Put innovation at the heart of refugee protection work | Source: Alexander Betts, The Guardian, Jan 4, 2012.

Putting refugees in camps isn’t enough – harness their creativity and help them become self reliant and prosper

The traditional model of refugee protection is donor-state funded and prioritises keeping people alive. It is the international analogue to the domestic welfare state. This is often necessary during emergency. But all too often people get stuck in refugee camps for many years. Over 6 million of the world’s refugees are in so-called protracted refugee situations, with an average length of stay of 17 years – Somalis in Kenya, Eritreans in Sudan, Sudanese in Chad, Afghans in Iran and Pakistan, and Burmese in Thailand.

The existing humanitarian paradigm can be inefficient. It could fail to make use of the best products and processes available; prove unsustainable, requiring public money to be endlessly channelled into warehousing people; and may lead to dependency, often undermining people’s ability to help themselves. Instead, there may be alternative ways of doing refugee protection, which draw upon untapped resources or build upon refugees’ own skills, aspirations, and entrepreneurship.

The Dadaab refugee camp, above, in Kenya where refugees have taken part in innovation workshops. Photograph: Sipa Press/Rex Features

Innovation is not about novelty or invention. It is about adapting to context. It is a methodology for change, often used in the private sector but, which is, with few exceptions, neglected in humanitarian work. It can be understood as a four-stage process: problem specification, looking for potential solutions, piloting those solutions, and scaling them where appropriate.

Innovation is highly relevant to refugees in at least two areas: the emergency phase, in which alternative resources may be available across humanitarian sectors (water and sanitation, health, shelter, and internet and communications technology, for example) and protracted situations, in which innovation may provide ways to move beyond encampment through creating livelihood opportunities and self-sufficiency.

Innovation may come from the creativity of refugees themselves. By definition, refugees have had to survive and adapt in entrepreneurial ways. Even in the most restrictive camp environments, like the Dadaab camps in Kenya, small businesses thrive, and SMS and Facebook are ubiquitous and adapted to create economic opportunity. In Uganda, where refugees have the right to work, the majority in Kampala are self-employed and in the Kisenyi district many Somalis run thriving businesses that even employ nationals. Access to remittances and the diaspora frequently provides the source of capital for entrepreneurship.

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Kenya – WASH Training Spurs Innovative Local Solution

James Yatich, a public health officer in Kenya’s Central province, has been supporting frontline community health workers involved in home-based care for people living with HIV.

James realized that bedridden clients who could not use the toilet on their own posed a major challenge. “When I told them that they had to use the toilet to prevent diarrhoea, they asked me how?” 

In June 2012 James finally found a solution after attending a WASH-HIV integration training workshop organized for government public health officers under the USAID-funded WASHplus project. During the training, participants learned about the small doable action approach and supportive technologies to improve water, sanitation and hygiene practices.

Small doable actions are incremental, feasible steps to improve practices. Using knowledge acquired from the training, James returned home and started working on the design of a simple aid to help bedridden patients and the elderly “go to the toilet” in a dignified way. The result was a home-made commode that can be made from locally available materials and yet ensure proper disposal of faecal waste.

I sketched a design and asked a carpenter to make one piece for demonstration,” says James. “We used mainly left-over pieces of wood and furniture and the cost came to just 200 shillings (about US$ 2.50). But the cost can be negligible if the materials are available in homesteads.”

The improvised seat is placed where the patients can easily reach it and lined with disposable plastic paper bags that are readily available. It can be used by bedridden clients and the elderly, especially those who are overweight and cannot easily be supported by others.

We don’t see very many bedridden patients, but even one such patient can pose a big challenge to the family and needs assistance,” says James.

According to James, the technology gives patients independence and dignity as they do not need a caregiver to hold them on the toilet seat. It also allows the caregiver to do other chores rather than take the patient to the toilet – which can frequent for patients with diarrhea.

Asked why he had not thought of the solution earlier, James says: “It could not have been developed earlier because we were not able to conceptualise the link relationship between hygiene and HIV until we went for the training.”

James now wants to share his idea and is looking to work with local stakeholders to train community health workers how to make the portable toilet seats for their clients.

Central Provincial Public Health Officer Samuel Muthengi says the region has high latrine coverage at 97 per cent but usage is a challenge for bedridden patients and the elderly. If such a simple technology is replicated, it can help improve disposal of fecal waste.

Greenovate! BP Energy India and the Smokeless Stove | Source: Innovation Excellence, Dec. 20, 2012

Greenovate! documents 53 case studies that are defined by “sustainable, green innovations” (or “green ovations”). Each profile combines business innovation with a synthesized concept of sustainability, from startups to leading global organizations. The next case study in this special Greenovate! case study series is:

BP ENERGY INDIA – ‘Oorja’ Smokeless Biomass Stove

Target a unique emerging market need with an affordable, clean and safe cooking solution that reduces carbon emissions, with a proven sales model, in India 

INNOVATION

BP Energy’s smokeless biomass stove for rural India uses a rechargeable mini-fan to increase efficiency vs. existing wood stoves. Direct sales model is similar to approaches used in other industries (e.g., microlending with Grameen Bank)

SUSTAINABILITY

By using biomass pellets, the stove’s emissions are greatly reduced, lowering global warming pressures and preserving human health. Provides a promising answer to the rising total emissions in India

RESULTS

Reduces carbon monoxide by 71% and lessens suspended particulate matter by 34% compared to traditional wood-burning stoves. Provides new streams of income for emerging women entrepreneurs in India.

