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IVE Engineering Students Triumph at HK Electric Green Energy Competition
Jul 2026

The IVE Engineering Discipline is proud to announce that a team of three “Higher Diploma in Building Services Engineering” (EG114702) students has won the Tertiary Champion award in the HK Electric "Green Energy Dreams Come True" Competition 2025/26.

 

The competition was held on 11 July 2026, where the IVE team outperformed teams from other institutions including the University of Hong Kong (HKU), the Hong Kong University of Science and Technology (HKUST), the Hong Kong Polytechnic University (PolyU), City University of Hong Kong (CityU), and HKU Space.

 

Champion Team

Award-winning students:

  • CHAN Kei Kwan
  • CHOW Nga Tung
  • TOM Chun Lap

Project : ReCondense – Green Engineering Cycle System for Air-Conditioning Condensate Water Recovery

 

IVE Engineering Discipline extends its congratulations to the award-winning team for their outstanding achievement. Their success highlights the high calibre of our students and the relevance of the HD in Building Service Engineering curriculum in addressing real-world sustainability challenges.

 

We look forward to supporting their continued growth as they innovate and contribute to the advancement of engineering and society.

 

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Introduction of the winning projects:

 

ReCondense  – Green Engineering Cycle System for Air-Conditioning Condensate Water Recovery :

The ReCondense project introduces an innovative green engineering cycle that transforms wasted air conditioning condensate into a sustainable non potable water source. Condensate is collected from air handling units, stored, then processed through sand filtration, chemical disinfection dosing, and final UV sterilisation. Treated water is automatically distributed for landscape irrigation and general building cleaning. The modular, low cost design is compatible with existing building infrastructure and supports Hong Kong's “Carbon Neutrality 2050” goal. The proposed system is expected to significantly reduce municipal water consumption while contributing to long-term carbon emission reductions.

 

Key Features

Modular, low-cost design – Easily retrofitted into existing building infrastructure.

Automated control – Minimises manual operation.

Scalable – Suitable for commercial, institutional, and residential buildings.

 

Expected Benefits

The ReCondense system aligns directly with Hong Kong’s "Carbon Neutrality 2050" goal. Preliminary estimates indicate:

  • A notable reduction in municipal water consumption
  • Ongoing annual carbon emission savings for each installed unit

 

Corporate Development
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Engineering Discipline