Airport design

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Minősített NATO

NEW CARGO APRON AT BUDAPEST LISZT FERENC INTERNATIONAL AIRPORT

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Location:Budapest

Principal:BUDAPEST AIRPORT

Year:2018

Revenue:

Download:NEW CARGO APRON AT BUDAPEST LISZT FERENC INTERNATIONAL AIRPORT

Technical data:

Features:
Length of apron: 190,0 m
Width of apron: 172,5 m
Length of connecting taxiway: 50 m
Concrete pavement:
36.550 m2 load bearing concrete pavement, 40 cm thick, 5.00 m x 5.00 m slabs
Asphalt pavement:
6.100 m2 load bearing asphalt pavement for TWY shoulders
2.420 m2 asphalt pavement for service roads
Airfield ground lighting, floodlighting, transformer connection, CCTV system, drainage, structural design

Services:

Preparation of design for approval and construction design

NEW CARGO APRON AT BUDAPEST LISZT FERENC INTERNATIONAL AIRPORT

The growing cargo traffic at Budapest Liszt Ferenc International Airport necessitated the construction of a dedicated cargo apron and the related service and warehouse buildings.
At runway II, a separate concrete-paved apron was built connected to taxiway Alpha, which can accommodate 2 ICAO F-category aircrafts (Boeing 747-8F) or 4 C-category aircrafts.
Asphalt shoulders have been built around the new pavements, and an asphalt pavement-structured service road and patrol road are also connected to the apron.
The apron is illuminated from 24-30 m high columns, which also accommodate a security camera system. A local transformer was installed to ensure power supply for the apron. The alignment of the external safety fence was also modified. To drain the area, a new ditch was created with a pollution measuring device (TOC).
During the project the following sectoral design works were completed:
- geodesy, geotechnical engineering
- airport design (pavement, markings)
- hydraulic engineering (rainwater drainage)
- high voltage power supply (airfield ground lighting, airfield signs, transformer station, primary and secondary cable network, floodlighting)
- low current (communications and security technology, camera system, telecommunications)
- organization
- structural engineering

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