Upload
hatuyen
View
214
Download
1
Embed Size (px)
Citation preview
UCSB Bren School of Environmental Science and Management
Santa Barbara, California
Community Symposium
Mobility Systems Challenges and Opportunities
David Raney
Raney Associates
October 26, 2011
Deepwater Horizon Disaster
Source: NASA
Industry regulation & enforcement still lacking. Particularly problematic in developing countries.
{
Location Date Pollutants Symptoms and Effects
Meuse Valley, Belgium
December 1-5, 1930
SO2
(9.6 – 38.4 ppm)
63 excess deaths, chest pain, eye and nasal irritation, all
ages affected
Donora, Pennsylvania
October 26-31, 1948
SO2, particles
(0.5 – 2 ppm)
20 excess deaths, chest pain, cough, eye and nasal
irritation, older people mainly affected
Poza Rica, Mexico
November 24, 1950
H2S 22 excess deaths, 320 hospitalized, all ages
affected
London, England
December 5-9, 1952
SO2, particles
4000 excess deaths
New York City November 24-30,
1966 SO2, particles
168 excess deaths
Air Pollution Episodes
Public shocks were stimulus for eventual action.
Occupy Clean Air
Optimists Club Meeting 1952
Photochemical Smog in Los Angeles
Source: LA Times Collection, Department of Special Collections, UCLA Library
First Reported Photograph of Smog, July 29, 1943
L.A. Civic Center, 1948
California in 1950 • Population 11 Million • Vehicles 4.5 Million
Dr. Arie Haagen-Smit 1900 - 1977
My Family’s Car in the 1960’s
One of the last model’s produced with no on-board emission controls
U.S. National Highway System
1955 Map Projecting Highway Construction by 1965
• Lobbied heavily by Detroit auto industry
• Supported by President Dwight Eisenhower
• Funded by Federal Highway Act of 1956
• Approximately 46,000 miles of concrete
Key Milestones
1800 Process of electrolysis discovered; important for future hydrogen fuel cell development
1870 John D. Rockfeller forms Standard Oil paving way for petroleum becoming most significant energy
source in the United States
1900-1935 Electric vehicles lost out to the internal combustion engine
1901 Birth of the modern oil industry; discovery of vast Texas Spindletop Oil Field
1952 Dr. Arie Haagen-Smit confirms fundamentals of formation of photochemical smog
1954 French chemist Eugene Houdry developed a working prototype of a catalytic converter for cars
1960 OPEC formed in Baghdad, Iraq.
1961 First automotive emission regulation established by California Motor Vehicle State Bureau of Air
Sanitation to control positive crankcase ventilation.
1967-1968 CARB formed. Dr. Haagen-Smit appointed chairman by Governor Ronald Reagan.
1970 Federal Clean Air Act amendments. Established federal authority to control air pollution.
1973 OPEC oil embargo.
1975 EPACT passed by U.S. Congress establishing provisions for CAFÉ standards
1976 Volvo and Saab introduce first cars equipped with three-way catalytic converter to control HC, NOx
and CO exhaust emissions
1990 California adopts LEV standards establishing itself as a global leader in emissions regulation; set the
stage for 20-plus years of trying to force electric vehicle markets
{
Federal 8-Hour Ozone Standard Violations – Los Angeles County 1975 - 2010
Source: http://www.arb.ca.gov/adam/trends/graphs
Tremendous progress since 1975
8-Hour Ozone Non-attainment Areas (1997 Standard)
California 8-Hour Ozone Non-attainment Areas (1997 Standard)
Local Monitoring
Critical Milestone – Automotive Catalytic Converter
French Chemist Eugene Houdry
Patented Converter in 1949
Thirty Years Would Pass Before
Mass Production on New Cars
The Workhorse of Exhaust Emissions Control
Obstacles:
• Poisoning of catalyst from lead in gasoline
• Durability and cost
• Lack of electronic closed-loop feedback control
Oxygen Sensor Enables 3-Way Closed-Loop Control
Target of Lambda = 1 for stoichiometric operation
Source: Auto/Oil Air Quality Improvement Research Program, 1997
Arrows indicate a decrease or increase in particular
gasoline component
Red indicates negative impact on emissions and green indicates positive impact.
N.S. indicates emissions impact is Not Significant.
