Shattered Glass Reflection
Essay by alexandraaazanes • May 23, 2017 • Essay • 1,239 Words (5 Pages) • 1,616 Views
Republic of the Philippines[pic 1][pic 2]
Southern Luzon State University
COLLEGE OF ENGINEERING
Lucban, Quezon
PROJECT PROPOSAL
PROJECT PROFILE
- Project Title
DESIGNING AND PUTTING FIRE PROOF HOLLOWBLOCKS MADE FROM SEASHELLS IN CHEMICAL LABORATORY IN COLLEGE OF ARTS AND SCIENCES
- Proponents
AZAÑES, ANTHONY CHRISTIAN R.
EVANGELISTA, MARION SAM V.
PAMIS, STEVEN JEORGE C.
SAHAGUN, KENNETH DERWIN B.
TUMAMBING, JOHN MARI C.
(BSME/ II-A)
- Implementing College Unit
Southern Luzon State University
College of Arts and Sciences
- Project Site
Southern Luzon State University
College of Arts and Sciences Area
- Project Duration
June 2017 – December 2017
- Total Project Cost
P320, 000-P550, 000
- Project Brief Executive Summary
The study is all about making fire proof hollow blocks using seashells as its main material. Hollow blocks are given to be a fire proof material but due to rains, their structures are weakened over time. Seashells have great durability that can withstand rains for a long period of time that is why seashell hollow blocks have advantage than the ordinary ones. The fire proof hollow blocks will be used to build a laboratory. Accidents may occur while experimenting specifically explosions that will caused to set the laboratory in fire. The seashell hollow blocks will prevent it to spread and to lessen the damage caused. If possible, the researchers will implement it in areas that are prone from fires.
Project Proper:
- Introduction:
The study aims to create a durable and fireproof hollow blocks that can withstand great compressive strengths. The seashell hollow blocks will be a perfect substitute material for the commercial hollow blocks since it has a low cost production and more durable than the commercial ones.
The researchers tend to use the mussel or crustacean shells as the main material in order to create a hollow block because it has an extra durability than most shells are. The researchers will use these hollow blocks in order to build a chemical laboratory since this type of laboratory is prone of fires due to the experiments. This study also can help the environment due to the fact that it can lessen the pollution because of the simple process that the researchers will be doing.
- Rationale:
The reason for this study is to help universities and schools to create a safer laboratory that has a low cost production and has a fireproof attribute since its main material will be a hollow block that has mussel shells in it. Having a fireproof attribute in hollow blocks is common but because of the acid rains that occurs often, it can affect the structural and chemical component of the commercial hollow blocks that might affect its performance. Mussel shells can endure more pressure than the commercial hollow blocks because of its components. Based on researches, It consist of 95% Calcium carbonate and because of its high calcium content, it encourages growth and bone formation. It has the highest percentage of Calcium carbonate among the shells.
The researchers chose to build a chemical laboratory because of its prone to fire due to improper experiments. Personal errors in chemical experiment might cause an accident specifically explosions thus fire might occur. With the help of the fireproof chemical laboratory, damages will be lessen. Other buildings such as churches and other old infrastructures uses this kind of material since it can withstand longer than the commercial ones.
Availability of the mussel shells will never be a problem since it can be normally seen in the seashore that were washed away by the sea and people nowadays do not know the proper uses of the mussel shells that is the reason why they throw it away. The study also can address the pollution and solid waste problem by recycling mussel shells.
- Project Description:
Floor Plan
[pic 3]
Perspective Drawing
[pic 4]
Mussel/Seashell Hollow Blocks [pic 5]
- Project Component
Methodology
Building this kind of innovation has simplicity and practicality due to the fact that the materials that will be used will be based on mussel shells and other commonly materials that is used in making a building. The researchers tend to make the floor plan simple because laboratories need to be simple and clean rather than complex.
In making the chemical laboratory, the main materials that the researchers will be using are the mussel hollow blocks. Grinding the mussel shells will extract its primary component that can assure the fire proof attribute. Mixing the grinded mussel shells will create the finished product of the hollow blocks. Lots of these kinds of hollow blocks are needed to create the chemical laboratory. Finishing the small details will allow the researchers to attain their designated work. Having this kind of method will assure that the project will be finished within two months.
Objectives
- To build an effective fire proof laboratory using seashell hollow blocks.
- To provide more practical laboratory than the ordinary ones.
- To help students and instructor to have safe laboratory while experimenting,.
Implementing Schedule
Days | 1st Week of October | 2nd week of October |
1 | Gathering of Information | Mixing it to the Hollow Blocks |
2 | Gathering of Materials | Mixing it to the Hollow Blocks |
3 | Grinding the Mussel Shells | Mixing it to the Hollow Blocks |
4 | Grinding the Mussel Shells | Start Creating the Chemical Laboratory |
5 | Grinding the Mussel Shells | Building the Chemical Laboratory |
6 | Grinding the Mussel Shells | Building the Chemical Laboratory |
7 | Mixing it to the Hollow Blocks | Building the Chemical Laboratory |
Days | 3rd week of October | 4th week of October |
1 | Building the Chemical Laboratory | Building the Chemical Laboratory |
2 | Building the Chemical Laboratory | Building the Chemical Laboratory |
3 | Building the Chemical Laboratory | Building the Chemical Laboratory |
4 | Building the Chemical Laboratory | Buying of Insufficient Amount of Materials |
5 | Buying of Insufficient Amount of Materials | Building the Chemical Laboratory |
6 | Building the Chemical Laboratory | Building the Chemical Laboratory |
7 | Building the Chemical Laboratory | Building the Chemical Laboratory |
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