2030 Palette Blog Layout

The latest redesign of this blog seeks to align with the ongoing 2030 Palette: an organizational system developed by noted environmental architect, Ed Mazria, which consolidates sustainable building features around five specific classification levels.  Within this approach, a variety of rules of thumb currently exist at each scale of these building taxonomies, which can have significant impact for sustainable skyscrapers seeking to integrate into a larger realm.  Each can also be better dissected and explored along these lines, better ‘dividing and conquering’ the current litany of energy possibilities as they arise.  As such, the five major topics to be explored are as follows:

·                                 5. Region: skyscrapers can have particular connotations as to how a region can be planned, directed, or perceived.  Especially large or tall buildings have immense sociological impacts, with considerable input from a variety of stakeholders. 

·                                 4. City/Town: this category explores skyscrapers role as a cultural symbol, an economic generator, and how the typology can effect localized growth or developments.  Due to their size and scale, skyscrapers have considerable impact to how the world views a particular locale.  Many of these facets can have substantial impacts to their areas far after a skyscraper is built, or even conceived.       

·                                 3. District: examines the local connections to a neighborhood a building can have: can it reduce energy use for neighboring buildings?  Can it generate food, or increase/decrease congestion?  Due to the density of skyscrapers, they have a major impact upon their surrounding neighborhood, and traffic patterns?

·                                 2. Site: It is of little surprise that site considerations continue to have the largest impact on building energy use.  From how a building is entered, to what physical flows the building encourages or reacts against, organization considerations for a building that can reduce energy use (what energy potentials are available on site?)Poor design can increase energy use, or hamper regional efforts.    

·                                 1. Building: this component will likely be the easiest section to map out, as singular buildings are the meat and potatoes of architectural training and discussion.  Initially, this topic will center around the following sections:

    • Energy Use Intensity
      • Building Users / User energy requirement
      • Building waste
    • Embodied Energy and Embodied Carbon 
      • Environmental Product Declarations, and perhaps a better inclusion into the other topics
    • Building Waste
    • Façade Systems
    • Engineering Systems
      • MEP Systems
      • Facade
    • Structural Considerations
    • Any other considerations that can reduce energy, and save clients money


Overall, this “Skyscraper Palette” organizational system will likely be a better facilitator of ideas to ourselves, and readers.  While it is likely that this approach will center more on single buildings (it is easier to study single buildings, after all!!), we here at HeightsRising will do our best to incorporate these and other features as they arise.

Adieu.    













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