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The ICCT has issued a number of consensus statements intended as a guide for policymakers looking to speed the transition to clean vehicles and fuels, automakers and oil companies working to develop products for the coming decades, and officials seeking to improve the efficiency and effectiveness of transportation. ICCT consensus statements represent the collective expert opinion of the individuals participating at that time. They do not necessarily represent the views of any participant's organization, agency or government.
The ICCT has also issued a number of reports, brochures and other types of publications. These materials are typically developed and reviewed by an ad hoc group of ICCT members with particular expertise on the given topic. Unless otherwise noted, these publications reflect the consensus view of the ad hoc team and not the full list of ICCT participants.
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Developed by the ICCT during the 2003 Napa Valley meeting, these consensus statements cover a number of prominent transportation topics.

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The Napa Statements on Motor Vehicle Policy
English | Acrobat | 1 MB
 The full text priority findings of the ICCT, which serves as a companion piece to the 2001 Bellagio Memorandum (available on the Home page of this site).
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Sulfur
English | Acrobat | 31 KB
 The Napa Statement on sulfur in fuels.
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Diesel
English | Acrobat | 31 KB
 The Napa Statement on diesel vehicles and emissions.
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Urban Heavy-Duty Vehicles
English | Acrobat | 26 KB
 The Napa Statement on transforming urban heavy-duty fleets.
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Bus Rapid Transit
English | Acrobat | 27 KB
 The Napa Statement on bus rapid transit systems and comprehensive public transit design.
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Advanced Vehicle Technologies
English | Acrobat | 68 KB
 The Napa Statement on support for advanced vehicle technologies.
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Reducing fuel sulfur content in gasoline and diesel is a critical step in addressing air pollution problems. Low and near-zero sulfur fuels allow for the use of advanced emissions controls on new and used vehicles.

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In spite of progress made in the last decade, many Mexican cities still have unhealthy air. In April 2004, Dr. Mario Molina and other scientists and policymakers came together to develop a strategy to achieve clean air for M←xico.

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Negative health endpoints, environmental impacts, and damage to emissions control equipment have been associated with many octane enhancers and anti-knock fuel additives.

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Methylcyclopentadienyl Manganese Tricarbonyl (MMT): A Science and Policy Review
English | Acrobat | 945 KB
 Updating our 2004 Status Report on MMT, this report provides more detail on recent studies of the potential health impacts associated with use of this manganese-based fuel additive.
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Status Report Concerning the Use of MMT in Gasoline
English | Acrobat | 445 KB
Authors: Katherine Blumberg, Michael P. Walsh
 Methylcyclopentadienyl manganese tricarbonyl (MMT) is an octane enhancer that forms manganese particles when burned as a gasoline additive. These particles can be emitted to the atmosphere or deposited on engine and vehicle components, causing concern in either case. Scientists and physicians from 27 nations participating in an International Workshop on Neurotoxic Metals released a highly relevant consensus document, referred to as The Brescia Declaration, which can be found here.
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Good public transit is a critical component of the effort to reduce air pollution from the transportation sector. Bus Rapid Transit (BRT) provides clean, affordable, efficient, and fast transportation.
Videos are in quicktime and will play directly. Quicktime player can be downloaded for free here. Save videos by right-clicking (windows) or clicking while holding down the option/alt key (mac).

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Making Things Happen with Bus Rapid Transit
English | Quicktime | 33 MB
Authors: Breakthrough Technologies
 A 15 minute video on BRT in Curitiba, Brazil; Bogotá, Columbia; and Brisbane, Australia.
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Open Your Eyes
English | Quicktime | 21 MB
Authors: Centro de Transporte Sustenable
 A 10 minute video on the Metrobus BRT system in México City.
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Non-petroleum based fuels can have several advantages over gasoline and diesel in terms of energy diversity and security, control of greenhouse gas emissions, and reduced pollutant emissions. But in order to reap these benefits, care and attention must go into the production, distribution and use of these fuels.

