| Transforming infrastructure provision into a low carbon cityby | 01-06-2015 14:15 | 
|---|
|  Title: Transforming infrastructure provision into a low carbon city 
 
 Divided all infrastructure provision that are feasible in three main categories namely building, transportation and land use. 
         I.            Building a)      Living walls (Green Walls) - help to reduce local wind speeds, traffic noise, and localized temperature extremes  - help to improve air quality by reducing dust and particulates  - help to reduce the amount of heat lost from a home solar panel  - used as a component of a larger photovoltaic system to generate and supply electricity in commercial and residential applications 
 b)      Glass building   -          instead of using cement/bricks to build the house, glass panels are used for the wall, ceiling and floor with steel beams for its rigidity -          no need for lamps and artificial lights as the sunlight itself act as the best source of light, therefore less energy is consumed -          have unique design and can be easily identified, people can easily interact with each other (ideal for laboratories, lecture hall, etc.)   c)      Natural ventilation - process of supplying and removing air through an indoor space without using mechanical systems - refers to the flow of external air to an indoor space as a result of pressure or temperatures differences  - so no need air conditioner, save energy 
 d)      Sun and wind orientation - by building the houses block stretching from east to west, therefore minimum house area are expose to the sunlight and this will make the major area of the house are shadowed - by placing the frequent used rooms on the sunny side (living room, kitchen etc.) and the bedroom away from the sun 
 e)      Energy-saving bulb  -          a little bit expensive but allows long term saving in cost and energy 
   f)       Roof-skylight  - open up can also provide ventilation in rooms that may not be well ventilated  - increase in natural light can help decrease overall energy costs         g)       Green consumption - green purchasing of all construction materials and goods - all material must have certified eco-labels which are environmental friendly products that do not posed any environmental impacts to the surroundings                          h)      Introducing Green Building Index (GBI) ~  applicable only in Malaysia -          act as a standard guidelines to set out green rating tool               i)        Roof-top gardening -          planting trees on top of the roof for better cooling system  
      II.            Transportation 
 a)      Bicycle  - instead of using fossil fuel, large reduce the carbon consuming bus with NGV engine  - natural gas can make a significant contribution towards improved air quality in the transportation industry 
 b)      Alternative routes - shorter route for walking distances instead of usual existence road  - use of GIS application to find better route from time by time to prevent traffic jam. As traffic jam will cause more fuels be burnt.  
 c)      Catalytic converter - is an exhaust emission control device which converts toxic chemicals in the exhaust of an internal combustion engine into less noxious substances   
    III.            Land use a)      Bicycle track  - can promote students and also staff using bicycle so can reduce carbon emission 
 b)      Tree planting  - can reduce carbon dioxide park  - reduce carbon dioxide and produce beautiful scenery 
 Methodology: 1.      To prepare a rough environmental building check-list in both buildings 2.      To meet and approach the administrative officers in both buildings to get to know about the building structure 3.      Conduct site-visit to the both buildings  4.      Estimate the total carbon footprint for the both building for the pre-existing condition  5.      Propose suitable implementation of alternative infrastructure provision into the both buildings 6.      Re-estimate the overall carbon footprint after the implementation of green infrastructure provision |