Maritime Trade Facilitation at Seaports in Pakistan

Abstract This thesis investigates the multifaceted challenges faced by importers, exporters, and transporters in the transportation of containerized cargo from industrial zones to Karachi Port, with a focus on the prevalent use of trucks over cargo trains and the complexities associated with customs and anti-narcotics clearance. Additionally, the study delves into the underutilization of Pakistan’s merchant ship fleet despite its permitted capacity, leading to significant foreign exchange losses.

The first section of the research assesses the challenges encountered during the transportation of containerized cargo, shedding light on logistical hurdles faced by stakeholders. Notably, the preference for trucks over cargo trains is explored, uncovering reasons contributing to congestion at Karachi Port and Port Qasim. The research aims to identify viable alternatives and solutions to mitigate congestion and enhance overall transportation efficiency.

The second segment of the thesis examines the intricate customs and anti-narcotics clearance processes at Karachi Port, emphasizing the cumbersome nature of these procedures and their impact on delays in container freight movement. The study proposes strategies to streamline these clearance processes, fostering an environment conducive to the ease of doing business for transporters.

Lastly, the research investigates the underutilization of Pakistan’s merchant ship fleet, despite having a permitted capacity of 40%, resulting in significant foreign exchange losses. Solutions are explored to maximize the efficiency of the maritime transport sector, promoting increased utilization of the fleet and minimizing economic losses.

Through a comprehensive analysis of these challenges and potential solutions, this thesis aims to contribute valuable insights to policymakers, industry stakeholders, and academics, ultimately paving the way for a more efficient and streamlined containerized cargo transportation system in Pakistan.

Meta Data

Author: Samad Raza Jaffry
Supervisor:Uzma Zia
External Examiner: Zafar Mahmood

Related Thesis​