flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

A school’s sports hall is created entirely from bamboo

Green

A school’s sports hall is created entirely from bamboo

The building boasts a zero-carbon footprint and is naturally ventilated.


By David Malone, Associate Editor | August 11, 2017
The inside of the Panyaden International School sports hall

Photo: Alberto Cosi, Courtesy of Chiangmai Life Construction and Panyaden International School

Panyaden International School in Thailand was in need of a bigger assembly space and an indoor sports facility that would keep students from getting wet in the rainy season and keep them cool on hot summer days.

The project, designed by Chiangmai Life Construction, provides space for futsal, volleyball, basketball, and badminton as well as a stage. In addition to the standard size courts there are also game lines for three smaller mini-volleyball and badminton practice courts for younger students.

But it isn’t the space that makes the building unique, or the fact that its overall design resembles a rebel trooper’s helmet from Star Wars (the architect says the design concept originated from the lotus flower, which is a nod to the school’s Buddhist values). What makes the building unique are the materials used to create it. Or, more specifically, the material used to create it.

 

An exterior shot of the Panyaden International School sports hallPhoto courtesy of Chiangmai Life Construction.

 

The entire 8,417-sf structure was created from bamboo. Spans of 15 meters were created with bamboo trusses that were pre-built on the floor and lifted into place by crane. These 15-meter spans, with equal height, were created without any steel reinforcements. Two engineers calculated the loads, tensions, and sheer forces in order to design and build the structure according to 21st century engineering practices. The building can withstand high-speed winds and earthquakes.

The space is naturally ventilated and lit through openings between the three-layered roof. Adding to the project’s core mission of creating a green building, a zero-carbon footprint was achieved due to the bamboo absorbing more carbon than what was emitted during treatment, transport, and construction.

For more images, click here.

Related Stories

| Oct 7, 2011

GREENBUILD 2011: UL Environment clarifies emerging environmental product declaration field

  White paper defines EPD, details development process, and identifies emerging trends for manufacturers, architects, designers, and buyers.

| Oct 5, 2011

GREENBUILD 2011: Roof hatch designed for energy efficiency

The cover features a specially designed EPDM finger-type gasket that ensures a positive seal with the curb to reduce air permeability and ensure energy performance. 

| Sep 28, 2011

GBCI announces LEED fellow class of 2011

  LEED Fellows represent green building industry's most accomplished professionals.

| Sep 14, 2011

Empire State Building achieves LEED Gold ?

The 2.85 million-sf building is celebrating its 80th anniversary while nearing completion of its renewal and repurposing to meet the needs of 21st Century businesses.

| Sep 12, 2011

Construction waste management

Best practices for an environmentally optimized job site.

| May 25, 2011

Low Impact Development: Managing Stormwater Runoff

Earn 1.0 AIA/CES HSW/SD learning units by studying this article and successfully passing the online exam.

| May 25, 2011

Smithsonian building $45 million green lab

Thanks to a $45 million federal appropriation to the Smithsonian Institution, the Smithsonian Environmental Research Center in Edgewater, Md., has broken ground on what is expected to be one of the most energy-efficient laboratories in the country. The 69,000-sf lab is targeting LEED Gold and is expected to use 37% less energy and emit 37% less carbon dioxide than a similar building.

| May 20, 2011

Chicago leads the nation in LEED-certified square footage

The U.S. Green Building Council reports that Chicago has the highest number of square feet of LEED-certified green building projects nationally with 71 million square feet.  

| May 18, 2011

Eco-friendly San Antonio school combines history and sustainability

The 113,000-sf Rolling Meadows Elementary School in San Antonio is the Judson Independent School District’s first sustainable facility, with green features such as vented roofs for rainwater collection and regionally sourced materials.

boombox1
boombox2
native1

More In Category




halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021