Anonymous Company
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Next Challenge: Future of Footwear - what’s next? |
Sugar is important to our business and we are looking for new ways to make it. For this challenge, we want to focus on producing crystalline sugar of <20 microns.
Propose a method of producing crystalline sugar (sucrose) at less than 20 microns, d82, without a post production particle size reduction step (e.g. milling)
Be sure to include:
- Scientific concepts to back up your solution
- An explanation of how you would produce your solution in the lab
Criteria
1) Solution needs to be food grade, allergen free, and GMO (genetically modified organism) free
2) Final sugar product should not contain more than 1% water
3) Solutions should ideally be submitted in Microsoft office compatible files
Additional Guidelines:
1) Assume that the raw plant fibre milling and juice extraction, sulfonation, alkalization, and clarification are handled elsewhere, while only the crystallization of filtered sugar syrup is the main focus of this project
2) Purity and composition of the incoming solution should be a solution of sucrose in water non distilled, 99%+ sucrose solid content.
3) High volume (10-100k Tonnes / Year) – production rate suitable to an industrial scale process is the ultimate ambition. However, at this stage low volume and low rate lab techniques are also of interest.
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Submissions will be graded on the following criteria:
- Meets Deliverables
- Creativity
- Clarity
will receive $150 each
will receive $50 each
$150.00 | Daniel Recht Harvard University | ||
$150.00 | Claire McWhite Rice University | ||
$150.00 | yijun2 Stanford University | ||
$150.00 | Minqian Wang Rutgers, The State University of New Jersey | ||
$150.00 | Zhuohong (Kenny) Xie University of Maryland | ||
$50.00 | roychan Stanford University | ||
$50.00 | Eddie Crossen Brigham Young University | ||
$50.00 | Matthew Allan Purdue University | ||
$50.00 | Pat Polowsky Purdue University | ||
$50.00 | Chang Liu Rutgers, The State University of New Jersey |