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Turbidity measurements provide the primary source of performance monitoring at many water treatment plants. Turbidity provides an excellent way to measure overall plant performance, but it does not provide insight as to why the water treatment plants are performing well or poorly. The Floc Size and Count App team aims to overcome this problem by creating a tool for operators to analyze flocculation as a means to understand plant efficiency and performance as well as to understand the underlying reasons for this.

Spring 2017

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Members

Deniz Yilmazer:  dy223@cornell.edu

Melanie Lim: ml876@cornell.edu

Shaima Parveen: sp822@cornell.edu

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Documents

 

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Challenges

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Tasks

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Symposium

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Final Presentation

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Final Report

Fall

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View file
nameFlocApp(1).pdf
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View file
nameFlocApp.pptx
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2017

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View file
nameSpring 2017 Final Presentation.pdf
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This semester, the team went through a little change by losing two members and gaining two new ones. The new members started to learn LabVIEW as the floc app development continued. Time stamps were added to support functionality if the program were to be run for a long time. A documentation of the code was created. The team is working on data representation.

Spring 2017

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View file
namefloc-app-spring.pdf
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Fall '16

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View file
nameChallenges.pdf
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View file
nametodo-fall-2016.pdf
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View file
nameFloc App Symposium Presentation Fall 2016.pptx
height150

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View file
nameFloc App Final Presentation.pptx
height150

View file
nameFloc App Final Presentation.pdf
height150

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View file
namefloc-app-fall 2016.pdf
height250

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View file
namesp16tasks.pdf
height150

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View file
nameFloc App FInal Presentation .pptx
height150
View file
namePowerpointpdfflocapp.pdf
height150

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View file
namefloc-size-count.pdf
height150

 

 

 

 

This semester, the team has primarily worked on improving the data outputted by the Floc App. Distances in a computer are originally stored in units of pixels (tiny squares that are combined together to form store and display digital images). This unit must be converted to micrometers (a physical unit of length) using some scaling constant. The Floc App originally had this factor fixed, which would provide inaccurate measurements for different lab setups. To deal with this, the team created a function that allows a user to set this factor.

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The team started the implementation of an easy-to-use desktop application that would measure floc size distribution that is written in LabVIEW. The team completed image acquisition and analysis parts for the final application. The connection of these two separate programs were not finished this semester. The team also increased readability of the existing code by the partitioning the code into subsections via the creation of functions.\


 

Section

Members

Deniz Yilmazer:  dy223@cornell.edu

Melanie Lim: ml876@cornell.edu

Shaima Parveen: sp822@cornell.edu


Column
Documents

 

 

Challenges

Tasks

Symposium

Final Presentation

Final Report

Fall '17     
Spring '17  

View file
nameFlocApp(1).pdf
height250
View file
nameFlocApp.pptx
height150

 

 

View file
nameSpring 2017 Final Presentation.pptx
height150

 

View file
nameSpring 2017 Final Presentation.pdf
height150

 

View file
namefloc-app-spring.pdf
height150

Fall '16

View file
nameChallenges.pdf
height150
View file
nametodo-fall-2016.pdf
height150
View file
nameFloc App Symposium Presentation Fall 2016.pptx
height150

 

View file
nameFloc App Final Presentation.pptx
height150

View file
nameFloc App Final Presentation.pdf
height150

View file
namefloc-app-fall 2016.pdf
height250
Spring '16
View file
namesp16tasks.pdf
height150
View file
nameFloc App FInal Presentation .pptx
height150
View file
namePowerpointpdfflocapp.pdf
height150

View file
namefloc-size-count.pdf
height150