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Because the EU has assumed a global leadership role with regard to vehicle emissions, policies adopted in Europe will have a strong influence over the degree of environmental performance that motor vehicles will eventually achieve in nations throughout the world.

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China has adopted an aggressive timeline for improved vehicle emissions standards but has not yet put in place cleaner fuel standards, which are a critical component of the European regulatory program being followed. Lack of cleaner fuels would jeopardize the investment being made in cleaner vehicle technologies. Use of higher sulfur fuels increases emissions and can cause important emission-control devices to fail. ICCT and Tsinghua University completed a cost benefit analysis of cleaner fuels and vehicles for China, available below in both English and Chinese.
Full report analysis finds that fuel and vehicle standards will allow 1.5 million premature deaths to be avoided over 22 years, including 20,000 infant mortalities. This is estimated to result in annual net benefits of over one billion Chinese Yuan in the year 2030.

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Low carbon fuel policies currently under development in California and Europe would take advantage of recent advancements in the availability of low carbon fuels. On a lifecycle basis, today's biofuels generally emit 20 to 100 percent fewer GHG emissions than gasoline and diesel fuels. The choice of petroleum-based fuels and feedstocks also affects lifecycle greenhouse gas emissions. The overall impact of the transportation sector on climate change will greatly depend on the types of fuels that are used to meet growing demand.

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ICCT letter to EC President Barroso
English | Acrobat | 145 KB
 This letter urges the European Commission to consider policies to lower greenhouse gas emissions from passenger vehicles and motor fuels. In particular, the letter supports a new policy that would require fuel providers to monitor, report, and reduce greenhouse gas emissions from motor fuels.
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One of the world's largest and fastest growing sources of air pollution, the marine sector's impact on air quality and climate change has been largely unregulated. Indeed, relative to other sectors, the regulation of commercial marine vessels represents a significant political and legal challenge as ships operate largely outside of national boundaries.

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The number of new vehicles produced each year has risen from 5 million in the 1940s to more than 55 million today. As a result of expected growth in population and wealth, the next few decades will see strong growth in the worldwide vehicle fleet, especially in rapidly industrializing nations in Asia. These growth rates will place a high premium on effective government policies that deliver clean, low-carbon vehicles and fuels.

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Fuel Economy Standards and GHG Standards Charts in PowerPoint format
English | MS Powerpoint | 103 KB
Authors:
 Updated May 2009
Inquiries about the presentation or the data below can be directed to Ms. Hui He at the ICCT in San Francisco.
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Data for Fuel Economy Standards and GHG Standards Charts
English | MS Excel | 27 KB
Authors:
 Updated on May 2009
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Passenger Vehicle Greenhouse Gas and Fuel Economy Standards: A Global Update
English | Acrobat | 952 KB
Authors: Feng An, Innovation Center for Energy and Transportation; Deborah Gordon, Transportation Policy Consultant; Hui He, Drew Kodjak, and Daniel Rutherford, International Council on Clean Transportation
 This new study compares passenger vehicle greenhouse gas and fuel economy standards from eight major countries, states and regions. The study finds that Japan and Europe are closely tied in the "race to the top" for the world's most efficient new passenger vehicle fleet, while the United States lags behind these two regions by a large margin.
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New Study Finds US Last Among Major Countries in Passenger Vehicle Fuel Economy Standards
English | Acrobat | 174 KB
 Report Press Release
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Study Concludes that New Technologies Permit Higher Fuel Efficiency without Sacrificing Safety
English | MS Word | 69 KB
 Report press release
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Increasing Vehicle Fuel Economy without Sacrificing Safety-An Overview
English | Acrobat | 106 KB
 An overview of the full report.
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Sipping Fuel and Saving Lives: Increasing Fuel Economy Without Sacrificing Safety
English | Acrobat | 584 KB
Authors: Prepared for the International Council on Clean Transportation by:
Deborah Gordon, Transportation Policy Consultant
David L. Greene, Fuel Economy Policy Expert
Marc H. Ross, University of Michigan
Tom P. Wenzel, Lawrence Berkeley National Laboratory
 A report informed by an October 3, 2006, experts workshop titled Simultaneously Improving Vehicle Safety and Fuel Economy through Improvements in Vehicle Design and Materials . The workshop agenda, presentations, and background information are available here on the Meetings & Workshops tab.
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In many cities around the world, two and three wheel vehicles are the main mode of personal and commercial transportation. Motorcycles are cheaper to own and often more convenient to navigate congested roadways than cars. Unfortunately, emission from two and three wheelers have long been uncontrolled. The explosive growth in motorcycle usage in cities in Asia and around the world has resulted in a significant deterioration of urban air quality.

