Relationship Between Economic Activity and Pollution Emissions Class Project Me 449, 2002 Y. Kuwabara, S. Lahr, B. Ponczak, M Roberts, A. Shaw Instructor:

Slides:

Advertisements

Similar presentations

1 CPUC Avoided Cost Workshop Environmental Externality Avoided Cost.

Advertisements

CO 2 Emission per Primary Energy Consumption Unit : 1,000 Tons-CO 2 /KTOE (FEB) Year

SULFUR AND NITROGEN EMISSION TRENDS FOR THE U.S. by Rudolph B. Husar Summary Report by Sarah Lahr ME 449 Sustainable Air Quality 2/4/02.

I. I.Solid Wastes B. B.Alternatives 3. 3.Composting Removing metal and newspaper Aerobic – Decomposition with frequent agitation (faster) Anaerobic – Decomposition.

Integrated SOx Emission Trend Estimation for the Sustainability Transition Students K. Miller, C. Reid, J. Agan, J. Reynolds Instructor Rudolf B. Husar.

Sulfur Emission Trends and Forecast Data compiled, analyzed, and presented by: Chris Bamat Sandy Fergus Ryan Mackin Chris Rolland Presented on May 1, 2006.

Class Project Report, May 2003 ME/CE 449 Sustainable Air Quality Causality of US Sulfur Production and Emission Trends By James Agan, Kate Miller, Cat.

Ch 12 Energy Energy Sources and Uses Coal - Oil - Natural Gas Nuclear Power Conservation Solar Energy –Photovoltaic Cells Fuel Cells Energy From Biomass.

Sustainable energy supply in Germany – scenario analysis with different CO 2 certificate prices Markus Blesl, Uwe Remme, Ulrich Fahl International.

Energy Resources Human Impact on the Environment.

Class Project Report, May 2003 ME/CE 449 Sustainable Air Quality Causality of US Sulfur Production and Emission Trends By James Agan, Kate Miller, Cat.

Analysis Framework III – Causality Loop Economic Development with Due Care of the Environment Health-Welfare Energy-Env. Socio-Economic Science & Eng.

1000 kilowatt-hours of electricity is equivalent to the average amount of electricity consumed per month by: 1 resident of the United States. 2.3.

The importance of fossil fuels and the challenges facing their use

Energy Consumption and Production Trends By: Yu Kuwabara Brian Ponczak February 27, 2002.

New Business Model Fiber, Fuel and Energy? Rob Davis Forest Energy Corp BTEC May 25, 2010 Scottsdale, AZ.

1. Fundamentals of Global Energy Business Michael J. Orlando University of Colorado - Denver week 2: Supply of Energy video 3: What Primary Sources are.

Greece Location of Greece on a world map. Map of Greece htt p:/ /i m ag es. go og le. co m/ se ar ch ?h l= en &s ite =& tb m =is ch &s ou rc e= hp & bi.

Energy and Sustainability. Energy How much energy do you need? How much energy do you use?

Air Pollution Sources: Coal-Fired Power Plants April 13, 2011.

The Science and Economics of Energy: Learning about Solar Energy.

Jan MELICHAR Charles University Environment Center NEEDS Forum 3 - Cairo January 28, 2008 The external costs calculation in CEEC countries focusing on.

MAGEEP. Sustainable Development – Causality Loop Economic Development with Due Care of the Environment Systems approach: linking human activities and.

Class Project Report Sustainable Air Quality, EECE 449/549, Spring 2008 Washington University, St. Louis, MO The Carbon Footprint of Danforth Campus and.

1 MET 12 Global Warming: Lecture 13 Energy Shaun Tanner San Jose State University Outline:   Energy use   Story of Stuff.

Introduction to Chapter 3 Ilaria DiMatteo UNSD 6 th Oslo Group Meeting 2-5 May 2011.

14-15 June 2006 Parliament House Canberra Trends in energy for transport — What are the policy implications? Trends and projections of transport energy.

Sensory-Motor Response to Changes Regardless whether the Earth is considered ‘healthy’ or ‘sick’, the inevitable and unforeseeable environmental changes.

Energy, Economy, Population Yu Kuwabara Submitted to Prof. Husar Sustainable Air Qualtiy

Earth’s Changing Environment Lecture 15 Energy Conservation.

Sustainable Development (NAS) A process of reconciling society’s developmental needs with the environmental limits over the long term. It includes differing.

Male Declaration Emission Inventory Workshop Feb.,26,2007 IRAN EMISSION INVENTORY OF 2000.

Depend on CARBON and CHEMICAL ENERGY from FOSSIL FUELS.

Distribution of Fuel By Sector: Past and Present Class Project ME Sustainable Air Quality Spring 2007 Matt Fishman Instructor: R. Husar.

Copyright © 2011 by Oxford University Press, Inc. Energy and the Environment James A. Fay / Dan S. Golomb FIGURE 2.8 Trend of annual U.S. energy consumption.

Local Context: Review of the city’s GHG inventory Applying scientific thinking in the service of society.

Economic Trends and Forecast Data compiled, analyzed and presented by: Ryan Demien Tyler Jensen Sally Smith Presented 26 April 2006 Sustainable Air Quality.

Instructor Özgür ZEYDAN (PhD.) Department of Environmental Engineering.

Affordable, Clean, Local Plug-in Partners Campaign Plug-in, Flexible Fuel, Hybrid Electric Vehicle.

Coal Production and Consumption in the United States Adam Shaw ME 449 February 11, 2002.

