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The Carbon Neutral Design Project:
Carbon Neutral Teaching: Curriculum Materials Development
Gregory D. Thomson
University of Wisconsin-Milwaukee

Spring 2008 UWM Solar Decathlon Carbon Neutral House Project
- mixed UG/G comprehensive design studio (first semester)

Embodied Energy & Carbon Sequestration

Embodied Energy

Design Performance Objective

Embodied Energy

Several students have contributed to the development of embodied energy analysis. The images above are from an outgrowth of initial studies analyzing residential construction typologies and their absolute and relative amounts of embodied energy in the form of emissions equalized for Carbon Dioxide.

Students: UWM Solar Decathlon Team
Software / Tools:

Carbon Emissions Data

Spring 2008 UWM Solar Decathlon Carbon Neutral House Project- mixed UG/G comprehensive design studio (first semester)

Embodied Energy & Carbon Sequestration

Understand the carbon footprint (both positive and negative) implications of material choices in the design process.

• course and project outline

Investigative Strategy

Prepare comparative structural systems for evaluation of structural properties, material properties, and carbon sequestration.

Evaluation Process

Use embodied energy and carbon emission (CO2-eq) data to make absolute and relative comparisons between systems. Also compare other relevant statistics between systems, such proximity, reuse potential, etc., that may have an impact on the life cycle analysis.

Our embodied energy and carbon sequestration studies have been focused on making material take-offs from the AutoDesk Revit Model and using them to calculate embodied energy by mass and volume of material as well as looking at the carbon balance of the material selections.

The beginning of these calculations have focused on the alternatives for structural framing and envelope conditions, as opposed to interior finishes. Initial studies for the structural frame types concentrated on the big picture differences between load bearing walls, light framing techniques, and heavy framing techniques.

Initial studies have also included the creation of an evaluation methodology that begins to account for the benefits and drawbacks of material selections based on a number of criteria including carbon content, reuse potential, use of recycled materials, impact on building loads, and proximity.

Evaluative Criteria

 

Cautions - Possible Confusions
Range of Applicability in terms of CLIMATE
ALL
Range of Applicability in terms of TYPE
ALL
Reference Material


Duration of Exercise

Degree of Difficulty / Previous Knowledge Required


 

Embodied Energy

 

Embodied Energy

Embodied Energy Study

UWM Solar Decathlon
Layout Test for Materials

Base Chart
Base Chart

Carbon Calculation
Carbon Calculation


   

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