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{{copyedit|remember that all sections must have an overview, introduce all figures and tables, and only include references used on this page}} | {{copyedit|remember that all sections must have an overview, introduce all figures and tables, and only include references used on this page}} | ||
==Abstract== | ==Abstract== | ||
The objective of | The objective of the toilet to sink freshwater system design is to create a more eco-friendly bathroom for one of the Sanctuary's bathroom. By minimizing the water supply from a sink clean water is pumped from the toilet to the sink. What makes this unique to the standard toilet and sink combinations is that the sink and toilet are placed like any ordinary bathroom would have them rather than by replacing the top of the tank with a sink. Our project is made possible with the help of Humboldt state university’s ENGR 215 course, Intro to design supervised by Lonny Grafman. | ||
*There should be an image near the top. | *There should be an image near the top. | ||
{{copyedit| be specific i.g. toilet to sink freshwater system instead of this project, use formal tone instead of story tone }} | {{copyedit| be specific i.g. toilet to sink freshwater system instead of this project, use formal tone instead of story tone }} | ||
== Background == | == Background == | ||
During the fall semester of 2016, Team green-light was created in the ENGR 215, intro to design course, taught by Lonny Grafman at Humboldt State University. The team consists of four team members by the names: Christopher Alvaro, Jocelyn Barber, Margaret Koval and Gilbert Ordaz. The Sanctuary is an art facility as mentioned earlier which promotes: Art, community involvement, green technology and sustainable living. With the help of the CEO and founder of the Sanctuary, Solomon Lowenstein, a criteria was created with accordance to best satisfy the client. | |||
In order to create a successful design, the bathroom must look aesthetically pleasing in order to inspire others to recreate the system in their household What makes this unique to the standard toilet to sink combinations is that the sink and toilet are placed like any ordinary bathroom would have them rather than replacing the top of the tank with a sink. This is to greatly encourage the use of this system in average households without having to completely rearrange the bathroom with a sink on top of the toilet. | |||
{{copyedit| make sure to use background pertinent to the project in a formal tone. e.g. who you are, the client, and the project in a jointed paragraph }} | {{copyedit| make sure to use background pertinent to the project in a formal tone. e.g. who you are, the client, and the project in a jointed paragraph }} | ||
== Problem statement and criteria == | == Problem statement and criteria == | ||
{{copyedit| Please give more detail on the objective, desired outcome, and criteria. Reference all tables and figures. Also, consider if your objective statement really summarizes your entire objective. Make sure to introduce all tables.}} | {{copyedit| Please give more detail on the objective, desired outcome, and criteria. Reference all tables and figures. Also, consider if your objective statement really summarizes your entire objective. Make sure to introduce all tables.}} | ||
The problem was to improve the previous bathroom, by reducing freshwater usage and inspiring people to reduce freshwater usage. | The problem was to improve the previous bathroom, by reducing freshwater usage and inspiring people to reduce freshwater usage. | ||
====Criteria==== | ====Criteria==== | ||
The criteria listed below in table 1 helped in deciding the solutions for the design which also includes each criterions constraint. | |||
{| class="wikitable sortable" style="margin: 1em auto 1em auto" | {| class="wikitable sortable" style="margin: 1em auto 1em auto" | ||
|+ Table-1: Criteria and Constraints | |+ Table-1: Criteria and Constraints | ||
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|- | |- | ||
|Safety | |Safety | ||
| | |The design must work without posing any safety hazards to the user | ||
|- | |- | ||
|Inspiration | |Inspiration | ||
| | |The design must inspire users to reduce clean water usage through the use of signage and art. | ||
|- | |- | ||
|Cost | |Cost | ||
|$ | |The team’s maximum budget for the project is $400 | ||
|- | |- | ||
|Environmental Impact | |Environmental Impact | ||
| | |The new toilet and design should cause a reduction in the water bill. | ||
|- | |- | ||
|Ease of Access | |Ease of Access | ||
| | | The design must be operable by the average nine-year-old child which is the minimum age group the client expects to have. | ||
|- | |- | ||
|Aesthetics | |Aesthetics | ||
| | |The design must look better than the previously existing toilet. | ||
|- | |- | ||
|Ease of Plumbing Maintenance | |Ease of Plumbing Maintenance | ||
| | |Any clogs or leakages in the design must be repairable by the average person with limited plumbing knowledge in less than 20 minutes per year. | ||
|} | |} | ||
{{copyedit| be more specific in constraints with complete sentences, introduce table and use sortable table }} | {{copyedit| be more specific in constraints with complete sentences, introduce table and use sortable table }} | ||
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|- | |- | ||
| 1 ||Angle Grinder|| Donated | | 1 ||Angle Grinder|| Donated | ||
|align="right"| 0 | |align="right"| 0.00 | ||
|- | |- | ||
| 1 ||Hack Saw|| Donated | | 1 ||Hack Saw|| Donated | ||
|align="right"| 0 | |align="right"| 0.00 | ||
|- | |- | ||
| 1 ||Miscellaneous Tools|| Donated | | 1 ||Miscellaneous Tools|| Donated | ||
|align="right"| 0 | |align="right"| 0.00 | ||
|- | |- | ||
|colspan="3" align="right" | '''Total Cost''' | |colspan="3" align="right" | '''Total Cost''' | ||
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;Daily | ;Daily | ||
* | *Must make sure that no harmful chemicals are poured down the sink | ||
;Weekly | ;Weekly | ||
* | *In order to prevent any clogging, vinegar is poured down every week to clean out any cavity formation in the PVC piping. | ||
;Monthly | ;Monthly |
Revision as of 05:08, 4 December 2016
Abstract
The objective of the toilet to sink freshwater system design is to create a more eco-friendly bathroom for one of the Sanctuary's bathroom. By minimizing the water supply from a sink clean water is pumped from the toilet to the sink. What makes this unique to the standard toilet and sink combinations is that the sink and toilet are placed like any ordinary bathroom would have them rather than by replacing the top of the tank with a sink. Our project is made possible with the help of Humboldt state university’s ENGR 215 course, Intro to design supervised by Lonny Grafman.