Relationship Between Improved Fuel and Emissions - Gasoline
Significant Progress 1975 – 2010 With Further Projected Improvement Thru 2020
Reactive Organic Gases (ROG)
NOx Source: CARB
Honda CR-Z (AV-S7)
U.S. 2011 LDV-LDT Fleet – Combined Fuel Economy Label Values
Toyota Prius
Ford Escape
Audi A3 & VW Jetta (diesel)
Lexus CT 200h
U.S. 2011 LDV-LDT Fleet – Combined Fuel Economy Label Values
Efficiency Exists And Has Been Masked
Source: U.S. EPA
U.S. Light Duty Vehicle Fleet – Car & Truck
Weight Reduction Potential Significant
Interesting Note – Detroit successfully fought fuel economy regulation increases for over 15 years claiming that increases would lead to more motor
vehicle fatalities due to downsizing of the fleet. Honda eventually successfully refuted these claims with fundamental accident research.
Safety and Fuel Economy Are Interrelated
California GHG Emissions Inventory 2002-2004 (469 MMT CO2e)
Recycling/Waste,
1%
Res & Com, 9%
High GWP, 3%
Agriculture, 6%
Industrial, 19%
Electricity
(Imports), 12%
Electricity (In
State), 11%
Transportation,
38%
Electric Vehicles (EV’s) >>> Emissions Elsewhere Vehicles (EEV’s)
Beijing Traffic
China’s Government Imposed Controls in 2008 Achieved 29.65% Improvement
In API From Pre-Olympic Activity Year Before, But 60% Of Improvement
Dissipated One Year After Olympic Games. Improvement Was Real
But Only Temporary
Most Polluted World Cities by PM
Particulate Matter μg/m³ (2004)
City
169 Cairo Egypt
150 Delhi India
128 Kolkatta India
125 Tianjin China
123 Chongqing China
109 Kanpur India
109 Lucknow India
104 Jakarta Indonesia
101 Shenyang China
The Developing World Is Becoming Our Problem
Developing
World
OECD
Criteria Pollutant Control GHG Reduction
Criteria Pollutant Control
GHG Reduction
Important Differences
In-Use Enforcement Evolved
In-Use Enforcement An After-
Thought
Countries with the highest CO2 emissions
Country
Carbon dioxide
emissions per
year (106 Tons) (2006)
Percentage of global
total
Avg. emission
per Km2 of its land (Tons)
China 6,103 21.5% 636
United States
5,752 20.2% 597
Russia 1,564 5.5% 91
India 1,510 5.3% 459
Japan 1293 4.6% 3421
Germany 805 2.8% 2254
United Kingdom
568 2.0% 2338
Canada 544 1.9% 54
South Korea
475 1.7% 4758
Italy 474 1.7% 1573
Countries with the highest per capita CO2 emissions
Country
Carbon dioxide emissions per year (Tons per person)
(2006)
Qatar 56.2
United Arab Emirates 32.8
Kuwait 31.2
Bahrain 28.8
Trinidad and Tobago 25.3
Luxembourg 24.5
Netherlands Antilles 22.8
Aruba 22.3
United States 19
Australia 18.1
Global Trends
China Ranked #78 in 2006 per capita emissions)
Source: U.S. DOE
China Demand Projected To Outpace Global Historical Experience
China Lags In CO2 Per Capita But Leads In Total CO2 Emissions
R&D Expenditure Data Could Be Misleading Due To U.S. Experience
California’s Goals Beyond AB32 Are Phenomenal
Source: iCET
Global Efforts Are Underway To Mitigate GHG Emissions
Image of Future U.S. CAFÉ Standard Requirements – Obama NOI 2010
Scenario Forecasts In EPA/NHTSA Joint NOI For Forecast for 2017-2025 Fuel Economy
Perhaps Most Probable Pathways Are A, B, and C
(10% EV Penetration Highly Unlikely)
Fuel Economy Improvement Projections From Weight Reduction
Transportation Policy Is Most Expensive
Sources: U.S. Department of Transportation
Under 30, 84% vs. 72%
Real Trends but Causes Uncertain
• Boomer proximity to retirement growing 5%/year
• High unemployment among 30 and under bracket
• Cost of vehicle ownership
• Slow pace of population growth in 16-29 bracket
• Internet and mobile phone connectivity
• Lack of convenience – can’t text while driving
• Graduated drivers license regulations in states
• Loss of drivers education in high schools
• Increased environmental awareness
Demographic Uncertainties
Trends in Distribution of Person Trips per Person
Note: Personal VMT by Public Transit continues to decline. 2009 is less than 1.5% of all VMT
What Will Affect VMT Growth Or Mitigation In The Future?
