[Terrapreta] [Gasification] FUELS AND VEHICLES: AN INTEGRATEDSOLUTION

Mary Lehmann mlehmann3 at austin.rr.com
Thu May 22 02:19:58 CDT 2008


I use a bike mostly.  I visited China when that was true of their  
city dwellers too.  After enough polluted air and traffic jams,  
they'll go back to bikes, and they'll have company  --eventually.  ML
On May 21, 2008, at 3:07 PM, Roger Samson wrote:

>
> Yes mass urban transit is looking like a bit of a crappy (yes not very
> scientific word either) strategy to reduce energy ..quite scary
> http://www.debunkingportland.com/Transit/BusVsCarTEDB.htm
> In china they now have 10's of million of electric bicycles, that’s  
> the best
> way to move people and reduce energy consumption
> electric bicycles are the most sustainable urban transport options  
> after
> shanks pony (for all you youngsters that’s means walking)
>
> we need to gasify biomass for heat and power and then use electric  
> bikes and
> small electric cars for a more sustainable transport option. Much  
> better
> than liquid biofuels running conventional sized vehicles or big public
> transit buses
>
> Roger Samson
>
> W: www.reap-canada.com
>
> -----Original Message-----
> From: gasification-bounces at listserv.repp.org
> [mailto:gasification-bounces at listserv.repp.org] On Behalf Of Greg  
> and April
> Sent: Wednesday, May 21, 2008 2:17 PM
> To: Mary Lehmann
> Cc: terrapreta group; Discussion of biomass pyrolysis and gasification
> Subject: Re: [Gasification] [Terrapreta] FUELS AND VEHICLES: AN
> INTEGRATEDSOLUTION
>
> Funny you should say that.
>
> One of the local news stations did a study to see if it would be  
> possable to
> ditch the car and take the bus, and reported on it last night.
>
> Local price of fuel - $3.66 / gal
> Local price of a bus ticket ( one way ) - $1.50
>
> Going from the news station to the baseball stadium during evening  
> rush hour
> cost $1.50, requires 2 transfers and 3 buses
>
> A reporter and a photojournalist decided to take to trip one using his
> vehicle the other the bus from the same starting point leaving at  
> the same
> time.
>
> Time they both left the bus top near the station was 4:43 ( had the  
> rider of
> the bus missed it, the next bus would not have been by until 5:54 ).
>
> The time the driver took in the POV arrived at the stadium was 30  
> minutes,
> with the consumption of .64 gal of gas for a cost of $2.36 per person
>
> The time it took the rider on the bus was 1:05 for the cost of  
> $1.50 ( what
> we don't know is the average number of people on the busses or what  
> kind of
> mileage they get, but it can be logically assumed that they don't  
> get but
> more than about 8-10 mpg )
>
> A difference of  $0.86 and 40 minutes.
>
> At first glance this looks fairly good -
>
> OTOH assuming they both stayed and watch a ballgame, the driver of  
> the car,
> would have made the return trip in about 20 minutes and a  
> corresponding
> decrease in fuel consumption due to lack of traffic, and the rider  
> of the
> bus would have had to either walk back or get a taxi, because the  
> busses
> don't run that late.    We also don't know how many miles per gal /  
> per
> person the busses get, yet I know for a fact that on many routes  
> they run
> almost empty except during the busiest times of day. - I also know  
> that this
> is true of many types of mass transit in many cities across the US.
>
> Riders on the bus, that used the bus to get to and from work, told the
> photojournalist, that they have to leave home up to 1 hr earlier in  
> the day
> to ensure that they get to work on time and about the same coming  
> home in
> the evening - assuming they didn't miss the bus and that it was  
> running on
> schedule.
>
> Locally it doesn't matter where you are going, it's going to take  
> at least
> twice as long to take the bus as it is in a POV, and that's  
> assuming that
> you caught the right one and that they are running on schedule.
>
> Last year there was a time when one of our vehicles was in the shop  
> for
> work, and since I needed the only other one we had for the kids, my  
> wife
> tried to take the bus.    It worked out that she needed 2 hrs in  
> the morning
> and 2 hrs in the evening to go and from work, which was only 15-20  
> min away
> in a POV.
>
> Now if your time is worth $1 an hour ( or less ) - then the bus  
> would make
> perfect sense, from a fuel, time and cost efficiency stand point.
>
> If your time is worth more than $1 / hr, the total efficiency is  
> with the
> personal automobile.
>
>
> In the end, it all comes down to the fact that different places have
> different transportation systems and each has to be evaluated on  
> it's own
> merits, and don't forget that while it varies with each bus, unless  
