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Oil-Water Separator MK.II

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Emmanuelle Vegiga

on 5 December 2014

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Transcript of Oil-Water Separator MK.II

Summary, Conclusions
and Recommendation Methodology Results and
Discussion Introduction The table above shows that there was no oil that passed through the device. OUTPUT OIL-WATER
MK.II The table above shows that there was no oil that passed through the device. RECOMMENDATIONS The researches intend to improve the oil-water separator to be more efficient in separating oil from water. It can also be used a device to save the earth by cleaning up oil spills in the ocean or other bodies of water. There are machines made to control this matter but it is too expensive and has complicated structure. That’s why the researches have modified the oil-water separator and so it can also be used as a practical tool by ordinary peoples. The test results showed that no oil passed through in any of the tests. The machine was very effective during the test. It had a good performance; it had better results than the original separator. But, after using the device some of its parts need cleaning. Gather information
and data. INPUT Oil-water separators are used in many industries, from food processing to heavy manufacturing to wastewater treatment and marine applications. Another important use for oil water separators are used in diesel engines.

In this study, the researcher sought to improve the oil-water separator made by our seniors to increase its capability in separating oil form water so it can be used as a more sufficient way to clean oil spills from oceans and other water resources. This is concentrated in studies on how the oil-water separator separate oils form many water discharges. Introduction Statement of the Problem Hypotheses The success of this study greatly depends on the methodology or process used and on the professional aids whose hands are entrusted with the outcome of the study.
This chapter explains the research design which needs to give some kind of explanations of research used method of collecting data and development of the research instruments and the procedures of the study and sampling design. Experimental research is used to find solutions to everyday problems and develop innovative technologies. The Research Method Materials The main purpose of this study aimed to construct a device that has better capabilities than the original oil-water separator, and to construct a simpler and practical device that can be easily constructed.

Experimental method was used in this study. The experimental research was used in constructing the Oil-water separator mk II.

The objective of the study was to construct a device that is cheaper and more efficient than the original oil water separator.
Summary Jeremias Fabricante
Dustin Palma
Christian Salamat Significance
of the
Study 1. What is the
importance of the
Oil-water separator? 2. Was the device effective
in separating oil
from water? 3. Was the Oil Water
Separator used with:
a. Ease
b. Efficiency 1. The oil-water separator has
no importance in helping the
environment or any other ways. 2. The device was not effective
in separating oil from water. 3. The Oil Water Separator
could not be used with:
a. Ease
b. Efficiency Methods In Collecting Data 1.Reading Related literature and studies 2.Consultation/Interview Method •Plastic/Glass container

•2 pieces of faucets

•Mineral Stones


•Polyester Cloth

•Plastic Stand, Cover, and Support General
Procedures Phase I:
Collection of Data Phase II:
Planning and Designing
of the Device Phase III:
Construction of the
device Phase IV:
Improvement and
Revision of the Product Phase V:
Final Testing PROCESS Construct device from
gathered materials Production of
separator Research Paradigm RESEARCH DESIGN The table above shows that there was no oil that passed through the device. TEST CONCLUSIONS 1.The Oil-Water Separator
showed great importance 2.The Oil Water Separator was
effective in filtering oil
from the water. 3. The Oil-Water Separator
was used with:

a. Ease

b. Efficiency 1.The Next Researcher can construct another Oil-Water separator with a better and more efficient design. 2.The next researcher could use a different filter to improve the device. 3.The next researcher can incorporate the device into a tube that automatically filters oil from the water. 4.The next researcher could customize the oil water separator by adding another function that can improve its entity. 5.The next researcher can incorporate the device into a larger version to accommodate more quantities of liquid. Bibliography (http://cen.acs.org/articles/90/i36/Membrane-Separates-Oil-Water-Ease.html)
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