ATTEND AND PARTICIPATE
2026 EVENT PREVIEW
Projects
See all of this year’s entries
Sessions
Preview keynotes & industry talks
Speakers
Meet the experts & innovators
PAST PROJECTS
Awards & recognition
2025 winners
First-place award recipients
2026 finalists
Shortlisted top contenders
2025 Founders’ Honors
Projects that inspire us
ATTEND AND PARTICIPATE
2026 EVENT PREVIEW
Projects
See all of this year’s entries
Sessions
Preview keynotes & industry talks
Speakers
Meet the experts & innovators
PAST PROJECTS
Awards & recognition
2025 winners
First-place award recipients
2026 finalists
Shortlisted top contenders
2025 Founders’ Honors
Projects that inspire us
About YII
Experience YII
Past Projects
Back
INSIDE the awards
About
Event yearbooks
Event news and updates
Bentley Labs
LATEST NEWS
2025 winners
2024 Yearbook
Back
attend and participate
Back
past projects
Awards & recognition
2025 winners
2026 finalists
2025 Founders’ Honors
LATEST NEWS
Blog article highlight
2026 categories
2024 Yearbook
AWARD CATEGORY
Bentley LumenRT, iTwin Capture, MicroStation, OpenBuildings
Built in 1904, the Ex-Sham Shui Po Service Reservoir formed part of the Kowloon Waterworks Gravitation Scheme until it was decommissioned in 1970. Given its historical background as a crucial water supply building, coupled with its iconic design and architecture, Land Surveying Section (LSS) was tasked with constructing a digital replica to preserve the historic nature of the structure that attracts numerous tourists. The project presented data capture, integration, and exchange challenges on a tight project timeline, requiring a unified platform to model and share the multisourced data with multiple stakeholders. LSS utilized Bentley’s iTwin applications to process drone-captured and scanned images into a mesh model and digital twin. Working in a cloud-based platform streamlined sharing voluminous data with multidiscipline stakeholders, improving data exchange efficiency by 30%. The automated and robust features of iTwin reduced data processing time by 20% and increased the model accuracy by 50%. The successful project serves as a pilot for using digital twins to preserve other historic Hong Kong sites.