消防及救護學院

  • 13座 - 教學大樓的綠化天面

  • 14座 - 體能訓練中心的太陽發電板

  • 14座 - 體能訓練中心的太陽發電板

  • 17座 - 宿舍的綠化庭院及天面的風力發電設備

  • 17座 - 宿舍的綠化庭院及天面的風力發電設備

  • 18座 - 行政大樓的綠化連接橋

  • 18座 - 行政大樓的綠化連接橋

  • 20座 - 消防及救護教育中心暨博物館的綠化天面

  • 20座 - 消防及救護教育中心暨博物館的綠化天面

  • 21座 - 駕駛訓練中心的綠化天面


新建建築 1.1版
最終金級

整體得分

消防及救護學院佔地約158,000平方米,提供逾500個訓練宿位,主要為新入職的消防和救護學員提供基礎訓練,並為各級現職屬員提供在職訓練。學院亦為其他政府部門、私營機構、本地和海外同業提供與消防及救護服務相關的訓練課程。學院的教學設施包括消防及救護教育中心暨博物館、講習室、演講廳、多用途禮堂、電腦室、資源中心、模擬法庭、模擬記者採訪室、模擬記者招待會場、模擬執法會面室、模擬危險品倉庫、救護實習訓練室、模擬急診室及消毒室。新校園亦提供多項體能訓練設施,包括附設體能訓練設施的體育館、水上救援游泳池、戶外體能訓練場、歷奇挑戰場和戶外跑道。

環保特點

Site Aspects

  • The project situates on a flat land surrounded by hills. Outdoor fire simulation training area locates at the northern part of the site for shielding the smoke produces during the training. Also, the noise nuisance could be minimized to the neighborhood.
  • Provision of the landscaping elements within the site: Design Concept of “Green Promenade” link up key greening places (Entry Plaza, Central Green Plaza, West Residential Plaza) and Circulation axis.
  • Physical Training Complex on rock slope allow extra on grade open space and increase separation between buildings for better ventilation across the site.
  • Extensive Greening
    • Pedestrian Zone Greenery 35% of site area.
    • 76% of the overall planting accessible for users’ enjoyment

Energy Use

Credits achieved include reductions of annual energy consumption and peak electricity demand, embodied energy, renewable energy system, testing and commissioning, operations and maintenance, metering and monitoring as well as energy efficient building layout. Energy efficiency measures including low-e IGU glazing, lower window to wall ratio than the baseline requirement, high efficient air conditioning system, energy efficient lift motors and high efficient lighting fixtures.

Water Use

Water samplings have been conducted at the water storage tanks and the farthest points in the water distribution system. Water efficient devices are adopted to achieve 33.12% of annual water saving and 40.38% reduction in effluent discharge volumes. Twin tanks are provided for potable and flushing water system.

Indoor Environmental Quality

Credits achieved include security, hygiene, indoor and outdoor air quality, localised ventilation, natural lighting, etc. In addition, the development provided enhanced amenities for persons with disability, enhanced amenities for building users and enhanced amenities for operation and maintenance.

Materials Aspects

  • No virgin forest products was used for temporary works during construction
  • Use of non CFC based refrigerants in the MVAC and building fabric insulation;
  • Formulation of the construction waste management plan to reduce construction waste;
  • Provision of waste recycling facilities in the design.

Innovations and Additions

  • Chilled Beam
  • Earth Tube
  • Pinnacle AHU
  • Twin tank
  • Solar panel
  • Wind Turbine

故事

FASA is not merely to provide a green and healthy environment to the fire fighting trainee and staff, it also demonstrate to the public the awareness of green living.
In fact, the sustainable building design enhances the efficiency of energy utilization within the building and the site. It reduces the environmental impact for the entire lifecycle of a building and also lower the cost of energy consumed.

For enhancing good health and well being to the environment, the training materials used are non-toxic while simulated material used are compressed air and pressurized water supply. Inevitably, smoke and water foam will be produced during the trainings, thus the operation of the fire simulators are mainly computer controlled and comprised of clean-fueled systems. This is a good example showing the project of FASA concerns about the well-being of the neighborhood and the entire society in Hong Kong.

To demonstrate one of a smart elements in the FASA project, Compartmentation Fire Behavior Training (CFBT) highly reduces the smoke creates in the fire training process. The roof structure of the CFBT building was built with steel structure protected with fire insulation material. To create a heat reduction enclosure system, the fire resistant materials were used to protect the structural fireproofing mortar, reduce the heat gain in the structural frame during training and to minimize the heat generated from any hot smoke being produced.



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