MESM Specialization: PPR

POLLUTION PREVENTION AND REMEDIATION (PPR)

Faculty Advisor: Trish Holden (1st and 2nd years)

PPR Overview Presentation

Specialization Description

Pollution can be defined as chemical or biological mis-localization. Humans create pollution in a number of ways: by accident, by improper waste disposal, and in some cases by well-intended management of the environment. There are many challenges in pollution cleanup and in preventing future pollutant releases. This specialization prepares students to recognize pollutants, characterize the extent and consequences of pollution in the environment, identify and evaluate alternatives for remediation and prevention, and evaluate the economic and political viability of alternatives.

 

COURSE WORK

The main goal of PPR is to prepare students for challenging, rewarding, and long-term careers in pollution management. To achieve this goal, students should have a good background in the following areas. Depending on the student's background upon entering Bren, suggested courses in each area can be considered.

Students do not necessarily need to take courses in all seven areas. Your advisor will work with you, one on one, to determine which of the areas map best onto your training and career trajectory, taking into account your strengths as you enter Bren, and the areas that appear useful for additional coursework.

Typically, students will take 1 to 2 courses in each area; however, the decision about what is best for you will be made as you work with your advisor to carve out a plan that exactly works for you, considering your background and long terms directions in PPR.


 

Pollution Science: What are pollutants? This involves learning some chemistry, including inorganic and organic as well as knowing about microbial pollutants.

ESM 219:

Microbial Processes in the Environment

Chem 123:

Fundamentals of Environmental Chemistry
Geog 114A: Soil Science and laboratory
 

Transport of Pollutants: How do pollutants move around in the environment? This involves learning about the physical and chemical properties of pollutants within various environments, and learning about the processes that redistribute pollutants over time.

ESM 222: Fate and Transport of Pollutants
Ch E 120C: Transport Processes
Geol 169: Tracer Hydrology
Geog 246: Earth Systems Science: Hydrologic Modeling
Math 130: Introduction to Mathematical Modeling
   

Distribution of Pollutants: How can we assess pollution distribution? This involves learning how to manage, and make sense of, data acquired while monitoring pollution in the field.

ESM 263: GIS
Geog 276: Geographical Time Series Analysis
Geog 277:

Spatial Environmental Modeling

Geog 278:

Practice of Geostatistical Modeling of Spatial Data

   

Consequences of Pollution: What are the risks of pollutants? This involves learning what happens to "receptors" such as animals and humans in the environment when pollutants migrate and concentrate at those locations.

ENVST 120: Toxics in the Environment
ESM 299: Advanced Topcs in Environmental Science--Principles of Nanotoxicology
   

Pollution Remediation: How can we clean up pollution? This involves learnign about technologies and approaches that are used to clean up both hazardous and domestic waste streams.

ESM 214: Bioremediation: Wastewater and Hazardous Waste
ESM 223: Managment of Soil and Ground Water Quality
ESM 224: Sustainable Watershed Quality Management
   

Pollution Prevention: How can we prevent pollution? This involves learning how industrial processes and raw materials can be rethought to limit waste streams and reduce pollution to begin with.

ESM 272 Energy and Resource Productivity
ESM 273: Life Cycle Assessment
ESM 282: Industrial Ecology
CH E 212: Risk Assessment and Management
   

Economics and Policy of Pollution Management: How can we choose management alternatives? This involves learning about policies, economics, and strategies that would factor into recommending management approaches.

ESM 243:

Environmental Policy Analysis

ESM 245:

Cost Benefit Analysis and Non-market Valuation

ESM 271:

Carbon Footprints and Carbon Accounting

ESM 281:

Corporate Environmental Management

ESM 288:

Energy, Technology, and the Environment

ANTH 166BT/217: Biotechnology, Food and Agriculture
   

Other:The following variable topic courses may also provide curriculum opportunities of value for PPR students

ESM 293: Advanced Special Topics in Energy and Climate
ESM 294: Advanced Special Topics in Environmental Law
ESM 296: Advanced Special Topics in Environmental Management

ESM 297:

Advanced Special Topics in Environmental Policy

ESM 299: Advanced Special Topics in Enviromental Science
ESM 430: Workshops in Environmental Science and Mangement
ESM 436: Workshops in Legal Issue in Environmental Problem Solving
ESM 437: Writing for Environmental Professionals
ESM 440: Advanced Environmental Communication
ESM 595A-Z: Seminars/Group Studies in Environmental Science & Management
   
Sample Programs of Study

Example 1

Example 2

ESM 219

Microbial Processes in the Env

ESM 219

Microbial Processes in the Env

ESM 232

Environmental Modeling

ESM 222

Fate and Transport of Pollutants

ESM 263

GIS

ESM 224

Sustainable Watershed Quality Mgmt

ESM 214

Bioremediation

ESM 223

Mgmt of Soil and Groundwater Quality

ESM 286

Environmental Risk Management

ESM 282

Industrial Ecology

ESM 245

Cost Benefit Analysis

Geog 246

Earth Systems Science: Hydrologic Modeling

ESM 281

Corporate Environmental Mgmt

ESM 235

Watershed Analysis

ENV S 120

Toxics in the Environment

ESM 232

Environmental Modeling

 

Other Variable Topic Offerings

 

Other Variable Topic Offerings

                                 

CAREER OPPORTUNITIES

The PPR specialization is intended to prepare students for mid-level jobs in consulting, industry, government or nonprofit organizations. For example, in a consulting capacity, PPR specialists could occupy scientific or engineering managerial or technical positions where they might develop remedial investigation of feasibility plans for hazardous waste sites, conduct field data collection and analysis of sites under investigation, work with engineering staff to facilitate the design of new treatment works in either hazardous or municipal waste treatement, administer regulatory decisions of public clients, delineate and report treatment alternatives plus conduct cost-benefit analyses for preparing recommendations, model environmental systems in support of any of the above, and develop new business.

These similar capacities could be exercised in industry, where, additionally, PPR specialists could develop and oversee the implementation of waste reduction and prevention strategies, as well as ensure compliance and reporting. The technical skills held by PPR specialists will accompany the crisp written and oral communication skills that are essential to all Bren MESM graduates.

Potential Career Opportunities for PPR students  
Bioremediation Discussion Group