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Rasulullah s.a.w. bersabda: “Sesungguhnya telah diturunkan kepadaku pada waktu malam sebuah Surah yang aku cintai lebih dari dunia ini dan isinya.” Pada

riwayat yang lain, “yang lebih aku cintai daripada apa yang disinari oleh cahaya matahari.” Dan kemudian baginda membaca: “Innaa fatahnaa laka fatham

mubiinaa (ayat pertama Surah al-Fath).” (Riwayat Bukhari)

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REDUCTION REACTION OF PLATINUM NANOPARTICLE

WITH PALM LEAVES EXTRACT

PRESENTED BY:NOR AIN BINTI RAMLI

2012770949

SUPERVISOR:MDM.NOORSUHANA MOHD YUSOF

CO-SUPERVISOR:DR. JUNAIDAH JAI

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Introduction

Why we do this research?

Despite for green production of nanoparticles

Issues on worldwide problems associcted with environmental

contamination

Despite for green chemistry

&nanotechnology

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Advantages of Greener Technology

Environmental

friendly

Non-Toxic

Low cost based on technology , application &

sources

Simple yet fast

processing technique

Clean

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Platinum (Pt)

Nanoparticles

Applications

Catalyst TechnologyDevelopment

Medical Therapy Application

Nanotechnology

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Catalyst Technology

Start with problem Fuel sell powered vehicles that run from hydrogen

How to produce the hydrogen cheaper & how to store it safely

Problem solver (Researchers)Form of new catalyst: Platinum nanoparticles

Problems:-Expensive -can be easily deactivated in the presence off low levels of carbon monoxide rendering the fuel cell inoperable

Resolution Catalyst using platinum nano particles deposited on a support material of titanium oxide.

Added tungsten to increase the electrical conductivity of the catalyst

Result: Platinum catalyst is 2,000 times more resistant to carbon monoxide

Alternative fossil fuel

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Various devastated sources for the preparation of nanoparticles

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Previous Research

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Problem Statements 3) Comprehensive study on kinetic and extend of reaction and any others condition that yield to the product Platinum nanoparticles.

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Research Objective

To extract the oil palm leaves at specific condition of temperature and time due to drying process.

To investigate the kinetic, yield as well as extend of reaction of the synthesis Platinum (Pt) nanoparticles.

To comprehend the reaction mechanism involved in synthesis of Platinum aqueous solution to produced Platinum nanoparticles.

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Research Methodology

Extraction of

oil palm

leaves

Characterization of the oil palm

leaves extract

Synthesis of platinu

m nanoparticle

s

Investigation

of kinetic

s, extent

of reaction and yield

of platinu

m nanoparticle

s

Characterization of platinu

m nanoparticle

s

Papers and report writing

Source: (K. Raja, et al., 2012)

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Collecting matured oil palm leaves

Washing the leaves with the running tab water then shred the washed leaves into small pieces

Heat the shredded leaves with distilled water (ratio of leaves to distilled water, temperature and heating time will be investigated)

Filter the solution and collect the oil palm leaves extract for the synthesis (composition of the extract will be evaluated using GC-MS and FTIR)

Synthesis of Pt nanoparticles (reduction temperature and time will be investigated)

FTIR & XRD (identify the purity of the Pt

nanoparticles)

UV-vis (identify the extant of reaction, kinetic and yield)

SEM and TEM (identify the shape and the size of the

nanoparticles)

Flow Chart of Research Activities

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Expected Results

Able to develop the knowledge on the

kinetic and extend of reaction of yield platinum (Pt)

synthesis using palm leaves extract

Able to comprehend

the mechanism of reduction and capping agent in synthesis of platinum (Pt)

nanoparticles using palm

leaves extarct

Able to understand the application of palm leaves extract in the synthesis of

platinum nanoparticles

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Gantt Chart of Research Activities

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Milestone &Dates of Research Activities

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Thank You Seek for advice