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Rational Use of Residential Digesters for Sewage Treatment with Carbon Credits | Source: Scientific.Net, Dec 13, 2012

The present work aims at decentralization of sewage treatment and eco-efficient way of enabling the deployment of residential digesters to treat only the water with high organic load without overloading the system, avoiding the drag of sludge and effluent untreated into the urban network of collection. For this purpose we developed a low-cost technology that treats sewage in the house of the citizen, thus avoiding that large stations aerobic treatment of sewage and its result regarding the large demands for energy and area: the generation and disposal of biogas smelly collection networks in urban, high production and disposal costs aerobic sludge, the disposal of sewage in fresh water bodies causing eutrophication of waters and spread of diseases hydro transmitted. The system proposed digester residential removes about 80% of the organic load of sewage without the use of any electromechanical element, and also allows to collect the biogas produced subsequently be used for energy or simply be burned to hygiene and / or crediting of carbon . Basically, the system comprises three anaerobic digesters in upflow sludge bed, arranged in series forming cascade phase separator with solid-liquid gas-shaped coil. Used to treat wastewater with high organic load coming from the toilet and the kitchen sink. Then the waters with low organic load coming from the baths, sinks and laundry, are used to dilute and improve the quality end of the anaerobically treated effluent in a sustainable manner. Social and environmental technology developed aligns with the guidelines of the National Water Agency and the Kyoto Protocol, whose goal is to reduce greenhouse gases.

SHARE researchers win first prize at the London Sanitation Hackathon | Source: SHARE, Dec 7, 2012

The first ever Sanitation Hackathon took place on 1st and 2nd December, challenging computer programmers and others in the field of software development from around the globe to develop innovative software solutions that address real-world sanitation problems. A total of 181 new software applications were developed by thousands of programmers across 14 cities

SHARE researchers Sophie Tremolet and Marie-Alix Prat took part in the London Hackathon, developing the idea for a mobile app called Upraisemyloo, which would locate sanitation facilities and report associated expenditure. The concept for the app, which was a collaboration with developers from ARUP and Taarifa, was judged ‘dragon’s den’-style by Alex Kay (venture capitalist and one of Qismat Fund’s trustees) and Andrew Stott (World Bank and former UK civil servant, who was behind the setting up of data.gov.uk). The Upraisemyloo app beat stiff competition to win first prize at the Hackathon, with IRC’s financial sustainability checker and Water For People’s LatrineSurfer receiving second and third prize respectively. Sophie and Marie-Alix were delighted to receive their prize which includes two months’ access to ‘start-up laboratory’ HUB Westminster, and mentorship from both ideo.org and Hackathon judge Alex Kay.

Can mobile phones be the answer to some real-world sanitation problems? To find out, the next step for Sophie and Marie-Alix is to create the app before 7th February 2013, where it will be competing against other apps for a Hackathon public vote. Developing an app is ‘easier said than done’, so they will be making the most of their Hackathon prizes alongside support from SHARE and collaborations withTaarifa to make the idea of Upraisemyloo a reality. They are also investigating synergies with existing technologies, such as the SHARE-funded Sanitation Mapper.

WASHCost calculator: costing the life-cycle of water and sanitation services | Source: IRC, Dec 3, 2012

IRC International Water and Sanitation Centre is developing an innovative app with a new grant from the Bill & Melinda Gates Foundation. The app will help implementers and donors of water, sanitation and hygiene (WASH) programmes better plan and evaluate sanitation and water services using cost and service level data. It’s called the WASHCost Calculator and it will ease the costing of the life-cycle of water and sanitation services at a critical moment when more than 50 governments, multilaterals, training institutions, International NGOs and donors are either using or planning to use the life-cycle costs approach. 

The vision for the WASHCost Calculator is that WASH sector practitioners use life-cycle costs information to adapt their plans and achieve water and sanitation services that last for generations. Users without expert knowledge about the life-cycle costs approach will be able to run a sustainability check to strengthen delivery of water and sanitation services, make use of reliable life-cycle cost information, and understand the benefits of the life-cycle costs approach. The prototype of the WASHCost Calculator has garnered interest and feedback from a wide range of users across Africa, Latin America and Asia.

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Crowdsourcing Sanitation Solutions in Ghana | Source: IdeaConnection Blog, Nov 14, 2012.

In Ghana’s second largest city Kumasi, lack of access to adequate toilet facilities either in the household or in public spaces is a common problem.

Though makeshift solutions can provide some help they can also create serious health risks through the spread of cholera, dysentery and other diseases. This scenario is not uncommon in many other places in the developing world.

Cholera bacteria

To help improve life for Kumasi residents, Unilever turned to open innovation for ideas to improve toilets and waste management.

