What if all trips in a city were carried out by a fleet of self-driving cars shared by users? The latest report from OECD’s International Transportation Forum explores the potential outcomes of such a radical upgrade in an urban mobility system. The report concludes that up to 9 out of 10 conventional cars could become redundant under certain circumstances. Vast amounts of public space would be freed for other uses in such a scenario. Take a look:

If you get a chance, visit their website and even better plan a visit to attend the upcoming ITF conference in Leipzig, Germany.  I had the privilege to be a part of this event last year and came away with a lot of very important issues, esp. related to transportation policy, at a global level. It was one of the well-organized and best run events that I got to attend in all of my years as a transportation professional.

Photo by didbygraham

Smart Freight Centre (SFC) is looking for an energetic and efficient individual with initiative to manage the implementation of the Green Trucks China project, and be part of our global team to advance green freight and logistics worldwide.

The Green Trucks China project is the first project of SFC to catalyze the sector-wide adoption of proven technologies. SFC has selected China as the first market and will operate under the umbrella of the China Green Freight Initiative (CGFI) that is managed by the China Road Transport Association. SFC has selected a ”green tires package” consisting of high quality tires supplemented with tire maintenance and telematics as the first technology package, which could reduce 20 million tons of carbon dioxide from trucks in China annually.

The full job ad is available on www.smartfreightcentre.org

This chart comes from a report titled “The state of clean transport policy: A 2014 synthesis of vehicle and fuel policy developments” published by the International Council on Clean Transportation.

Air-pollutant emissions and public health

Exposure to outdoor air pollution resulted in 3.2 million early deaths worldwide in 2010 and ranks among the top ten health risks. Motorized transport is a major contributor to outdoor air pollution, particularly near major roadways and in urban areas with a high concentration of vehicle activity. The vast majority of health impacts from vehicle activity occur in India, China, Brazil, Mexico, and the countries in the Asia-Pacific region, Latin America, the Middle East, and Africa. Implementing world-class vehicle emissions standards would reduce transport air pollution-related mortality from approximately 270,000 deaths to 71,000 deaths in 2030 globally, with benefits that are greatly concentrated in major cities. These estimates are limited strictly to exhaust emissions of fine particulate matter (PM2.5) from light- and heavy-duty on-road vehicles in urban areas and thus represent a conservative estimate of health impacts from transport.

Image courtesy: theICCT.org

This report summarizes advances in national and international regulations intended to reduce energy use, mitigate climate change, and control air pollution from motor vehicles and fuels across eleven major vehicle markets from January 2013 through August 2014. These eleven vehicle markets—China, the U.S., the European Union, Japan, Brazil, India, Russia, Canada, South Korea, Australia, and Mexico—represented 85% of total vehicle sales in 2013. Click here to access the report and the presser.

via Forbes/Statista

Image courtesy: Statista via Forbes

Click here for the accompanying story

via CityLab & synapticdigital.com

Los Angeles is preparing to trial a two-way, one-mile e-highway road design project along the diesel truck-dominated Alameda Corridor in an effort to reduce pollution and health-related costs. Officials say the system relies on emission-free electric power delivered through overhead wires to fuel the trucks. The city is partnering with Siemens and the South Coast Air Quality Management District to run the $13 million project set to begin operations in July. The one-mile test of the e-highway system may just be the start. Apparently the various funders are hoping to expand the system along the remaining three miles from the ports to the major railhead, and there are discussions underway about a 20-mile northwest corridor that could connect the ports with inland warehouse complexes. If this first mile test works out, it could help provide a healthier future for high-traffic corridors around the world.

More about the project here.

This is how it works: The catenary infrastructure will be installed on the North and South-bound sections of Alameda Street where it intersects with Sepulveda Boulevard in Carson,California. Up to four trucks will be running in the demonstration, making multiple drives per day. Thanks to an innovative current collector the trucks can connect and disconnect from the catenary system at any speed for dynamic power supply directly to the electric engine and for on-board storage. To further ensure the same flexibility as conventional trucks, the eHighway vehicles use an electric drive system, which can be powered either by diesel, compressed natural gas (CNG), battery or other on-board energy source, when driving outside of the catenary lines.  One big question that bogs me is this: assuming the demonstration is successful, who will pay for the cost of turning over the existing fleet to this hybrid-mode?

Related articles

• Siemens To Conduct eHighway Trials With Electric Volvo Trucks In California
• eHighway Project In Los Angeles
• Siemens eHighway Expected to Cut Ports’ CO2 Emissions

Check out this infograph from Pembina Institute that clearly lays out the case for public transportation (i.e., Rapid Transit) and shows how much money can be saved..

Source: Pembina Institute.

via Visual.ly

Here is a nice infographic that tries to answer one simple question reg. fossil fuels and their emissions..

What if we burned all the fossil fuels we have? infographic by OpenCanada.

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Via Atlantic Cities

How do you tell the story about big agenda issues like environmental impact and emissions in a city like New York? One way to do this is by taking all the relevant data you can get and stitching it together in a graphic format that visually demonstrates the scope of the problem.  Let’ s see how its done.  Let’s start with the problem.

Carbon Visuals and the Environmental Defense Fund created an animation showing giant blue balls standing in for New York’s greenhouse-gas emissions in 2010 (the last year data were available). Each sphere represents one ton of carbon-dioxide vapor. Added up, they represent 54 million metric tons of climate-toasting chemicals, which is the amount of emissions that NYC recorded in 2010.  It is quite arresting when you visually see a huge mountain (Everest-sized) of blue balls blanketing your entire city.  Check it out.

[yframe url=’http://www.youtube.com/watch?v=DtqSIplGXOA&hd=1′]

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• Visualizing a City’s Prodigious Carbon Emissions
• These Are the Best Data Visualization Vids of Our Massive Carbon Problem
• This Is What New York City’s Carbon Footprint Looks Like
• Visualising carbon emissions and climate change
• Visualizing CO2
• Video: What does NYC’s carbon footprint “look” like?