- There should be an image near the top.
Background
During the fall semester of 2016, Team green-light was created in the ENGR 215, intro to design course, taught by Lonny Grafman at Humboldt State University. The team consists of four team members by the names: Christopher Alvaro, Jocelyn Barber, Margaret Koval and Gilbert Ordaz. The Sanctuary is an art facility as mentioned earlier which promotes: Art, community involvement, green technology and sustainable living. With the help of the CEO and founder of the Sanctuary, Solomon Lowenstein, a criteria was created with accordance to best satisfy the client.
In order to create a successful design, the bathroom must look aesthetically pleasing in order to inspire others to recreate the system in their household What makes this unique to the standard toilet to sink combinations is that the sink and toilet are placed like any ordinary bathroom would have them rather than replacing the top of the tank with a sink. This is to greatly encourage the use of this system in average households without having to completely rearrange the bathroom with a sink on top of the toilet.
Problem statement and criteria
The problem was to improve the previous bathroom, by reducing freshwater usage and inspiring people to reduce freshwater usage.
Criteria
The criteria listed below in table 1 helped in deciding the solutions for the design which also includes each criterions constraint.
Criteria | Importance |
---|---|
Safety | The design must work without posing any safety hazards to the user |
Inspiration | The design must inspire users to reduce clean water usage through the use of signage and art. |
Cost | The team’s maximum budget for the project is $400 |
Environmental Impact | The new toilet and design should cause a reduction in the water bill. |
Ease of Access | The design must be operable by the average nine-year-old child which is the minimum age group the client expects to have. |
Aesthetics | The design must look better than the previously existing toilet. |
Ease of Plumbing Maintenance | Any clogs or leakages in the design must be repairable by the average person with limited plumbing knowledge in less than 20 minutes per year. |
Description of final project
Photos and descriptions. Use gallery.
The toilet to sink freshwater system is designed to save the amount of water used in the bathroom. This is done by attaching the toilet tank's overflow fill tube with the sink's hot water supply line using vinyl tubing. This design uses PVC piping to reroute the water's drainage onto the overflow tube so that the used soapy water flows directly into the toilet bowl. The sink's water runs approximately 40 after the toilet is flushed which gives double the amount of time than the recommended 20 seconds according to the CDC. What makes this unique to the standard toilet to sink combinations is that the sink and toilet are placed like any ordinary bathroom would have them rather than replacing the top of the tank with a sink. {{copyedit| 40 what. use figures to reference different aspects of the design. Don't use abbreviations without explaining or having a link to the abbreviation. Include a how to use and maintain section. See the how to template below.
Costs
Use Help:Table_examples#Cost_Table.
Quantity | Material | Location | Full Price ($) |
---|---|---|---|
5 | PVC Plumbing | Ace Hardware | 9.90 |
1 | PVC Tubing | Ace Hardware | 2.00 |
1 | Nuts/Bolts | ACE Hardware | 4.00 |
1 | Masonry Sawzall blade | ACE Hardware | 30.00 |
1 | Masonry Bosch blade | ACE Hardware | 10.00 |
1 | Masonry angle grinder blade | ACE Hardware | 10.00 |
1 | Sink Drain | ACE Hardware | 17.00 |
1 | Angle Grinder | Donated | 0.00 |
1 | Hack Saw | Donated | 0.00 |
1 | Miscellaneous Tools | Donated | 0.00 |
Total Cost | $82.60 |
Testing Results
How to build
Use Template:How_to First, you have to disconnect the toilet and sinks water supply line located beneath. Next, you want to loosen and take off the sinks hot water supply for the next step. By replacing the overfill fill tube from the toilet's tank with a vinyl tubing, you can connect this to the sinks hot water supply with some clamps to ensure the tubing is watertight. Once this is accomplished, part of the toilets fresh water should flow through the sink when the toilet is flushed, meanwhile, the main fill valve fills the back of the toilet. Finally, to reuse the dispersed from the sink's faucet, you can connect a series of PVP pipings with the proper drop so that the water flows back into the overflow tube as originally designed where it sits in the toilet bowl.
Maintenance
Introduce this maintenance section.
Schedule
This is when to maintain what.
- Daily
- Must make sure that no harmful chemicals are poured down the sink
- Weekly
- In order to prevent any clogging, vinegar is poured down every week to clean out any cavity formation in the PVC piping.
- Monthly
- a monthly task
- a monthly task
- Yearly
- a yearly task
- a yearly task
- Every __ years
- task
- task
Instructions
This is how to maintain. The step by step how to template {{How to}} is most likely best for this part.
Troubleshooting
This is only how to troubleshoot basic operation. For complex issues, the solution might just say contact ________. It should be a table in this format:
Problem | Suggestion |
---|---|
Example issue | Example solution or suggestion |
Does not turn on | Make sure it is plugged in |
Another issue | Et cetera |
Discussion and next steps
References
See Help:Footnotes for more. Template:Reflist