> each bus
> is running proximity 1/2 full, then it is getting poorer mileage than
> someone driving an old pickup.
>
> The entire idea that mass transit is a cure all answer for all  
> places and
> all individuals, is phony.
>
>
> Greg H.
>
>   ----- Original Message -----
>   From: Mary Lehmann
>   To: Benjamin Domingo Bof
>   Cc: terrapreta group ; Discussion of biomass pyrolysis and  
> gasification ;
> killer_ape-peak_oil at yahoogroups.com
>   Sent: Wednesday, May 21, 2008 11:00
>   Subject: Re: [Terrapreta] FUELS AND VEHICLES: AN INTEGRATED SOLUTION
>
>
>   This effort is sad to see, however well intentioned it is,  
> because in the
> first place the need to use less energy has been confused with energy
> efficiency.  If my car gets extra miles to the gallon, what is to  
> keep me
> from driving more miles? This is like that phoney drive to add  
> wider, faster
> roads to shorten commuter time.  People just moved farther out.
>
>
>   In the second place, no account has been taken of the fact that  
> there will
> not be the available energy to make the passenger cars, compared  
> with the
> energy economy of mass transit vehicles.  As the energy shortage  
> gets worse
> (yes, before it gets better, if you like), manufacturers and  
> finally the
> public will be unwilling to forego mass transit vehicles.  We will  
> be like
> the Easter Islanders opposing burning the last trees which should  
> be saved
> for making boats in which to move away.
>
>
>   Mary Lehmann
>   ====================================================================
>
>   On May 16, 2008, at 5:09 PM, Benjamin Domingo Bof wrote:
>
>
>
>          Fuels and vehicles: an integrated solution
>
>          The use of fossil fuels in transport creates enormous  
> greenhouse
> gas emissions.  In Canada, in fact, cars and trucks produce more  
> than 30% of
> all GHG emissions.  To make meaningful progress in reducing GHGs,  
> we must
> address the transport sector.  Individually, advanced new transport  
> fuels
> and vehicle technologies contribute to GHG emission reductions.   
> However,
> the most effective way to reduce CO2 in transport is through an  
> approach
> which integrates both vehicles and fuels.
>           To achieve this, both vehicles and fuel manufacturers are  
> spending
> billions of dollars to develop and deliver cleaner, more efficient  
> systems
> that use less gasoline.  But typically, vehicle and fuel solutions are
> looked at in separate silos.
>           Historical Agreement Made in 2006:  Volkswagen, Shell and  
> Iogen
> are Combining Fuel and Vehicle Technologies for an Integrated Solution
>           On January 8, 2006, Volkswagen, Shell and Iogen signed a  
> letter of
> intent to conduct a study into the economic feasibility of producing
> cellulose ethanol in Germany.
>
>           Left to right:  Rob Routs, Executive Director Downstream  
> (Oil
> Products and Chemicals) Royal Dutch Shell; Brian Foody, President,  
> Iogen
> Corporation; Dr. Bernd Pischetsrieder, Chairman of the Board of  
> Management
> of Volkswagen AG.
>           This marks the first time that an automotive manufacturer  
> has
> partnered with an oil company and a technology company to explore the
> commercialization opportunity of clean transport fuel such as  
> cellulose
> ethanol.  Volkswagen, Shell and Iogen face a common challenge to  
> deliver
> mobility to people through the cars they drive and the fuels they  
> use, and
> to do it in a sustainable way.  And the biggest challenge for  
> sustainability
> is dealing with CO2 emissions.  By working together, the three  
> organizations
> are committed to meeting our sustainability challenges through an  
> integrated
> approach that uses the most cost effective solutions first.
>           Cellulose ethanol is one of the fuel options that:
>             a.. reduces overall CO2 emissions from vehicles
>             b.. runs in today's cars without any need for automobile
> modifications or changes to the fuel distribution system and
>             c.. is economical in comparison with all alternatives  
> including
> many vehicle technology solutions
>           Running any of the many available flexible fuel vehicles on
> cellulose ethanol E85 is one of the most cost effective ways to  
> reduce GHG
> emissions in transport.  Currently, there are more than 4 million  
> FFVs on
> the road in the United States.  Even running today's regular  
> vehicles on a
> blend of 10% cellulose ethanol will reduce GHGs by close to 10  
> grams of CO2
> for every kilometre driven.
>
>
>
>
>
>
> ---------------------------------------------------------------------- 
> ------
>
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