2
Nippon Cargo Airlines Co., Ltd. CO2 reduction(tons/year) Usual NCA 449 241 18 9 28 13 211 178 211 Lighting Water supply Hot water supply Air conditioning Ventilation About 30% reduction 183 Partially treated water Machine room Water storage tank Use of rainwater Water saving toilet system Use of partially treated water to wash fuselages CO2 reduction 87t/year CO2 reduction 72t/year CO2 reduction 16t/year CO2 reduction 5.7t/year CO2 reduction 2.0t/year Hot air Slight breeze Cold air Hot air Slight breeze Cold air Cold air Cold air Natural light Natural light Natural light Natural light artially treated water Machine room Water storage tank Use of rainwater BEMS Use of rainwater to wash fuselages Top lighting Heat Heat Heat Heat Highly efficient material used as a heat insulator for the roof Highly efficient material used as a heat insu- lator for walls Light walls Night purge Cool heat trench Daylight control Naturally balanced wind- power vent Window High efficiency heat pump air- conditioning unit Waste heat recovery hot water supply system Water saving toilet system Light wall Outline A system to bring natural light into the hangar by using polycarbonate with high light permeability for the wall Effects To cut CO2 emissions by 159 tons a year by combining its use with top lighting Compared to glass windows, it has higher insulation efficiency. Top lighting Outline A system to bring natural light into the hangar. Used together with the light wall, it keeps the illumination level at the center of the hangar to 3000lx. During the daytime, no artificial light is needed to conduct maintenance work. Effect To cut CO2 emissions by 159 tons a year through combined use with the light wall. During the day, no artificial light is needed to conduct maintenance work. Garden roof Outline Green roof using light soil with high water- retention properties Effect To reduce the air conditioning load through heat insulation. To improve the rooftop scenery and create a place to relax. Solar water- heating system Outline A water heating system that utilizes clean solar heat Effects To reduce the volume of electricity and gas used to heat water Use of rainwater to wash fuselages Outline A system to reduce the volume of mains water used by using rain water to wash fuselages and toilet flush Effect To drastically cut use of mains water. The quality of rain water can be improved to the level of mains water via a filtration system Naturally balanced wind-power vent window Outline Effective ventilation system using pressure difference and temperature difference to open/close the vent windows and create wind passage in order to ventilate efficiently. Effect Possible to ventilate without using power Allows around-the-clock ventilation. NCA Line Maintenance Hangar Nippon Cargo Airlines Co., Ltd. Line Maintenance Hangar Narita International Airport, Narita-shi, Chiba 282-0011, Japan Phone:81-476-30-3667  Fax:81-476-30-3523 URL:http://www.nca.aero NARITA INTERNATIONAL AIRPORT in Japan Environment-Friendly Hangar The hangar incorporates a range of environment-friendly measures. The hangar has been designed to let in as much natural light as possible. Other eco futures include an advanced automatic ventilation system, fuselage washing devise that uses rainwater, and a garden roof. These energy saving and other eco features will reduce annual CO 2 emissions from the figure of 900 tons for conventional hangars by 30 % to 620 tons.

Environment-Friendly Hangar NCA Line …Maintenance Work Features Engineering & Maintenance consists of Maintenance Planning, Engineering & Assurance, and Line Maintenance. Our site

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Page 1: Environment-Friendly Hangar NCA Line …Maintenance Work Features Engineering & Maintenance consists of Maintenance Planning, Engineering & Assurance, and Line Maintenance. Our site

Nippon Cargo Airlines Co., Ltd.

CO2 reduction(tons/year)

Usual

NCA

449

241

18

9

28

13

211

178

211

LightingWater supply

Hot watersupply

Airconditioning Ventilation

About 30% reduction183

■環境に優しい施設の概念図

高断熱性屋根材

高断熱性壁材

ライトウォール

トパージナイ

Partiallytreated waterMachine room

Water storage tank

Use ofrainwater

Water savingtoilet system

Use of partially treatedwater to wash fuselages

CO2 reduction87t/year

CO2 reduction72t/year

CO2 reduction16t/year

CO2 reduction5.7t/year

CO2 reduction2.0t/year

Hot air

Slight breeze

Cold air

Hot air

Slight breeze

Cold air

Cold airCold air

Natural lightNatural light

Natural lightNatural light

artially treatedwater Machine roomWaterstorage tank

Use of rainwater

BEMS

Use of rainwaterto wash fuselages

Top lighting

Heat Heat

Heat Heat

Highly efficient material used as a heat insulator for the roof

Highly efficient material used as a heat insu-lator for walls

Light walls

Night purge

Cool heat trench

Daylight control

Naturallybalanced wind-power vent Window

High efficiency heat pump air-conditioning unitWaste heat recovery hot water supply system

Water savingtoilet system

Lightwall

■Outline・A system to bring natural light into the hangar by

using polycarbonate with high light permeability for the wall

■Effects・To cut CO2 emissions by 159 tons a year

by combining its use with top lighting・Compared to glass windows, it has higher

insulation efficiency.

Toplighting

■Outline・A system to bring natural light into the hangar.

Used together with the light wall, it keeps the illumination level at the center of the hangar to 3000lx. During the daytime, no artificial light is needed to conduct maintenance work.■Effect・To cut CO2 emissions by 159 tons a year through

combined use with the light wall.・During the day, no artificial light is needed to

conduct maintenance work.

Gardenroof

■Outline・Green roof using light soil with high water-

retention properties■Effect・To reduce the air conditioning load through heat

insulation.・To improve the rooftop scenery and create a

place to relax.

