Beef
Island Airport Development Project
Background
The existing airport on Beef Island is the main port of entry by air to
the BVI. It is the key link to the remainder of the world for both
visitors and residents.
In 1998 approximately 180,000 people entered the BVI by air. Of these
173,000 traveled through Beef Island International airport. A similar
number departed.
The airport has received minor improvements over the years. However,
the existing terminal building is no more that 1,000 sq. m. in area. Given
that the accepted design standard for terminal buildings suggests that
approximately 10 – 12 sq. m. of floor area is required per passenger
handled in the design hour, the existing building can comfortably handle
no more than 100 passengers per hour.
The airport currently deals with one way flows in excess of 1,000 per
day, with peaks of 150 per hour. Hence there is serious under capacity.
The aircraft parking apron is 13,000 sq. m. in area. During peak
periods this becomes congested and careful marshalling of aircraft is
required.
The existing runway is 1,115 metres long. During most of the year, this
restricts the payload of the ATR 42 aircraft operated by the main airline
operator, American Eagle, such that seats have to be left unused. The
runway length also restricts the choice of aircraft that operators may
wish to operate.
The airport presently occupies approximately 35 hectares (86.5 acres)
of Beef Island.
Description and Scope
The principal objectives of the Phase 1 Development are to address the
shortfalls in capacity identified in the preliminary studies, particularly
in the areas of:
- Passenger handling capacity
- Aircraft parking
- Runway capacity
The airport area will be increased by 23 hectares (56.5 acres) to 58
hectares. This includes 8 hectares reclaimed by the filling of Conch Bay.
The main directions of this expansion are to the south to provide space
for the new terminal building, car park and approach road, and to the east
for the extension of the runway.
The new passenger terminal provides modern yet simple handling
facilities for a peak hour passenger flow of 430 within approximately
4,300 sq. m. of floor area.
The building consists of a steel structure on concrete foundations.
The main roof consists of curved elements of 8.4 metres each, with
perforated steel profiled sheet decking, insulation and an aluminium
profiled covering.
Air conditioning is provided in the offices and in the departure
holding area.
Flight information is displayed on TV monitors. A cafeteria and a
racetrack type baggage reclaim conveyor are other improvements over the
existing terminal.
A separate cargo building is included. This small building of 300 sq.
m. floor area provides a facility to handle air cargo and mail separately
from the passenger handling. This allows the passenger terminal to be
designed for the specific purpose of passenger handling and the cargo
building for the more "industrial" needs of cargo.
A new access road is needed to make way for the new taxiway and holding
area at the runway end and to provide access to the site of the new cargo
building and the passenger terminal. This road feeds to the terminal
forecourt with 170 metres of set down space and a car park initially for
150 private and rental cars and 40 taxis.
New incoming water mains, electricity supplies and telephone services
will be routed along the verges of the new access road. All services will
be underground.
Between the new passenger terminal and the runway an enlarged aircraft
parking apron is to be constructed. This will provide 35,000 sq. m. of
parking space; more than three times the size of the existing apron. Up to
eight 50/ 70 seat aircraft may be parked simultaneously with a separate
area for general aviation aircraft.
This apron is constructed partly over the site of the existing
passenger terminal and apron. This requires the apron to be constructed in
stages in order to keep space available for continuing operations
throughout the construction period.
The final element of the Phase 1 Development is the improvement and
extension of the runway. The runway is to be extended by 300 m. by filling
Conch Bay. This will provide a runway 1,415 m. (4,650 ft.) long that will
permit unrestricted operation of the existing and slightly larger
aircraft.
The graded strip that contains the runway is widened from 80 m. to 150
m. to comply with the international regulations applicable to the extended
runway length.
At the western end of the runway a turning and holding loop is to be
constructed. This will allow aircraft to be held clear of the runway prior
to take off to permit other aircraft to land. This arrangement enables the
runway to be used for a higher frequency of landings and take offs than
would be the case without this facility.
Implementation Strategy
The development works are to be carried out whilst maintaining full
operational capacity of the existing airport. The new terminal building
and cargo buildings and the new road access and car parks are being
constructed on newly acquired land to the south of the airport. This work
does not affect the airport operation.
The new aircraft apron is to be constructed over the existing airport
access road, the existing terminal building and apron. This work requires
the diversion of airport access and services as an initial stage in the
construction. After the diversion is implemented the first phase of the
apron will be constructed prior to completion of the new terminal
building. The apron works will be completed after opening of the new
terminal when the existing buildings will become available for demolition.
The extension and upgrading of the runway will be carried out in
parallel with the terminal and apron development. Some work adjacent to
the operational runway will be carried during night-time occupation when
the airport is closed.
Costs/ Benefits
The project is divided into two separate but associated phases
comprising:
- Phase 1A-Passenger Terminal and Cargo Building
- Landside Roads, Car Parks and Infrastructure
- New Aircraft Parking Apron
- Phase 1B-Runway Extension and Upgrading
- New Control Tower and Operations Block
Construction is divided into several contracts related to particular
types of work and geographical location. The estimated project cost is $53
million made up of the following:
- Passenger cargo buildings-$ 11.0 million
- Landside infrastructure-$ 5.6 million
- Building equipment-$ 0.7 million
- Airside infrastructure-$ 2.9 million
- Runway extension-$ 13.9 million
- Airfield lighting-$ 0.5 million
- Control tower and ops. Block-$ 2.0 million
- Utilities and miscellaneous-$ 1.6 million
- Land purchases-$ 10.5 million
- Design, supervision-$ 4.3 milion
Project funding has been provided as follows:
- European Development Fund-$ 4.6 million
- European Investment Bank-$ 5.0 million
- Caribbean Development Bank-$ 17.7 million
- BVI Social Security Board-$ 4.5 million
- Bank of Nova Scotia-$ 3.2 million
- BVI Government-$ 18.0 million
Direct and indirect benefits to the BVI arise from the airport project.
Without the project, tourism development would be further restrained
and planned growth limited. The planned growth rates in the National
Development Plan for the period 2000 - **** are *.*%. This growth which
has been evaluated at $ **** during the planning period cannot be achieved
without the airport development.
Summary of Related Studies
|
Document No. |
Title |
Date |
|
1. |
Pre-Feasibility Study –
Atkins |
May 1993 |
|
2. |
Concept and Master Plan –
NACO |
May 1995 |
|
3. |
Financial and Economic
analysis – NACO |
February 1996 |
|
4. |
Preliminary Programme of
Requirements – NACO |
July 1996 |
|
6. |
Final Programme of
Requirements – NACO |
September 1996 |
|
7. |
Final Land Use Plan – NACO |
September 1996 |
|
9. |
Draft Preliminary Design –
NACO |
November 1996 |
|
11. |
Preliminary Design – NACO |
December 1996 |
|
12. |
Tender documents – Package
1 – NACO |
December 1998 |
|
13. |
Tender documents – Package
2 – NACO |
December 1998 |
|
14. |
Tender documents – Package
3 – NACO |
December 1998 |
Expected Outputs
- Airport with capacity to handle projected air traffic demand to 2015
- Airport physical characteristics to meet planned airline fleet
developments
- Airport to meet current and projected safety and service quality
standards
- Removal of restraint on planned tourism growth
Associated Risks
- Increased capital cost due to lack of capacity in the local
construction industry and competition from other projects.
- Turn-down in tourism visitor numbers.
- Extended time for implementation due to funding restraints.
|