Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.
Excerpt
hiddentrue

The Fabrication Team was created in the Spring 2011 semester to solve some of the problems of constructing plant parts on-site in Honduras. One goal of AguaClara is to empower Hondurans to be able to build the plant, and the Fabrication team works to make that easier.

Fabrication

...

Gallery
include

Picture1.jpg,

...

BreakingGround.jpg

...

columns1

The Fabrication team develops fabrication methods that are useful at AguaClara construction sites, while being feasible and economical. We research the requirements for our tasks, select appropriate design criteria, and come to recommendations for plant parts and construction techniques. We integrate our ideas into the overall plant and help future plants be built more easily and at less cost, with several beneficial features.

...

During the Spring 2015 Semester, the Fabrication sub-team is addressing four separate projects. The first is the development is the testing of the weir system, which is oriented towards use in the plant as a way to adjust flow rate through the plant. The development of the weir system and the creation of a scale model were the biggest accomplishments of last semester's Fabrication team. Along with this project, the Fabrication is designing a large-float valve to be used to join and regulate flow from the storage tank to the first main tank in the Aguaclara plant. In addition, the team is looking to create a DOM sensor and a floc hopper probe to be used in Aguaclara plants. 

The DOM sensor may measure absorbance of a long wavelength (perhaps red) and a short wavelength (blue or UV). The absorbance of the long wavelength light will be a measure of the absorbance due to suspended solids. The absorbance of the short wavelength light will be a measure of the absorbance due to suspended solids plus DOM. The absorbance due to DOM can thus be obtained by subtracting the absorbance of the long wavelength from the absorbance of the short wavelength.

For the Spring 2016 semester, the Fabrication subteam has four main objectives. The first is to redesign the OStaRS. In addition, the team will be further refining the design of the floc hopper probe. The team will also be redesigning the constant head tank to improve chlorine resistance of the tank and to accommodate the larger float valve. Testing of a low cost turbidimeter will also be conducted.

 

Section
Column
Team Members

Andres Larraza

Stephen Galdi

Garet Jancich

Steve Love

Kwabena Nimo

Serena Takada

Subhani Katugampala

Valerie Shao

Anna Doyle

Miguel Castellanos

Mengqi JiangNatalie Mottl


Email Team

Column
Documents

 

Challenges

Task Lists

Symposiums

Final Presentation

Final Report

Spring '16

Image AddedImage AddedImage Added

CHT PPT: Image Added

CHT PDF: Image Added

OStaRS PPT: Image Added

OSTaRS Google: Image Added

OStaRS PDF:Image Added

Floc Hopper Probe PPT:Image Added

Floc Hopper Probe PDF: Image Added

Constant Head Tank: Image Added

OStaRS: Image Added

Floc Hopper Probe: Image Added

Spring '15

 FabricationTaskMap.pdfImage Added 

SRSF Weir Model: Image Added

DOM Sensor: Image Added

LCLH Float Valve: Image Added

Floc Hopper Probe: Image Added

 

SRSF Weir Model: Image Added

DOM Sensor: Image Added

LCLH Float Valve: Image Added

Floc Hopper Probe:Image Added

FlocHopperProbe-FinalResearchReport.compressed.pdf

Fall '14 
Summer '12 

Summer '11

 

Spring '11

 

 

Excerpt
hiddentrue

The Fabrication Team was created in the Spring 2011 semester to solve some of the problems of constructing plant parts on-site in Honduras. One goal of AguaClara is to empower Hondurans to be able to build the plant, and the Fabrication team works to make that easier.