Postgraduate

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Postgraduate Student  &  Supervisor

Khalidatul  Athirah  Khalid (Master  of Engineering Technology)

Supervisor      - Dr. Kelly Yong Tau Len
Co-Supervisor - Asimi Ana Binti Ahmad

Title :Production  of  platform  chemicals  from  palm oil mill  effluent  using  hydrothermal treatment.

 

Muhammad  Nor  Hidayat  bin Raduan (Master  of Engineering Technology)

Supervisor      - Muazzin Mupit

Co-Supervisor - Mr Ahmad Siroji Mohamed Apandi

Title : Optimization  of  new  roof  design  of  the low  cost  home (PPRT)  in tropical  climate  by  using  simulation.

Description

The Government has implemented specific development programme such as “Hard-Core Poor Development Programme” (PPRT). The new PPRT house initiated by the government is not only small but has heat-trapping zinc roofs and concrete walls. This house indicated uncomfortable condition compare to the existing houses. Unfortunately, the architectural design solutions do not permit good passive cooling for thermal comfort. This can be illustrated by the high indoor temperature experienced during the day time. Unfortunately, the architectural design solutions do not permit good passive cooling for thermal comfort. This can be illustrated by the high indoor temperature experienced during the day time. 

 

Intan  Ismaya  Ibrahim (Master  of Engineering Technology)

Supervisor      - Dr Wan Noor Aida Wan Nadhari
Co-Supervisor -
A.P Dr Mohd Zahit Ali

Title : Development  of  pellet  from  oil  palm  empty  fruit  bunch  & Acacia  mangium  for  green  energy  source.

 

Description

Pelleted fuel can be made from saw dust (wood pellet), empty fruit bunches, palm kernel shells, coconut shells, tree tops, branches discard and other lignocellulosic materials. Utilizing the oil palm empty fruit bunches (OPEFB) and Acacia mangium as energy feedstock may promote replacement of fossil fuel and consequently address the issue of waste management. It is also expected that the usage of OPEFB can solve the environmental problems coming from organic wastes and the supply of Acacia mangium can be found mostly in Sabah because of its life short rotation. The main objectives of this research are to prepare the OPEFB and Acacia Mangium pellet without using synthetic adhesives, determining the pellet optimization manufacturing condition, to study the physical, mechanical and chemical properties and determining the calorimetric value of the pellet for green energy source.