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Tremendous opportunities exist to improve air quality, safeguard human health, and reduce costs for vehicle manufacturers by harmonizing heavy-duty emission control requirements worldwide. A variety of technologies exist with the ability to reduce emission from diesel trucks and buses to near-zero levels. At the same time, best practices in vehicle emission controls have yet to be adopted in much of the world.

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A Model Regulatory Program for Reducing Exhaust and Evaporative Emissions from Heavy Duty Vehicles and Engines
English | Acrobat | 551 KB
Authors: Michael Walsh, Board of Directors Chairman, Drew Kodjak and Daniel Rutherford, International Council on Clean Transportation
 Commercial truck markets in emerging economies such as China, India, and Brazil now dwarf traditional markets in industrialized economies. The ICCT's Model Regulatory Program for Heavy-Duty Emissions ("model rule") distills best practices in heavy-duty emissions controls from the EU, US, and Japan into a single regulatory program suitable for adoption by interested countries.
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ICCT Euro VI Comments
English | Acrobat | 629 KB
Authors:
 Drawing from the model rule, the ICCT provides comments on the four control options proposed for Euro VI heavy-duty vehicle emission requirements.
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This document was started in the spring of 2008, and represents the shared views of the ICCT staff, Board members, and the ICCT Participants. It defines who we are and what we are trying to accomplish in the years ahead.

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Heavy-duty vehicles are responsible for a large share of overall fuel consumption in the transport sector (roughly 30 percent in the EU and 18 percent in the United States), and even larger share of overall energy consumption for freight transport.
With the notable exception of Japan, to date heavy-duty fuel consumption has been left largely to market forces, and is only recently being viewed explicitly through the lens of climate change regulation.

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Setting the Stage for Regulation of Heavy-Duty Vehicle Fuel Economy & GHG Emissions: Issues and Opportunities
English | Acrobat | 2 MB
Authors: Dana Lowell and Thomas Balon, M.J. Bradley & Associates LLC
 With a focus on regulatory opportunities in the United States, the report provides background information on the US heavy- duty vehicle (HDV) fleet characteristics and identifies the major topics and issues relevant to the design and implementation of fuel economy and/or GHG regulations. The report also discusses potential barriers to the implementation of HDV fuel economy/GHG regulations and identifies key research areas the ICCT intends to pursue in the near term.
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The California Air Resources Board (CARB) adopted a climate change "Scoping Plan" in December 2008 to return GHG emission rates to 1990 levels by 2020. The transportation section of the plan covers a broad range of policies and serves as an excellent model for other regions that intend to take similar action. ICCT played a leading role in the Economic and Technology Advancement Advisory Committee (ETAAC), which provided recommendations for the scoping plan.

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This is a short policy-relevant summary of the black carbon climate science informed by the Fourth Assessment Report of the Intergovernmental Panel on Climate Change (IPCC) and by participants in the January 2009 International Workshop on Black Carbon organized by the ICCT. It provides the latest knowledge of what is known about black carbon and its climate impacts, and it outlines various strategies for controlling these impacts.

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