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FAA AC 150/5300-14 : 2008

Current

Current

The latest, up-to-date edition.

DESIGN OF AIRCRAFT DEICING FACILITIES

Available format(s)

Hardcopy , PDF

Language(s)

English

Published date

01-01-2008

€35.89
Excluding VAT

CHAPTER 1. INTRODUCTION
   1-1 Overview
   1-2 Definitions
   1-3 Project Input
   1-4 Related Reading Material
CHAPTER 2. SIZING AND SITING DEICING FACILITIES
   2-1 General
   2-2 FAA Clearance and Separation Standards Affecting
        Deicing Facilities
   2-3 Capacity of Deicing Facilities
   2-4 Factors Affecting Number of Aircraft Deicing Pads
        and Deicing Facilities
   2-5 Factors Affecting Facility Location and Size
   2-6 Fluid Handling Requirements at Deicing Facilities
   2-7 Nighttime Lighting
   2-8 Bypass Taxiing Capability
   2-9 Multiple Deicing Queues
   2-10 Topography
   2-11 Utilities
   2-12 The Airport Layout Plan (ALP) and Sizing and
        Siting Facilities
CHAPTER 3. DESIGN OF AIRCRAFT DEICING PADS
   3-1 Aircraft Deicing Pads
   3-2 Separation Standards for Off-gate Aircraft Deicing Pads
   3-3 Fixed Fluid Applicators
   3-4 Pavement Markings for Off-gate Deicing Facilities
   3-5 Deicing Pad Layouts
   3-6 Electronic Message Boards for Off-gate Deicing Facilities
   3-7 Apron Designs for Off-gate Deicing Facilities
CHAPTER 4. AIRCRAFT ACCESS AND VEHICLE SERVICE ROADS
   4-1 Aircraft Access Routes
   4-2 Vehicle Service Roads
CHAPTER 5. DESIGN OF INFRA-RED AIRCRAFT DEICING FACILITIES
   5-1 Overview
   5-2 Design Airplane
   5-3 Infra-red Deicing Facilities (IDFs)
   5-4 Siting of Infra-red Deicing Facilities
   5-5 Entrance Taxiway
   5-6 Infra-red Deicing Structure
   5-7 Nighttime Lighting
   5-8 Sizing Infra-red Deicing Structures
   5-9 Optional Equipment - Ice Detection Cameras
   5-10 Facility Operations Shelter
   5-11 Computer-Controlled Gas-Powered Infra-red EU
        Systems
   5-12 Installation of Infra-red EU Systems
   5-13 Infra-red EU System Configuration
   5-14 Computer Hardware/Performance
   5-15 Anti-icing Capability
   5-16 Exit Taxiway
   5-17 Bypass Taxiing Capability
   5-18 Runoff Mitigation
CHAPTER 6. WATER QUALITY MITIGATION
   6-1 Runoff Mitigation Structures
   6-2 Mitigation Alternatives
   6-3 Publicly Owned Treatment Works (POTWs)
   6-4 Detention Basins
   6-5 Underground Storage Tanks (USTs)
   6-6 Recycling Glycol Fluids
   6-7 Anaerobic Bioremediation Systems

Outlines standards, specifications, and guidance for designing aircraft deicing facilities.

DocumentType
Standard
Pages
35
PublisherName
Federal Aviation Administration
Status
Current

SAE ARP 4737 : 2017 AIRCRAFT DEICING/ANTI-ICING METHODS
ASHRAE 161 : 2018 AIR QUALITY WITHIN COMMERCIAL AIRCRAFT
FAA AC 150/5070-6 : 2007 AIRPORT MASTER PLANS
SAE ARP 4902 : 2018 DESIGN OF AIRCRAFT DEICING FACILITIES
IES RP 37 : 2015 OUTDOOR LIGHTING FOR AIRPORT ENVIRONMENTS
FAA AC 150/5320-15 : 2008 MANAGEMENT OF AIRPORT INDUSTRIAL WASTE
FAA AC 150/5300-13 : 2008 AIRPORT DESIGN
SAE AS 5681 : 2016 MINIMUM OPERATIONAL PERFORMANCE SPECIFICATION FOR REMOTE ON-GROUND ICE DETECTION SYSTEMS

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