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LAPORAN TAHUNAN
UNIVERSITI PERTAHANAN
NASIONAL MALAYSIA
2015
penyel idikan
dan inovasi
Produk
Feasibility of Salt
Water in Energy
Harvesting
High Impact
Penetrator
Explosive
Compaction
Nama Penyelidik
Suresh A/L Thanakodi,
Muhamad Azani bin Yahya,
Muhammad Luqman bin
Zali, Mohd Alim bin Redzuan,
Mohamad Amiro bin Mat Zain,
Muhammad Aniq Syahmi bin
Aminuddin, Abdullah bin Asif
Lt Kol Prof. Madya Ariffin bin
Ismail, Dr. Ahmad Humaizi
bin Hilmi, Nurasmida binti
Muhammad Azmin, Nurul
Huda binti Mortar
Lt Kol Prof. Madya Ariffin bin
Ismail, Dr. Ahmad Humaizi
bin Hilmi, Nurasmida binti
Muhammad Azmin, Nurul
Huda binti Mortar
Bil.
18.
19.
20.
Anugerah
Perak
Perak
Perak
Ringkasan Produk
Feasibility of Salt Water in Energy Harvesting
High Impact Penetrator
Explosive Compaction
Produk
1,3-Thiazole as
Ionophores in
The Construction
of Heavy Metal
Selective Membrane
Sensor
Renewable Energy:
Catalytic Conversion
of Alga to Biomass
Nama Penyelidik
Dr. Noor Azilah binti Mohd
Kasim, Noor Aisyah binti
Ahmad Shah, Azreena binti
Ahmad, Nurjahirah binti
Janudin, Ummi Habibah binti
Abdullah, Juliana binti Jumal
Dr. Norli binti Abdullah, Cik
Noor Aisyah binti Ahmad
Shah
Bil.
1.
2.
Anugerah
Gangsa
Gangsa
Ringkasan Produk
Adverse health effects of heavy metals have
been known for a long time but exposure to
heavy metals continues and is even increasing
in some areas Heavy metals have been
used in many different areas for thousands
of years. Construction and application of an
ion-selective electrode as a potentiometric
sensor offers interesting advantage such as
speed, fast response, simplicity, low cost and
wide concentration range. Thiazoles bearing
coordinative sites of sulphur and nitrogen able
to form very stable complexes with metal ions
.This unique property as ligands has fostered
the use of thiazole derivatives towards new
applications in the field of chemical sensors.
In recent years, concerns about greenhouse
gas emissions, global warming and the limits
of the crude oil resources have encouraged
researchers to develop an alternative fuel.
Biodiesel (mono alkyl esters) is a renewable
energy that can be manufactured from
biological material or biomass such as plant or
animal based feedstock. Biodiesel’s physical
properties are similar to those of petroleum
diesel, but it is a cleaner-burning substitute.
Using biodiesel in exchange of petroleum
diesel, especially in older vehicles, can reduce
greenhouse gas emissions. Although several
reports are accessible on the production of
biodiesel from vegetable oils, but the production
of biodiesel from microalgae is a newly
emerging eld. The production of biofuel at the
moment is usually by the transesterification
process of triglycerides to methyl esters using
homogeneous basic catalysts. However,
the use of homogenous base catalysts is
problematic since the alkali can produces
large amounts of unwanted soap by-product.
Therefore, it is needed to specifically design
a new nano-metal supported heterogenous
catalysts to overcome these issue. The study
will be helpful in selecting effective catalysts
and economical methods for biodiesel
production using cheap raw materials with less
environmental impact.
GANGSA