Integration, and Dr Veronika Kapsali, Reader in Biomimetic Surface and Interface Engineering.

The P3I studio at Northumbria University has a description on its events page for the Future Ways of Living exhibition being presented at the London Design Festival,

As part of the 2012 London Design Festival P3i will become Designers in Residence at the Royal Academy of Engineering where visitors will be introduced to a future socio-enviro-techno integrated world. This journey will question & provoke dialogue around the needs & contexts of materials used to create products & services that matter to people.

Above all, the P3i designers will present an unexpected and unorthodox blend of ‘think tank’ vision and pragmatic methodologies for implementation and realisation. They are hoping to open up a debate on their ‘Future Ways of Living’ and position design as a critical and vital stage and voice in the formation and realisation of these concepts.

They offer some information about attending the free Future Ways of Living exhibition,

Exhibition Opening Times
Wednesday 19th September 9.30am – 6pm
Thursday 20th September 9.30am – 6pm
Friday 21st September 9.30am – 4pm

Venue Address
The Royal Academy of Engineering
3 Carlton House Terrace
London
SW1Y 5DG
Phone: 02077660604

Piccadilly Circus, Green Park, Charing Cross and Embankment underground stations are a short distance away

The Sept. 3, 2012 news release from  P3I includes this image,

Research from P³i could change the way that people live in the future (Downloaded from http://www.northumbria.ac.uk/browse/ne/uninews/p3ifuturedesign)

You can visit the 2012 London Design Festival website here for more details about the festival which takes place Sept. 14 – 23, 2012.