• Rural VMT is about 50% of Urban VMT • 88% of all VMT is LDV related
Source: Federal Highway Administration
Consumer Influences
Real Fuel Cost - % Of Disposable Income
Two Different Forms of Consumer Response
Source: www.clemson.edu
Gas Station Line – 1973 (Result of OPEC oil embargo and real gasoline shortages)
Gas Station Line – 2008 (This station selling gas at $3.64/gal
while station down the street is selling for $3.89/gal)
1990 Global Reserves: 1.1 Trillion BBL
Production 1990 to 2010: 0.6 Trillion BBL
2010 Global Reserves: 1.2 Trillion BBL
Geological endowment
Technically recoverable resources
Reported reserves
Production
Peak Oil vs. Reality
Industry
Metrics
Illustration of “MPG Illusion”
Miles Per Gallon
Gal
lon
s p
er 1
,000
Mil
es
Effective Marketing Tools Do Exist
Consumption metric has
advantages over distance
travelled metric relative to
purchase decisions and in-use
performance monitoring
ZEV Type Performance Definition Credit per vehicle
2009-2017
2018 and later
V
300-plus mile range with fast fueling 7 3
IV
200-plus mile range with fast fueling 5 3
III
100-plus range with fast fueling or 200-
plus mile range 4 3
II
100-plus mile range 3 3
I.5
75-100 mile range 2.5 2.5
I
50-75 mile range 2 2
0
Less than 50 mile range 1 1
NEV
No minimum 0.3 0.3
CARB’s ZEV Credit Scheme – Misguided Policy?
Credit scheme in ZEV
regulation drives
vehicle OEMs toward
higher range vehicles
for compliance stategy,
but also much higher
cost vehicles, limiting
market potential and
missing critical and
possibly broader
markets for lower range
more affordable ZEVs.
Types III, IV, and V: Extremely high cost so not optimal choice
Types I, I-5 , and II: Very high cost so not optimal choice
Type 0: More affordable but requires much greater production volume
New Pathways: Government & Industry Collaboration
Industrial Ecology
(Metasystem)
Traditional
Economic
Analysis
Firm
Manufacturing
Pricing
Decisions
Marketing &
Financial
Analysis
Consumer
Behavior
Political/
Regulatory
Behavior
Legal/
Cultural
Institutions
Traditional
Academic
Disciplines
Scientific &
Engineering
Activity
Missing
Linkages
Source: Allenby (1992) and NAS
New Pathways: Government & Industry Collaboration
Industrial Ecology
(Metasystem)
Traditional
Economic
Analysis
Firm
Manufacturing
Pricing
Decisions
Marketing &
Financial
Analysis
Consumer
Behavior
Political/
Regulatory
Behavior
Legal/
Cultural
Institutions
Traditional
Academic
Disciplines
Scientific &
Engineering
Activity
Missing
Linkages
Source: Allenby (1992) and NAS
Tremendous
opportunity for
Academia to work
on missing linkages
through new
thinking
Identify Critical Uncertainties Around:
• Economics and Power Structures
• Society and Culture
• Technology and Industry
• Environmental and Resource Challenges
Keep Asking…..
1. What is important to the citizenry
and why
2. Who has power to affect change
3. How can and will changes be made
Global Community
Rallies Around Values-
Based Causes
$
Global
Citizenry
We’ll Do
It
Our Way
Price Is
Right
Socio-Political Scenarios for Next 50 Year Context of Mobility Systems
Source: WBCSD
Challenges
• Using free markets to address sustainability
• Promoting a privatized infrastructure
• Addressing needs of “have-not” nations and inherent tensions
• Creating momentum for sustainability absent citizenry support
• Creating useful mechanisms for global technical standards
• Addressing congestion and ad hoc urban planning
• Promoting carbon sequestration or some other solution to offset
• Impacts of fossil fuel consumption impacts
• Addressing global energy security
Influential Societal Norms
Habits Do Change!
Any applicability here to motor vehicles and new trends relative to
social acceptability based on what we drive?
Priorities Have Changed
Then Now
Collaboration Is Underway
$150M Shared Contribution Between
China and U.S Over Five Years -
University Of Michigan
Leading on Clean Vehicles and WVU
Leading on Coal
Santa Barbara – Weihai Collaboration?
Santa Barbara Sister City In China –
Weihai, Shandong Province
Significant populations continue to suffer through what Los Angeles did pre-1985
Knowledge from past in OECD should
continue to be applied effectively
and with haste in the developing world