Spring 2017

Syllabus

Instructor: Diogo Bolster, 120 C Cushing Hall, Ph: (574) 631 0965, Email: dbolster@nd.edu

Classes: Monday/Wednesday 12:30-1:45, DeBartolo 241

Office Hours: Monday after class 2-3. You are welcome to come by at other times or you can schedule an appointment (please always feel free to knock on my door).

Teaching Assistants

Thomas Sherman (Thomas.J.Sherman.46@nd.edu)

Lecture Notes (click title for powerpoint)

0 - Introduction

1 - Differential Equations

2 - Conservation of Mass   Sample Problems

3 - Streams, Lakes and Rivers    Sample Problems

4 - Multiphase Interactions    Sample Problems

5 - Groundwater Transport  Sample Problems

6 - Bacteria  Sample Problem

7 - Mixing Driven Reactions  Sample Problem

8 - The Atmosphere  Sample Problem

9 - Indoor Air

Review 1        Erfc Table

Review 2

Review 3

Homework

HW1 (Feb 1)        Solution

HW2 (Feb 8)        Solution

HW3 (Feb 22)      Solution

HW4 (Mar 1)    Data     Data(Excel)      Solution

HW5 (Mar 29)  Solution

HW6 (April 12)  Solution

HW7  (May 3)  Solution

Readings

Surface Water

1 - Great Lakes Pipeline

2 - Swimming in Filth

3 - Lingering Chemicals and Coverups?

4 - Surface Water Concerns

5 - Mustard Yellow Disaster

6 - Living Lab Cleanup

7 - Carbon in Arctic Rivers

8 - Contaminating the Deepest Oceans

9 - Land Air Coupling and Soil Moisture

Ground Water

1 - Oil and Water in the Bay

2 - Under China’s Surface

3 - Carbon Farmers

4 - Fracking Contamination changes over time

5 - California’s Unknown Water Source

6 - Asbestos in Soils

7 - Other Ways to Store Water

8 - Bacteria in Groundwater Systems

9  - Selling Mojave Water

Atmosphere

1 - London Smog

2 - Ammonia in the Atmosphere

3 - Plane Exhausts

4 - China Human Rights and Smog

Codes and Other Notes

1 - Differential Equations

2 - Conservation of Mass

3 - Streams and Lakes

4 - Multiphase

5 - Groundwater

6 - Bacteria