top of page
LOGO.png

MiCLab

The University of Hong Kong

Systematic optimization of modular integrated construction for maximum embodied carbon reduction of high-rise residential buildings in Hong Kong

Summary

Buildings contribute significantly to carbon emissions over their life cycle. Hong Kong has the highest population density in the world, with high-rise residential blocks the norm. The Hong Kong government has adopted a prefabrication strategy involving the use of two-dimensional (2D) panelized systems for all public housing developments, and recently began promoting three-dimensional (3D) modular integrated construction (MiC) to enhance productivity and competitiveness. However, there is a lack of systematic understanding of modular buildings’ embodied carbon. The aims of the proposed project are to examine the extent to which the use of innovative 3D MiC can reduce the embodied carbon emissions of high-rise residential buildings in Hong Kong compared with the traditional 2D panelized system and to optimize the modular method to achieve maximum embodied carbon emission reduction.

img_20200110_093623.jpg
established structural model of the case

L:Case building: Staff Quarters of FSD; R: Established structural model of the case building (one block).

Team

This project is led and coordinated by Professor Wei Pan of Department of Civil Engineering of The University of Hong Kong (HKU), with project team members from HKU and HKPolyU,  collaborators and supporters from a wide range of government and industry organisations in Hong Kong.

Acknowledgements

This project is funded by the General Research Fund (Project number: 17201120). 

Capture5.PNG
Picture1.jpg
MiCLab

Keep up to date with our latest research projects and events by subscribing to our regular newsletter

Related Links

HKU CICID |  Prof Wei Pan @ HKU | NetZero

Contact Us

Department of Civil Engineering

The University of Hong Kong

Hong Kong

Email: wpan@hku.hk

Picture1.jpg
图片1.png

Copyright © HKU CICID. All rights reserved and all liabilities disclaimed.

bottom of page