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Sumit Singhal
Sumit Singhal
Sumit Singhal loves modern architecture. He comes from a family of builders who have built more than 20 projects in the last ten years near Delhi in India. He has recently started writing about the architectural projects that catch his imagination.

Forest Corridor – Highway Noise Barrier in Hong Kong, China by BREAD studio

 
November 24th, 2012 by Sumit Singhal

Article source: BREAD studio

BREAD studio’s proposal “Forest Corridor” has won one of the 2nd prizes (Professional Category) in the Open International Competition for Noise Barrier/ Enclosure organized by the Hong Kong Government. The proposal gives an alternative insight to the noise mitigation structure design in the dense urban environment of the city.

The planting pots underneath the highway provide proper soil depth for heavy and low maintenance plantings.

  • Architects: BREAD studio
  • Project: Forest Corridor – Highway Noise Barrier
  • Location: Hong Kong SAR, China
  • Client: Hong Kong Government
  • Function: Infrastructure (highway noise mitigation)
  • Design Period: 2012
  • Project Area: 3 km in length

Separating the heavy soil from the main barrier structure allows the supporting frame to be more slender.

With proximity to public space and residential units, this typical highway structure has 3 distinct conditions needing to be considered. 1: View down from the buildings: People from the residential tower are disturbed by not only noise but also lights from the highway. The climber plants on the barrier hide the barrier and highway. It also block off substantial portion of the vehicles lights and highway lights. 2: View up from the park: People from the park would see the concrete underside of the highway. The proposal extends the greening from the barrier to the park. Climbing plants from the pots not only grow up to the barrier but also hang down to the park. 3: View of the drivers: The use of climbers creates a more transparent greening effect on the barrier. The drivers could still have view thought the barrier to the surroundings. Compared to solid greening panel or merely transparent panels, this approach reduces the feeling of being inside a confined tunnel.

The pendulum system generates electricity from surrounding wind and turbulence from the passing traffic.

Passing through a park and sandwiched by residential towers, this section of the barrier has 3 main distinct conditions relating to its surrounding.

  1. View down from the buildings: People from the residential tower are disturbed by not only noise but also lights from the highway. The climber plants on the barrier hide the barrier and highway. It also block off substantial portion of the vehicles lights and highway lights.
  2. View up from the park: People from the park would see the concrete underside of the highway. The proposal extends the greening from the barrier to the park. Climbing plants from the pots not only grow up to the barrier but also hang down to the park.
  3. View of the drivers: The use of climbers creates a more transparent greening effect on the barrier. The drivers could still have view thought the barrier to the surroundings. Compared to solid greening panel or merely transparent panels, this approach reduces the feeling of being inside a confined tunnel.

Compared to solid greening panel, the use of climbers provides drivers view to the surroundings and so reduces the feeling of confined tunnel.

Efficient and better greening

Vertical vegetation panels have been proved to be not desirable for greening highway condition. The shallow soil depth makes the plants dry up easily. The complicated irrigation system which it requires also makes the maintenance demanding. The proposal has planting pots underneath the highway. These pots provide proper soil depth for heavy and low maintenance plantings.

Renewable energy supply

The pendulum system generates electricity from surrounding wind and turbulence from the passing traffic. Compared to the use of PV panels which requires particular installation angles and imposes visual disturbance, this system works holistically with the entire design and more independent to weather conditions. The surplus electricity could supply lightings for the park facilities and podium of adjacent residential block.

Ecofriendly materials and operations

Main posts are made by laminated recycled plastic lumber. This material is made of recycled milk jugs and shampoo bottles which contain the required high- density polyethylene. It is made by recycled high weight and durable.  This ecofriendly material has been tested in building 50 feet spanning bridge with loading capability of 15 tons and life expectancy of 50 years.

Rainwater is collected from the barrier and road surface are channeled down to planting pots with petrol filter. The use of deep planting pots allows large reserves of water in soil. This eliminates the requirement of irrigation system.

Simple construction and cost effective

Although the proposal gives an organic appearance imitating a botanical greenhouse, the components are highly modular. The main posts have only 3 variations. This makes it cost effective to construct and replace.

Separating the heavy soil from the main barrier structure allows the supporting frame to be more slender. This not only reduces the loads concentrating on the highway curb edge but also makes the barrier visually less bulky.

Safer and easier maintenance

Maintenance of the plantings is easy and safer. Operators access the planting soil via a walkway underneath the highway. This arrangement allows generous walkway width for transporting soil and replacement plants. Doing maintenance away from the road level is safer.

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Category: Infrastructure

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