Presentation Slide (S11House)

Asian Architecture (ARC2234/ARC60403) Project 1: Case study paper presentation Cheah Hoong Fei (Jeffrey) 0311690

Strategies to reduce the impact on environment by using green elements in S11house

Materials

Strategies to reduce the impact on environment by using green elements Space planning

Orientation

Research Questions • What is the design concept adopted in S11 house?

• How do the building code restrictions on the use of salvaged materials in S11 house in order to minimize the impact on environment and human health?

• How will the design of S11 house contribute towards sustainability?

• How does each of the features act as solution and help in reducing the impact on environment?

• Responding to these green elements, what are the design limitations faced when applying in S11 house?

What is a green design elements?

• increasing the efficiency of resource use • reducing building impact on human health & the environment • through better sitting, design, construction, operation, maintenance & removal

Building code restrictions • Reclaimed lumber may have a wood grading that is expired or illegible.

• All reclaimed materials should be inspected by a qualified professional and deemed safe prior to use.

• Salvaged bricks should always be tested for durability prior to use.

• Old lumber should be used in limited circumstances.

• Salvaged materials from older buildings may contain asbestos, which can be extremely hazardous.

• Old lighting fixtures that may contain polychlorinated biphenylsor or mercury.

Materials HOW? • promoting the use of environment-friendly materials • implement proper construction waste management • re-use of recyclables and construction formwork and waste

Old roof tiles & crushed concrete • tiles for gravel fill • concrete reused for backfilling aggregate • no toxic discharges

Old timbers • used for formwork strutting & propping • used for timber flooring & upper decks

Old red clay bricks • used as main feature walls • does not retain heat easily • high acoustic performance

Recycled stonework • used for bathroom, driveway & living areas • obtain from project rejects

Space planning WHY? • achieving indoor air quality, acoustics, visual & thermal comfort HOW? • proper control of air temperature • movement • humidity

Space planning • internal partition walls were removed to promote cross-ventilation • create unobstructed space between the living room & koi pond

Space planning • swimming pool & koi pond located at two extreme north-south ends • provide evaporative cooling • minimizing usage of air-conditioning

Orientation • • • •

WHY? improve energy consumption HOW? minimizing solar heat gain harvesting natural lighting use of renewable energy

Orientation • • • •

design akin to a tree in the hot tropics keep all the existing tree provide natural shade air circulation

Source: http://www.despoke.com/2013/01/14/s11-house-by-archicentre-malaysia/

Orientation • clear north-south orientated • captures plenty of light through openings • leaving cross-ventilation

Source: http://www.despoke.com/2013/01/14/s11-house-by-archicentre-malaysia/

Design Limitations • 1. Cost: Sustainable options will cost more • 2. Materials: In terms of both affordability and availability.

• 3. Options: They see limitations in colors, fixtures, fabrics, and more.

• 4. Time: Going green usually takes time.

References • Allwood, J. &. (2012). Sustainable Materials With Both Eyes Open. Cambridge, England: UIT Cambridge Ltd. • Goodwin, A. (2013). ArchiCentre's S11 House Scores Platinum Level on the Malaysian Green Building Index. Retrieved from Inhabitat: http://inhabitat.com/s11-house-inmalaysia-scores-platinum-level-on-green-building-index/ • Givoni, B. (1994). Passive and Low Energy Cooling of Buildings. Canada: John Wiley & Sons, INC. • s11 house. (2013). Retrieved from arch daily: www.drtanlokemun.com/s11-house/ • Yeang, K. (2011). Eco Architecture. United Kingdom: John Wiley & Sons Ltd.