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ID 2443 Problems in Residential Design The Science and Reasoning Behind Sustainable Design
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Page 1: Why Design Sustainably

ID 2443 Problems in Residential DesignID 2443 Problems in Residential Design

The Science and ReasoningBehind Sustainable Design

The Science and ReasoningBehind Sustainable Design

Page 2: Why Design Sustainably

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Problems in Residential Design

Defining Sustainable Design

Defining Sustainable Design

• Sustainable• Design• Resource• Environment• Development

• Sustainable• Design• Resource• Environment• Development

Page 3: Why Design Sustainably

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Problems in Residential Design

The Triads of SustainabilityThe Triads of Sustainability

• Reduce/Reuse/ Recycle

• Society/Environment/Economics• People/Planet/Profit• Humanity/Humility/ Honesty

• Reduce/Reuse/ Recycle

• Society/Environment/Economics• People/Planet/Profit• Humanity/Humility/ Honesty

Page 4: Why Design Sustainably

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Problems in Residential Design

When did the environment become an

issue?

When did the environment become an

issue?

Page 5: Why Design Sustainably

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Problems in Residential Design

The Industrial Revolution

The Industrial Revolution

Page 6: Why Design Sustainably

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Problems in Residential Design

What are the Implications?What are the Implications?

• Depletion of Natural Resources - Energy Use

• Population Growth• Air Pollution

– Indoor and outdoor• Water Pollution• Soil Pollution

• Depletion of Natural Resources - Energy Use

• Population Growth• Air Pollution

– Indoor and outdoor• Water Pollution• Soil Pollution

Page 7: Why Design Sustainably

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Problems in Residential Design

Natural Resources - Energy Use

Natural Resources - Energy Use

• Oil - transportation and heating fuel

• Coal - steam for electric power

• Natural Gas - steam for electric power

• Nuclear - electricity

• Oil - transportation and heating fuel

• Coal - steam for electric power

• Natural Gas - steam for electric power

• Nuclear - electricity

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Oil Nuclear

WorldwideUSA

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Oil Nuclear

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Page 8: Why Design Sustainably

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Problems in Residential Design

Population GrowthPopulation Growth

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1 1650 1850 1960 1990

pop in millions

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1 1650 1850 1960 1990

pop in millions

Page 9: Why Design Sustainably

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Problems in Residential Design

Air Pollution - Outdoor

Air Pollution - Outdoor

Page 10: Why Design Sustainably

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Air Pollution - IndoorAir Pollution - Indoor• Sources include:

– Formaldehyde– Radon– Carbon monoxide– Household pesticides

– Nitrogen dioxide– Cleaning agents– Ozone– Asbestos– Lead– Volatile Organic Compounds

• Sources include:– Formaldehyde– Radon– Carbon monoxide– Household pesticides

– Nitrogen dioxide– Cleaning agents– Ozone– Asbestos– Lead– Volatile Organic Compounds

Page 11: Why Design Sustainably

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Problems in Residential Design

Water PollutionWater Pollution

• Acid rain• Fertilizer, pesticide and chemical run off

• Solid waste• Thermal

• Acid rain• Fertilizer, pesticide and chemical run off

• Solid waste• Thermal

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Soil PollutionSoil Pollution

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Page 14: Why Design Sustainably

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(W)holistic Design Approach

(W)holistic Design Approach

• SWOT– Strengths– Weaknesses– Opportunities– threats

• SWOT– Strengths– Weaknesses– Opportunities– threats

Page 15: Why Design Sustainably

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Problems in Residential Design

Victor PapanekVictor Papanek