Solarwater-heating system

■Outline・A water heating system that utilizes clean solar heat■Effects・To reduce the volume of electricity and gas used to

heat water

Use of rainwater to wash fuselages

■Outline・A system to reduce the volume of mains water

used by using rain water to wash fuselages and toilet flush

■Effect・To drastically cut use of mains

water.・The quality of rain water can be

improved to the level of mains water via a filtration system

Naturallybalanced wind-powervent window

■Outline・Effective ventilation system using pressure

difference and temperature difference to open/close the vent windows and create wind passage in order to ventilate efficiently.

■Effect・Possible to ventilate without using power・Allows around-the-clock ventilation.

NCA Line Maintenance Hangar

Nippon Cargo Airlines Co., Ltd.Line Maintenance HangarNarita International Airport, Narita-shi, Chiba 282-0011, JapanPhone:81-476-30-3667  Fax:81-476-30-3523URL:http://www.nca.aero

NARITA INTERNATIONAL AIRPORT in JapanEnvironment-Friendly Hangar

The hangar incorporates a range of environment-friendly measures. The hangar has been designed to let in as much natural light as possible. Other eco futures include an advanced automatic ventilation system, fuselage washing devise that uses rainwater, and a garden roof. These energy saving and other eco features will reduce annual CO2 emissions from the figure of 900 tons for conventional hangars by 30% to 620 tons.

Page 2: Environment-Friendly Hangar NCA Line …Maintenance Work Features Engineering & Maintenance consists of Maintenance Planning, Engineering & Assurance, and Line Maintenance. Our site

Maintenance AdministrationMaintenance Planning

Engineering

Quality Assurance

Maintenance Operation Control

Maintenance Planning

Engineering & Maintenance

Engineering & Quality Assurance Maintenance Audit

Line Maintenance

Line Maintenance

Car Road

DangerousGoods Store

IndustrialWaste Store

Wastwater TreamtmentFacility

Engine Stock Yard

Work Shop

MOC&

Control Room EntranceHall

Drying Room

Tools Room

Parts Room

AutomaticParts Storage

Hangar

(Nose Stand)

76.350m

90.000m

84.100m

68.700m5.000m 5.000m

6.500m

Boeing 747-8F

Boeing 747-8F68.700m

5.000m 5.000m

Annex Building

Parking

27.600m1.400m

▽GL

38.603m

19.700m

Parking

Boeing 747-8F

90.000m

▽GL

38.603m

Line Maintenance Hangar Plan/Cross Section Facility Outline

This hangar is a facility to undertake maintenance on NCA’ s aircraft. A-checks are performed approximately every 1.5 months, as well as repairs between flights, replacing large parts, and washing fuselage/engines.

The hangar can hold a Boeing 747-400F or Boeing 747-8F which will be introduced into NCA’ s fleet in the near future. Moreover, this facility includes a 4-s tory annex bui lding where maintenance engineers and staff can undertake their tasks .

The hangar is a “luminous hangar,” which is environmentally friendly and maintenance staff friendly.

■Facility Features

Due to the special characteristic of the international air cargo business, our flights arrive during the morning and depart at night. Therefore, maintenance of our aircraft is normally undertaken during day time .

■Maintenance Work Features

Engineer ing & Maintenance cons is t s of Maintenance Planning, Engineering & Assurance, and Line Maintenance. Our site has obtained the Approval of “AMA”(Aircraft Maintenance or Alteration) and “AMI”(Aircraft Maintenance and Inspection) from the Japan Civil Aviation Bureau.

■Maintenance System

・Engineering & Maintenance Organization

■Maintenance Facilities

■Facility Outline

・Nose Stand ・Gondola Crane ・Automatic Parts Storage

MOC & Control Room

Design/Construction Nippon Steel Engineering Co.,Ltd.●ScaleRented Land Area 13,826.17㎡Building Area 10,380.05㎡Total Floor Area 18,975.04㎡Floors 1 basement, 4 floors 1 tower floorMaximum Building Height 38,603mmMain Span Hangar: 84,100mm×11,250mmMain Structure Iron Framework, FerroconcreteParking Space 105 cars (basement) 3 cars (ground)

●Construction PeriodDesign Jul. 2007-Jan. 2008Construction Feb. 2008-Apr.2009

●Construction MaterialsRoof Hangar:Insulate Double Twisted Boards    Annex Building:Waterproof AsphaltWall Metallic Insulate Sandwich PanelsHangar Door Panels Polycarbonate Honey-

Comb Panels(Lume-wall by Takiron Co.,Ltd.)

Floor Steel Fiber Reinforce Concrete and Aggregate added Inorganic Thickness

Painted Floor

●EquipmentVentilation EquipmentVentilation System Cool Air Heat Pump

Package SystemHeat Source Electricity

Hygiene EquipmentWater Supply Water TankHot Water Supply System Storage Water Heaters / Instantaneous Water Heaters

Drainage Equipment Public Sewerage

Electronic EquipmentPower Receiving System High-Voltage

Power Receiving SystemCapacity 1,700KVASpare Power Self-Power Generation

Equipment

Fire Extinguishing SystemExtinguishing Indoor/ Outdoor Fire Hydrant Powder Monitor Nozzle Extinguishing Equipment Foam Extinguishing Equipment Mobile Powder Extinguishing Equipment Connected Watering Equipment Smoke Ventilation Natural Ventilation,

Mechanical VentilationOther Automatic Fire Alarms systemsElevators Passenger Elevator

(For 13 persons)×2Special Equipment Automatic Large Door

Control Rain Utilization Facilities Maintenance Work Facilities