New Domestic Terminal
- Baggage Carousel Accessibility and Baggage Handling System
Grupo Operadora Aeroportuaria Internacional (OPAIN) S.A.
Baggage Carousel Accessibility and Baggage Handling System (BHS) Peaking and Capacity Analysis for El Nuevo Dorado
International Airport
Project Name :
Baggage Carousel Accessibility and Baggage Handling System (BHS) Peaking and Capacity Analysis for El Nuevo Dorado International Airport
Location:
Bogotá, Colombia
Client:
Grupo Operadora Aeroportuaria Internacional (OPAIN) S.A.
Project Duration:
December 2007 – January 2008
Project Description:
The Grupo Operadora Aeroportuaria Internacional (OPAIN) concession has proposed to the Government of Colombia to fully
modernize and expand El Dorado International Airport. The main goal is to efficiently accommodate and support 16 million
passengers and 1.5 million tons of cargo annually by the end of the 20-year planning horizon. A major portion of the
improvements and modernization is to implement a new passenger terminal, Terminal 2, by 2011 to handle international
operations exclusively, while existing Terminal 1 becomes exclusive to domestic operations.
Services Rendered:
In order to assist in accomplishing the near-term terminal planning goals, OPAIN contracted aviatDesign, Inc. to
prepare a Verification and Analysis Report for the proposed Baggage Handling System (BHS) for Terminal 1. The analysis included and assessment
of the accessibility and maneuverability of baggage tugs and carts accessing and maneuvering around the baggage carousels and included the
preparation of recommendations for enhancing the BHS carousel layout. Services also included a detailed peaking and capacity analysis for the
proposed Baggage Handling System which was prepared on an annual demand forecast until the year 2011. An overview of services rendered include:
A technical review of existing baggage carousel layout options.
Proposed recommendations for alternative baggage carousel layouts.
Simulation of real-time baggage tug/cart access and maneuvering in carousel areas for all development options utilizing
Pathplanner™ software.
BHS Peaking and Capacity Analysis using PaxSTAR™ predictive modeling software. BHS peaking characteristics were
analyzed for 24-hour periods on an annual basis until the year 2011 in order to demonstrate the effects that the overall peaks will have
on the BHS.
Preparation of a BHS Verification and Analysis Report outlining all recommendations and results of the analysis.