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Masters in Waste Management: Scholarships available

 

Treating Container Toilet Waste in Kumasi, Ghana

  • Application deadline: 24 January 2014
  • Award type: MSc by Research
  • Start date: 1 May 2014
  • Duration of award: 1 year
  • Eligibility: Rest of World, UK or EU
  • Supervisors: Alison Parker, Sean Tyrrel and Ben Martin.
  • Supported by WSUP, this studentship will provide a generous tax free bursary, plus fees for 1 year. Details available on request to Alison Parker a.parker@cranfield.ac.uk

Overview

Globally 2.84 billion people still lack access to sanitation.There are numerous innovations trying to address this challenge, one of which is Clean Team, a WSUP (Water and Sanitation for the Urban Poor) and Unilever partnership currently scaling up to serve 1000 households with sanitation in Kumasi, Ghana. Each household has an aspirational container toilet, and they pay for collection two to four times per week.The waste is taken by the waste collectors to IBCs at an intermediate transfer station. From here, waste is taken by a vacuum truck to Kumasi’s sewage treatment works in Dompoase. At the current scale of 450 households 30 vacuum truck loads are transported every month and this number needs to be reduced. This could be achieved by treating the liquid fraction of the waste to a standard where it can be discharged to a river, drain or soakaway. Secondary benefits could be the production of energy or fertiliser from the waste.This is needed urgently so already developed “off-the shelf” package systems are required.This would also assist the transfer of the Clean Team model to other cities where there may be no sewage treatment works at all, or the works may refuse to accept Clean Team waste.

The project will involve carrying out side-by-side technical testing of the three candidate technologies over an extended period in Kumasi and evaluating the test results to make a final technology selection. The student will take regular samples of the liquid effluent and any gas produced and analyse them in the laboratory. In addition they will be responsible for commissioning the technologies and managing their operation and the delivery of waste from the vacuum trucks. Critical to this will be solving problems as they arise and liaising with Clean Team and WSUP.

There will be an initial training period in Ghana or the UK, followed by a ten month trial of the technologies in Ghana run by the student. The project write-up will take place during a one month stay at Cranfield University at the end of the project.

Kumasi has a long and colourful history being the proud capital of the Ashanti Kingdom, steeped in history and tradition; it is the second city to Accra in Ghana and has always rivalled it for commercial leadership. As such it welcomes international business and entrepreneurial opportunities and offers a quality of life which reflects this with its range of ethnically diverse restaurants, schools and cultural groupings. Work ethic and family values remain important to the people of Kumasi resulting in an ideal framework within which businesses can be founded and developed.   It is hoped to secure accommodation for the student at the Kwame Nkrumah University of Science and Technology.

Entry requirements:

Applicants should have a first or second class  honours degree or equivalent in a related discipline such as engineering, chemistry or biology.  The successful applicant will have a background in science or engineering, preferably with previous experience in wastewater treatment, particularly running pilot-scale trials and interpreting and reporting laboratory data.   An understanding of the Ghanaian context is also an advantage. The successful applicant will be well organised and capable of working independently in a low-income country.   They will also be capable of team working and have excellent communication skills.   They will be highly organised and work under their own initiative to solve problems creatively.

Apply at:

http://ccwebapps-dmz.dmz.cranfield.ac.uk/prospectuslinks/course/show.action;jsessionid=4E5A6E754313F03F2FEFB0010A6552E1?course=MSc+by+Research+School+of+Applied+Sciences

 

Further details online:

http://www.cranfield.ac.uk/study/research-degrees/current-research-opportunities/phd/treating-container-toilet-waste-in-kumasi-ghana.html

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