Airport Lighting Projects | D.H. Neill Design
Gander International Airport Authority (CYQX) - Gander, NL - 2018
Runway 13-31 and Apron 1 Rehabilitation - Electrical Design In association with DMG Consultants ltd. D H Neill Design Services complete the design for an Airfield Edge Lighting, Approach and Guidance Sign Electrical Upgrade. The project included installtion of new cabling to new Runway, Taxiway and Apron Edge Lighting. SSALR and PAPI approach Lighting, as well as Guard Light and Guidance Sign to meet TP312 5th Edition Requirments. High Voltage Power Feeder Replacment to ILS System. We worked with the Civil Engineering Team at DMG to Coordinate the new lighting system with new Runway and Taxiway layouts and Re-surfacing.
Winnipeg International Airport (YWG) - Winnipeg, MB
a) Fibre Network Cabling and Duct Bank Upgrade Design D H Neill Design Services was the Prime Engineering Consultant for a new site wide inter building Fibre Network Cabing and Duct Bank Upgrade. Over 2 kilomiters of Fibre Cabling and Duct Bank was designed to connect 3 Airside buildings and the Air Terminal Building. . b) New Air Terminal Building Apron Floodlighting Design
In association with SMS Engineering, D H Neill Design Services, worked with the electrical design team for a new 19 Aircraft Stand Floodlighting System. The facility project included electrical distribution system, flood light poles and lights. A computer aided lighting design program was used to efficiently layout the poles and meet labour and safety light level requirements for Apron work areas. The graphic above illustrates the light levels and glare cut off across the apron. In addition a line of sight obstruction and glair control analysis report was provided. C) Central De-Icing Facility
In association with Acres International Ltd., D H Neill Design Services, worked with the electrical design team for a new 6 bay de-icing pad and glycol collection system. The facility included a normal and emergency electrical distribution system, flood lighting, glycol collection system control PLC, Fibre optic, copper and wireless lighting controls, edge and inset taxiway lighting. Chirchill Airport - Chirchill, MB Airfield lighting Control System Replacment with ALCMS Touch Screen PLC Control Partnered with HDK Consulting, the project was to replace existing C704 field lighting control system (which parts were no longer available) with a new PLC controlled system called an Afield Lighting Control and Monitoring System (ALCMS). The control system had a touch screen with PC in the control tower cab that remotely controls and monitors the field lighting regulators in the FEC giving full control of the airfield lights. All changes were made while airport remained in use.
New Touch screen replaces old push button system (Above Pictures) Vancouver International Airport (YVR)- Vancouver, BC Apron Flood Lighting Design
In association with PSMI Engineering, D H Neill Design Services, worked with the electrical design team for a new 18 Aircraft Stand Floodlighting System. The facility project included electrical distribution system, flood light poles and lights. A computer aided lighting design program was used to efficiently layout the poles and meet labour and safety light level requirements for Apron work areas. In addition a line of sight obstruction and glair control analysis report was provided. St.Johns International Airport - St.Johns, NFL Apron Flood Lighting Design
In association with Hatch Mott MacDonald Ltd., D H Neill Design Services, worked with the electrical design team for a new 5 bay de-icing pad and glycol collection system. The facility included an electrical distribution system, flood lighting, glycol collection system, and wireless lighting controls, edge and inset taxiway lighting control system. Jomo Kenyatta International Airport - Nairobi, Africa Airfield pavement expansion and Apron Flood Lighting Upgrade Design
In association with PSMI Engineering, D H Neill Design Services, worked with the electrical design team for a new 22 Aircraft Stand Floodlighting System. The facility project included electrical distribution system, flood light poles and lights. A computer aided lighting design program was used to efficiently layout the poles and meet safety light level requirements for Apron work areas. In addition a line of sight obstruction and glair control analysis report was provided. |
