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Page 1: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

Dr. Martin T. AuerMTU Department of Civil & Environmental Engineering

Solid & Hazardous Waste

Page 2: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

Take the Garbage to the Dump

Page 3: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

Reuse

Waste to Wealth Program

Page 4: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

Recycle

Page 5: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

Material Recovery Facility

Page 6: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

Disposal

Page 7: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

Waste to Energy

Page 8: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

Life Cycle Analysis

Page 9: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

Hazardous Wastes

Page 10: Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Solid & Hazardous Waste.

The Gaia Hypothesis

The Gaia Hypothesis proposes that life as a whole on Earth fosters and maintains environmental conditions that will ensure its continuity.

Gaia comes to us from Greek mythology (mother earth) and was known in Roman mythology as Terra.

Organisms must maintain internal conditions within tolerable bounds. Many biological, ecological and even social systems engage in homeostasis, opposing change to maintain internal equilibrium. If the system does not succeed in maintaining or re-establishing its balance, the system will stop functioning.


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