DETERMINING THE UNIQUE MICRO-EXPLOSION MECHANISM OF EMULSIFIED BIODIESEL FUEL PARENT DROPLET

The presence of water in biodiesel is a promising strategy that can decrease the development of NOx and PM emissions at the same time. One of the method that were used is water-in-biodiesel emulsion (WiBE). This technique enhances fuel efficiency and reduces emission of hazardous pollutants from die...

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Main Author: ABD SALIM, AMIRUL
Format: Final Year Project
Language: English
Institution: Universiti Teknologi Petronas
Record Id / ISBN-0: utp-utpedia.19226 /
Published: 2018
Online Access: http://utpedia.utp.edu.my/19226/1/DISSERTATION.pdf
http://utpedia.utp.edu.my/19226/
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id utp-utpedia.19226
recordtype eprints
spelling utp-utpedia.192262019-06-20T08:32:15Z http://utpedia.utp.edu.my/19226/ DETERMINING THE UNIQUE MICRO-EXPLOSION MECHANISM OF EMULSIFIED BIODIESEL FUEL PARENT DROPLET ABD SALIM, AMIRUL The presence of water in biodiesel is a promising strategy that can decrease the development of NOx and PM emissions at the same time. One of the method that were used is water-in-biodiesel emulsion (WiBE). This technique enhances fuel efficiency and reduces emission of hazardous pollutants from diesel engines. Although numerous studies on water-oil-emulsion are available, the reports on biodiesel emulsion break-up mechanism are still incomplete. The present study aims on identifying the parameters of the biodiesel emulsion which influence the occurrence of micro-explosion such as droplet size, hydrophilic lipophilic balance value, water content and surfactant concentration. This study also visualizes and record the evolution of micro-explosion for the optimised biodiesel emulsions based on different characteristics such as type of emulsion, density, viscosity and water droplet size at different droplet heating temperatures. 2018-01 Final Year Project NonPeerReviewed application/pdf en http://utpedia.utp.edu.my/19226/1/DISSERTATION.pdf ABD SALIM, AMIRUL (2018) DETERMINING THE UNIQUE MICRO-EXPLOSION MECHANISM OF EMULSIFIED BIODIESEL FUEL PARENT DROPLET. UNSPECIFIED.
institution Universiti Teknologi Petronas
collection UTPedia
language English
description The presence of water in biodiesel is a promising strategy that can decrease the development of NOx and PM emissions at the same time. One of the method that were used is water-in-biodiesel emulsion (WiBE). This technique enhances fuel efficiency and reduces emission of hazardous pollutants from diesel engines. Although numerous studies on water-oil-emulsion are available, the reports on biodiesel emulsion break-up mechanism are still incomplete. The present study aims on identifying the parameters of the biodiesel emulsion which influence the occurrence of micro-explosion such as droplet size, hydrophilic lipophilic balance value, water content and surfactant concentration. This study also visualizes and record the evolution of micro-explosion for the optimised biodiesel emulsions based on different characteristics such as type of emulsion, density, viscosity and water droplet size at different droplet heating temperatures.
format Final Year Project
author ABD SALIM, AMIRUL
spellingShingle ABD SALIM, AMIRUL
DETERMINING THE UNIQUE MICRO-EXPLOSION MECHANISM OF EMULSIFIED BIODIESEL FUEL PARENT DROPLET
author_sort ABD SALIM, AMIRUL
title DETERMINING THE UNIQUE MICRO-EXPLOSION MECHANISM OF EMULSIFIED BIODIESEL FUEL PARENT DROPLET
title_short DETERMINING THE UNIQUE MICRO-EXPLOSION MECHANISM OF EMULSIFIED BIODIESEL FUEL PARENT DROPLET
title_full DETERMINING THE UNIQUE MICRO-EXPLOSION MECHANISM OF EMULSIFIED BIODIESEL FUEL PARENT DROPLET
title_fullStr DETERMINING THE UNIQUE MICRO-EXPLOSION MECHANISM OF EMULSIFIED BIODIESEL FUEL PARENT DROPLET
title_full_unstemmed DETERMINING THE UNIQUE MICRO-EXPLOSION MECHANISM OF EMULSIFIED BIODIESEL FUEL PARENT DROPLET
title_sort determining the unique micro-explosion mechanism of emulsified biodiesel fuel parent droplet
publishDate 2018
url http://utpedia.utp.edu.my/19226/1/DISSERTATION.pdf
http://utpedia.utp.edu.my/19226/
_version_ 1741195466588028928
score 11.62408

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