The “Origami” Inclined Plate Settler

Project overview

A fit-for-purpose humanitarian emergency water treatment system based on the principles of inclined plate settling.

Countries
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Organisations
Université Laval
Partners
Oxfam GB
Area of funding
Humanitarian Innovation
Grant amount
107341
Start date
09
January
2012
End date
09
February
2014
Project length (in months)
25.3
Funding calls
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Focus areas
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Topics
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Status
Closed

Project solution

This project offers [specific solution or intervention] to tackle [challenge]. By implementing [strategies, tools, or innovations], the project aims to achieve [desired outcomes]. The approach is designed to [specific actions or methods] to bring about meaningful change in [community, region, or issue area].

Expected outcomes

This project aims to achieve [specific outcomes], such as [measurable results, improvements, or changes]. The expected impact includes [benefits to the target community, advancements in research or innovation, or long-term effects]. By the end of the project, we anticipate [specific changes or milestones] that will contribute to [broader goals or objectives].

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WHAT IS THE HUMANITARIAN NEED?


This innovation addresses the inadequacies of current water treatment technologies, which are frequently not aligned with humanitarian objectives; resulting in unnecessarily expensive and sometimes ineffective relief.

WHAT IS THE INNOVATIVE SOLUTION?


Plate settling principles allow for relatively higher loading rates and consequentially a higher treated water production yield within a smaller footprint. By making the unit collapsible, setup times and transportation costs can also be reduced.
Added Value: Ultimately, larger volumes of water can be produced within SPHERE Standard water quality levels using a relatively low-cost and simple treatment process.

Innovation Phases Description:

  • Development: Development of a collapsible emergency water treatment system using inclined plate settling principles in partnership with relevant stakeholders (e.g. relief agencies, water treatment industry).
  • Implementation: Design, testing, validation, and implementation of the proposed technology in humanitarian relief contexts.


WHAT ARE THE EXPECTED OUTCOMES?


  • The principle deliverable is the Origami water treatment kit itself.
  • During the development of the water treatment system and its performance evaluation, a testing protocol for this kit will be established to aid in the development of other water treatment innovations.
  • Additionally, project findings will be disseminated through appropriate fora.

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Université Laval
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