YVR Pier D Solar Thermal DHW

Project Overview

The Pier D expansion added new gates, amenities, and passenger capacity while prioritizing sustainability. YVR has committed to being the world’s greenest airport and achieving net-zero carbon emissions by 2030, making Pier D a showcase for integrating low-carbon technologies in large-scale infrastructure.

Challenge

As YVR expands, it must balance growth with environmental responsibility. Domestic hot water is a significant energy load in terminal buildings, traditionally supplied by natural gas.

Solution

Solar Thermal Integration: Roof-mounted Kingspan Thermomax evacuated-tube solar collectors were installed to heat domestic hot water. This high-performance system is well suited to Vancouver’s climate, capturing renewable energy even on cooler, overcast days. This system will help YVR’s carbon reduction roadmap and its 2030 net-zero target.

Results

• GHG Reductions: Reduced reliance on fossil-fuel heating for domestic hot water, cutting operational emissions for Pier D

• Showcase Project: Demonstrates how renewable energy and efficiency can be scaled in airport infrastructure, reinforcing YVR’s claim to be the world’s greenest airport

• Future-Oriented Design: Pier D sets a precedent for upcoming terminal projects as YVR moves toward full electrification and net-zero operations.

By integrating solar thermal technology with other sustainable building systems, the Pier D expansion proves that large, high-traffic infrastructure can grow while shrinking its carbon footprint. The project is a tangible step toward YVR’s bold 2030 goal of becoming a net-zero, world-leading green airport.