Climate Change Policy
Our Climate Change Policy outlines our commitment to managing climate risks across our operations and to developing mitigation, adaptation and resilience strategies to address those risks in line with global best practices.
As the largest source of carbon emissions under our control is Scope 2 emissions arising from purchased electricity, our management approaches to climate mitigation and energy are closely aligned. In addition to improving the energy efficiency of our buildings, we strive to adopt renewable energy, both onsite and offsite, where feasible, particularly in our Chinese mainland portfolio.
SPL Participates in the Launch of the Asia Pacific Embodied Carbon Report
We believe that in order to achieve net-zero emissions by 2050, the global building and construction sector must work together to decarbonise the entire lifecycle of built assets and reduce the embodied carbon of new developments.
In 2020, Swire Properties participated in the World Green Building Council’s Project Taskforce to develop and launch the Asia Pacific Embodied Carbon Primer. This report features a case study on how our science-based targets address the issue of embodied carbon and how we are working with our supply chain partners to adopt low-carbon construction materials for One Taikoo Place and establish specifications to source low-carbon materials for future developments.
We believe that in order to achieve net-zero emissions by 2050, the global building and construction sector must work together to decarbonise the entire lifecycle of built assets and reduce the embodied carbon of new developments.
In 2020, Swire Properties participated in the World Green Building Council’s Project Taskforce to develop and launch the Asia Pacific Embodied Carbon Primer. This report features a case study on how our science-based targets address the issue of embodied carbon and how we are working with our supply chain partners to adopt low-carbon construction materials for One Taikoo Place and establish specifications to source low-carbon materials for future developments.