Relationship Between Economic Activity and SO x Emissions: Version 5 April 22, 2002 Class Project Me 449 Sustainable Air Quality Y. Kuwabara,

Energy Use, Final Demand, 2001 GPI Atlantic. Electricity Use GPI Atlantic.

Sustainable Air Quality Michael Roberts February 4, 2002.

Oil and other are the two primary contributors for VOC. Both of them peaked around 1970 and have both been on the decline since The level of pollution.

Energy Efficiency = changing current devices so they 1) do more useful work 2) not converting into low-quality(heat) 84% of all commercial energy used.

Everything You Need to Know About Fossil Fuels *and how to give a good energy presentation.

SULFUR AND NITROGEN EMISSION TRENDS FOR THE U.S. Yu Kuwabara Submitted to Prof. Husar Sustainable Air Qualtiy

Sustainable Air Quality ME 449, Health Care The physicians evaluate a patient’s health by measuring the temperature, pulse rate, the cholesterol.

Consequences of Ecosystem Changes. How and what to Control?? Analysis Framework III – Causality Loop Economic Development with Due Care of the Environment.

Class Project Report, May 2004 ME/ChE 449 Sustainable Air Quality Sustainability Transition, : Possible role of the Hydrogen Economy By Andrew.

Dir. Jesus T. Tamang Energy Policy and Planning Bureau DEPARTMENT OF ENERGY The Need for Fuel Mix Policy.

Human Impact EEE 105 Read Ch. 12. Human Impact We were first hunter-gatherers Australian aborigines.

Sustainable Development (NAS) A process of reconciling society’s developmental needs with the environmental limits over the long term. It includes differing.

Work package n.2 Energy baseline assessment and target setting Kick-off meeting MUSEC Modena,

Activity Relationships Adam Shaw & Sarah Lahr ME Sustainable Air Quality Submitted to Professor Husar Class Project 2/29/02.

Review Spelling.

Class Project Report, May 2003 ME/CE 449 Sustainable Air Quality Causality of US Sulfur Production and Emission Trends By James Agan, Kate Miller, Cat.

It all starts with CARBON. coal (and electricity from coal) oil natural gas.

Fossil Fuels By Brian Morgan. Most Popular Coal* Oil Petroleum Natural gases.

Figure 1. Emission Levels, Reference Case Projections for 2010 and 2020, and Target Caps for Electricity Generators Target 0 2,000 4,000 6,000.

Energy Consumption The Earth’s supply and our demand.

Measuring Energy Linkages with the Hypothetical Extraction Method: An application to Spain Ana-Isabel Guerra Ana-Isabel Guerra Ferran Sancho Universitat.

US I/O Model(s) and the integration with other data sets Gregory A. Norris Sylvatica / Harvard University / U. New Hampshire USA.

Markus Blesl, Tom Kober IER; University of Stuttgart

1000 kilowatt-hours of electricity is equivalent to the average amount of electricity consumed per month by: 1 resident of the United States. 2.3.

Review of Important PM2.5 Source Categories

بنام خدا.

2ND GHANA NATIONAL OMMUNICATION preparation GHG INVENTORIES ON ENERGY presentation by Joe Essandoh-Yeddu Ghana Energy Commission.

6.3 Find Probabilities Using Combinations

Presentation transcript:

Relationship Between Economic Activity and Pollution Emissions Class Project Me 449, 2002 Y. Kuwabara, S. Lahr, B. Ponczak, M Roberts, A. Shaw Instructor: R. Husar

Economic Activity-Emission Relationship Develop a relationship for: SOx = f ( I, T, R, C) NOx = f ( I, T, R, C) HC = f ( I, T, R, C) PM = f ( I, T, R, C) I ndustrial T ransport R esidential C ommmerc. Ind. Energy Tr. Energy Res.Energy Com. Energy Coal Oil Gas Electricity SOx NOx HC PM Activity Consumption ProductionEmission Metals

I ndustrial T ransport R esidential C ommmerc. Ind. Energy Tr. Energy Res.Energy Com. Energy Activity, j Consumption, k Material Goods Consumption= a im x Industrial Activity Ind. Energy Consumption= a i x Industrial Activity Transp. Energy Consumption= a t x Transportation Activity Resid. Energy Consumption= a r x Residential Activity Commercial Energy Consumption= a c x Commercial Activity a im =Material Goods/Industrial Activity a t =Transport Energy/Transport Activity arar acac Material Goods a i =Industrial Energy/Industrial Activity

Ind. Energy Tr. Energy Res.Energy Com. Energy Coal Oil Gas Electricity Consumption, k Production, l Metals b ic b tc b rc b cc Material Goods b mm Metals Prod/Goods Consumption Production/Ind. Energy Consumption Metals Production = b mm x Mat Goods Consumption Coal Production =  b jC x Consumption j +b ec (  b je *Consumption j ) Oil Production =  b jo x Consumption j +b eo (  b je *Consumption j ) Gas Production =  b jg x Consumption j +b eg (  b je *Consumption j ) b to b tg b te b ig b io b ie b ce b cg b co b re b rg b ro b ec b eo b eg

Coal Oil Gas SOx NOx HC PM Production, l Emission, m Metals SO X =  C js x Production j NO X =  C jn x Production j HC =  C jh x Production j PM =  C jp x Production j C mh C ch C cn C mn C os C cp C ms C on C mp C gs C op C gh C oh C gp C cs C gn