smartercities:

Are Green Buildings Truly Sustainable? | This Big City
With the built environment accounting for over 40% of global  carbon emissions, sustainable buildings seem like an obvious place to  start as COP17 continues to address climate change. But is the trend for  ‘green’ buildings resulting in truly sustainable alternatives? Mayra Hartmann of Future Cape Town investigates.
A few weeks ago the GBCSA hosted its annual conference.  The topics were plentiful and there was a certain buzz in the air.  Unfortunately, I was only able to attend the afternoon sessions, but  nonetheless I was able enjoy the whiff of green air. There was an  eclectic mix of developers, designers, planners and even psychologists  discussing an array of topics, however a few major developments and  ideas were presented. As someone that follows the industry, the ideas  were not brand new, but the fact that they were discussed in such close  proximity was cause for lively discussions.
The discussions and presentations concentrated on three aspects of building;
the building itself
the effect of green design on office inhabitants and;
its integration with its surroundings.
The design feature that seemed to be particularly popular was the use  of large central atriums to promote natural light and airflow within  the building, something South Africa’s two highest rated green star  buildings both make use of. Atriums are also effective at reviving old  spaces. Chris Jofeh from Arup described the companies “cut and carve”  approach when retrofitting old offices and that atriums were an ideal of  way opening up and lighting an otherwise dull space. And dull spaces  don’t make for a good working environment.

smartercities:

Are Green Buildings Truly Sustainable? | This Big City

With the built environment accounting for over 40% of global carbon emissions, sustainable buildings seem like an obvious place to start as COP17 continues to address climate change. But is the trend for ‘green’ buildings resulting in truly sustainable alternatives? Mayra Hartmann of Future Cape Town investigates.

A few weeks ago the GBCSA hosted its annual conference. The topics were plentiful and there was a certain buzz in the air. Unfortunately, I was only able to attend the afternoon sessions, but nonetheless I was able enjoy the whiff of green air. There was an eclectic mix of developers, designers, planners and even psychologists discussing an array of topics, however a few major developments and ideas were presented. As someone that follows the industry, the ideas were not brand new, but the fact that they were discussed in such close proximity was cause for lively discussions.

The discussions and presentations concentrated on three aspects of building;

  1. the building itself
  2. the effect of green design on office inhabitants and;
  3. its integration with its surroundings.

The design feature that seemed to be particularly popular was the use of large central atriums to promote natural light and airflow within the building, something South Africa’s two highest rated green star buildings both make use of. Atriums are also effective at reviving old spaces. Chris Jofeh from Arup described the companies “cut and carve” approach when retrofitting old offices and that atriums were an ideal of way opening up and lighting an otherwise dull space. And dull spaces don’t make for a good working environment.

Tactical Urbanism Beta - Short Term Action | Long Term Change
View: http://www.scribd.com/doc/51354266/Tactical-Urbanism-Final

Tactical Urbanism Beta - Short Term Action | Long Term Change

View: http://www.scribd.com/doc/51354266/Tactical-Urbanism-Final

A Day Made of Glass… Made possible by Corning

‘Corning Incorporated is the world leader in specialty glass and ceramics. The company produces keystone components that enable high-technology systems for consumer electronics, mobile emissions control, telecommunications and life sciences. Corning collaborates closely with customers across these industries to turn what were once only possibilities into breakthrough realities.’ Corning glass components present a medium within the urban form, easing use of public services, improving the availability of of information and economic development opportunities worldwide.

Special Thanks to Chloe Abele.

smartercities:

Source: McKinsey

The world is in the throes of a sweeping population shift from the countryside to the city. Underpinning this transformation are the economies of scale that make concentrated urban centers more productive. This productivity improvement from urbanization has already delivered substantial economic growth and radically reduced poverty in countries such as China. The growth of cities has the potential for further growth and poverty reduction across many emerging markets.

However, we are now seeing cases where the growth rates of some large cities have begun to slow. In addition, the increased complexity of large size can overwhelm the ability to manage. When this happens, cities can become disastrous mixtures of slums and gridlock, raising the question of whether there is a maximum size for a workable city. The view of the McKinsey Global Institute (MGI) is that there is, in theory, no limit set by technology or infrastructure to how big or how fast cities can grow — but only if business and government leaders are able to manage the increased complexity that comes with bigger city size.

The Energy Report 100% Renewable Energy by 2050

The Energy Report, a comprehensive study developed by the WWF, AMO and Ecofys claiming that the world can be 100 percent reliant on renewable energy by 2050, launches globally today.

(Source: wwf.panda.org)

“Then shall the maidens rejoice at the dance. They’ll start going ripe   on us pretty soon. Centrifugal force reacts to the rotating frame of   reference. The obstinate toy soldier  becomes pliant. The city  devours the land, the people devour the city…  Intruders swarm like  flame, like the whirlwind; Hopes soaring to  slaughter all their best  against our hulls. All these things at once  and many more, not  because it wishes harm, because it likes violent  vibrations to change  constantly. But you are a spark of God’s fire. The  children of the one  reborn shall find their own country.  Compartmentalize integrity  conflicts with the obligation to provide  access. No ceremonies are  necessary. Contact is inevitable…”

“Then shall the maidens rejoice at the dance. They’ll start going ripe on us pretty soon. Centrifugal force reacts to the rotating frame of reference. The obstinate toy soldier becomes pliant. The city devours the land, the people devour the city… Intruders swarm like flame, like the whirlwind; Hopes soaring to slaughter all their best against our hulls. All these things at once and many more, not because it wishes harm, because it likes violent vibrations to change constantly. But you are a spark of God’s fire. The children of the one reborn shall find their own country. Compartmentalize integrity conflicts with the obligation to provide access. No ceremonies are necessary. Contact is inevitable…”

Urban Planning + Design Portfolio Launched at carbonmade.com
Featured Projects:
Interdisciplinary Studio: Transit Oriented Design (Auburn Station, Melbourne)
Urban Design for Planners: Carlton United Brewery Derelict Site (Melbourne)
Utopian History: Коммуна: Утопической жизни в университете Мельбурна
Environmental Design: Project 2462 Regenerative Design Studio
Freelance: Historic Square District Preliminary Modeling (Urbana, Ohio)

Urban Planning + Design Portfolio Launched at carbonmade.com

Featured Projects:

  • Interdisciplinary Studio: Transit Oriented Design (Auburn Station, Melbourne)
  • Urban Design for Planners: Carlton United Brewery Derelict Site (Melbourne)
  • Utopian History: Коммуна: Утопической жизни в университете Мельбурна
  • Environmental Design: Project 2462 Regenerative Design Studio
  • Freelance: Historic Square District Preliminary Modeling (Urbana, Ohio)

    RMI: 10xE: Factor Ten Engineering and AutoDesk

    Factor Ten Engineering (10xE) aims to help engineers, architects and their clients attack resource-intensivedesign problems, such as manufacturing processes, buildings and vehicles, using RMI’s whole-system principles in order to produce fundamentally better results. 10xE currently offers design principles and a growing set of case studies—many of them derived from RMI’s experience base. Rather than a rigid formula, 10xE is a set of ideas for shaping the design space and design approaches within it. These ideas will be used by those purchasing or approving design services, as well as design practitioners.

    From manufacturing to disposal, the things we make create environmental impacts throughout their life cycles. In “Whole Systems Design” you’ll discover opportunities for saving resources, like materials and energy, can often be uncovered early in the design process, by identifying the right problems to solve before engineering begins.

    (Source: http://www.rmi.org/rmi/10xE)

    Special Thanks to Kelly Leviker