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A Proposed Model of Hybrid Environmental Impact Assessment (Heia) For<br />

Assessing Future Port Expansion on Carey Island, Malaysia<br />

Nur Shahida Mohamad Jamal<br />

Dr Nurul Haqimin Mohd Salleh<br />

Bachelor of Management (Maritime)<br />

School of Maritime Business and Management<br />

Port Klang is one of the major port in Malaysia which currently ranked as top 12 global<br />

container ports. Statistically, the container throughput handled by the Port Klang has<br />

increased steadily from about 5 million TEUs in 2005 to 12 million TEUs in 2017. As a<br />

result, the Port Klang Authority (PKA) has planned that port expansion is necessary to<br />

cater the future demand which currently growing. As a result, Carey Island which closed<br />

to the Westport, is potentially as the future project area for this port expansion. The<br />

development of Carey Island as potential area as port expansion is capable to<br />

accommodate larger vessels and handle the increasing container volume in the future.<br />

However, the port expansion at Carey Island will potentially affects the hinterland<br />

environment such as potential pollutions, heritages, health and living of local people,<br />

etc. Traditionally, the Environmental Impact Assessment (EIA) will be conducted before,<br />

during and after the project has been developed. However, the weakness of the EIA is<br />

that it can be judged based on human judgement which lead to uncertainties and fuzzy<br />

decisions. Therefore, a hybrid model combining traditional EIA, Analytic Hierarchy<br />

Process (AHP) and Evidential Reasoning (ER) is proposed in this paper. As a result,<br />

uncertainties in the assessment can be further treated with a proper technique. Based<br />

on the initial test, the result has shown that physical impact (i.e. water pollution, air<br />

pollution and solid waste) is the most prone to occur due to this port expansion. This<br />

paper is expected to assist government agencies, port developers, port decision-makers<br />

to assess the potential environmental impact from future project.<br />

1628 | UMT UNDERGRADUATE RESEARCH DAY 2018

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