Resultados de la implementación del Sistema de Inspección No Intrusiva en la Sociedad Portuaria de Santa Marta
Loading...
Share
Date
2020-12-04
Authors
Director(s)
Publisher
Universidad Antonio Nariño
Campus
Program
Degree obtained
Document type
COAR type
http://purl.org/coar/resource_type/c_7a1f
Citation
Bibliographic Managers
Document Viewer
Select a file to preview:
item.page.resume
Propia
Abstract
This monograph highlights the use of x-ray scanner technology for non-intrusive inspection
used specifically in Puerto de Santa Marta SA, and how its implementation from 2016 has
impacted logistics, documentation, financial operations and in general handling of
containerized cargo inside port facilities. This technology is a fundamental tool for the
company SMITCO (Santa Marta International Terminal Company), which is responsible
for managing, storing and ensuring that international protocols on containerized cargo
security are met.
In addition, a financial analysis will be carried out prior to the implementation of the nonintrusive inspection technology and after its implementation to expose the economic impact
caused by the use of this very important technology for the environment and safety of
operations. port facilities in Puerto de Santa Marta since most of its financial movements
come precisely from containerized cargo.
Subsequently, the improvements in the documentary and logistical processes will be taken
into consideration due to the implementation of the non-intrusive inspection system for the
DIAN entities (Directorate of Customs and National Taxes) and the Anti-Narcotics Police,
which in collaboration with Puerto de Santa Marta SA and SMITCO, they guarantee the
security and billing of the cargo of all containers entering and leaving the port facility.
It ends with the proposal of a performance indicator for the operation of the machine with
the purpose of monitoring, controlling and managing its use. This indicator has the facility
that it can be used under any timeline that the SMITCO company determines to be
important, thus guaranteeing a more robust control for the operation of the entire system.