The multinational consumer company partnered with IDEO, a global innovation and design firm, and Water and Sanitation for the Urban Poor (WSUP) to create theOpenIdeo Challenge to harness the creativity and ingenuity of a 35,000+ member social innovation community.

Value of the Crowd

More than 200 ideas were submitted and included concepts to empower mothers and adopt-a-drain campaigns. These ideas fed into Unilever’s solution which is a five-step, sustainable ecosystem for distributing and servicing portable toilets to low-income households.

According to the project’s organizers the value of the crowd was that it extended the scope of sanitation needs and made the product and the service more robust. And it did so in a rapid time frame according to an interview with Unilever’s James Inglesby in UK national newspaper, The Guardian.

“Within two weeks, the OpenIdeo community had surfaced everything that it took us nearly a year to find.”

Toilets for Rent

The solution is a non-flush in-home toilet that can be rented and it comes with waste cartridges that are replaced between two and four times a week. It falls under an umbrella service called ‘CleanTeam’ which is directed by Unilever and WSUP.

A test project in 100 homes refined the concept and currently there are 110 customers with 300 more on the waiting list. The toilet is proving to be popular, not only because it is safer and more hygienic than public toilets, but also because of pride attached to having a toilet in your own home.

Indian Student Entrepreneurs Win Award for Green Innovation | Source: IndiaWest, Nov 19, 2012

BERKELEY, Calif., United States

Greenway Grameen Infra, a team of student entrepreneurs from India, recently won the 8th annual Intel Global Challenge at UC Berkeley, a global business plan competition that encourages student entrepreneurs to tackle some of the world’s most pressing issues and rewards innovative ideas that could make a positive impact on society.

The winning team of entrepreneurs, who received the grand prize of $50,000, created efficient, biomass-based cooking solutions.

The team from Greenway Grameen Infra, who received the grand prize of $50,000, have created efficient, biomass-based cooking solutions.

In India and elsewhere around the globe, indoor open fires and traditional mud stoves are still used for cooking by nearly 3 billion people, leading to negative impacts on the environment and economy. The team’s flagship product, the Greenway Smart Stove, incorporates a unique air-flow generator that saves fuel consumption by up to 65 percent and reduces smoke output by 70 percent.

Since it commercially launched in December 2011, Greenway Grameen Infra has sold more than 12,000 units. The company plans to add two new stove designs and a waste heat-to-electricity converter to its product line.

The competition, held at the Haas School of Business at UC Berkeley, drew 25 teams from 16 countries. The finalist teams were selected from more than 150,000 students from more than 50 countries who competed in 14 affiliate competitions.

 

At the Sanitation Hackathon, civic technologists will develop solutions to challenges facing the sanitation sector.

This December civic technologists will team up with subject matter experts in an intensive marathon to find innovative solutions to challenges facing the sanitation sector. The event, born of a global partnership among The World Bank, The Bill & Melinda Gates Foundation, Random Hacks of Kindness, Eirene, Nokia, Open Cities, and Civic Commons, among others, will take place simultaneously in several cities around the world December 1-2.  

Linking problems with solutions

The Sanitation Hackathon challenges programmers to develop innovative software solutions that address real-world problems in sanitation. During the months leading up to the event, subject matter experts and members of the public will create, submit and vote on problem definitions that highlight specific sanitation challenges that could be mitigated by innovative ICTs. Then, during a weekend-long marathon event, teams of programmers in cities around the world will develop innovative solutions to these problem definitions.

The Sanitation Hackathon emerges out of the recognition that the rapid increase of penetration, awareness and literacy in information and communication technologies (ICTs) in the developing world can transform water and sanitation management. Mobile phones, the Internet and open data are creating new entry points to make sanitation services more transparent, inclusive and participatory while forging new connections between the government, its citizens and the private sector.

Toilet train!

November 8, 2012 · 0 comments

Kerala-based sociopreneur is wiring up cities with automated e-toilets. Source: Businessline, Nov 8, 2012

 Young and affable ‘sociopreneur’ M.S. Vinod has chosen to live his dream in the cause of public good, or make that ‘public convenience’ — it’s all about wiring up filthy cities with, hold your breath, an e-toilet infrastructure.

This takes the form of compact, squeaky-clean and fully automated e-toilets, and nearly 200 of them have already been installed in select cities across the country.

M. S. Vinod of Eram Scientific Solutions.

The 38-year-old executive director of Thiruvananthapuram-based Eram Scientific Solutions did not think twice before naming his innovation ‘Delight’, which is garnering interest both within the country and outside.

The latest recognition has come from none less than the Bill and Melinda Gates Foundation, which has given his company a Rs 2.9-crore grant for research on automating the cleaning and disinfection of public toilets.

Vinod’s innovation doubles as an income-generating asset that is sustainable, cost-effective and energy-efficient.

Above all, it is proving a bright little spark that is igniting the minds of public health and sanitation activists.

Rural Development Minister Jairam Ramesh, who until recently held the Sanitation portfolio and spearheaded the ‘Nirmal Bharat’ campaign to promote urban and rural hygiene, responded positively to the e-toilet and its potential to help end the practice of open defecation.

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