I've been working with some high-FFA oil, titrating at 9.15ml, which
I think is equivalent to about 23% FFA content, in this case. So go
acid-base of course. Short of that, it's not easy to process oil like
this with the usual single-stage base process. You're likely to end
up with about 50%
So then maybe building a solar cracking unit might be a option. What
would be involved in cracking? Is it a just purely a heat process. Or
are other factors involved? From the previous discussions it sounded
like an involved process or can you run a calculation that gives you the
right input
Well I have not seen kerosene at truck stops. When you travel north from
the south and you heading or in subzero weather. Just no that many
places to pull a semi in to keep it warm or heat it backup.
Steve Spence wrote:
not by intelligent diesel owners. the logical choice is kerosene.
Steve
- Original Message -
From: Keith Addison [EMAIL PROTECTED]
To: biofuel@yahoogroups.com
Subject: [biofuels-biz] High FFA oils - another way
snip
I found an easier way though: two-stage base-base, only the first
stage doesn't use methanol, it uses (horror!) water.
Mix the titration
Forwarded from Biofuel - response to Ken Provost.
Hello Ken
Keith wrote:
I've been working with some high-FFA oil, titrating
at 9.15ml, which I think is equivalent to about 23%
FFA content.
Mix the titration amount of NaOH, in this case 9.15 grams
per litre of oil, with 40 ml of
Hello Paul
- Original Message -
From: Keith Addison [EMAIL PROTECTED]
To: biofuel@yahoogroups.com
Subject: [biofuels-biz] High FFA oils - another way
snip
I found an easier way though: two-stage base-base, only the first
stage doesn't use methanol, it uses (horror!) water.
Mix
Ok. thanks.
On Fri, 13 Sep 2002 13:56:23 -0700 [EMAIL PROTECTED]
[EMAIL PROTECTED] writes:
Hard to say. Here is a more-detailed link:
http://www.theaircar.com/howitworks.html
GET INTERNET ACCESS FROM JUNO!
Juno
Hello all participants of air car debate,
I think that the technique opens up a range of interesting solutions
and will try to mention a few,
1. The major value is not as an energy efficient way of running a car.
As such, I agree with several of you, that pointed out its lack of
natural gas is a petroleum byproduct. there are many petroleum based power
plants on the east coast. more than nuclear and hydro. There is one in NYC
even.
Steve Spence
Subscribe to the Renewable Energy Newsletter
Discussion Boards:
http://www.green-trust.org
Renewable Energy Pages -
Kirk and Juan to the rescue. There we have it. Thank you.
French - cheval vapeur (horse steam)
Spanish - Caballo Vapor (horse steam)
Now we know what the CV means in g/cvh (grams per metric horsepower hour)
As Kirk pointed out:
metric horsepower, a unit of power, defined to be the power
Hello, Steve
I think that unit you are refering to, it is in Spanish: consumption rate of
fuel per energy delived in one hour
g/CVh = gramos/Caballos Vapor hora = gram/Horse Power hour
CV (Caballo Vapor) = Steam Horse Power
Caballo = Horse
Vapor = Steam
Regards
Juan
-Mensaje
Thanks for some interesting ideas. I have been debating with someone
in the global energy options about vehicles powered by Liquid Nitrogen
and it has also raised some of these issues. While that type of power
concept does not appear to be nearly as well-developed, I think that
it could be
2. Several times on this list, people have pointed out the flaws in
looking at single stage or a few stages efficiency. Only a few
weeks ago, Keith wrote in an elegant way about this.
Do you happen to recall what thread this was in?
Yahoo! Groups Sponsor
From: M Stockman [EMAIL PROTECTED]
To: [EMAIL PROTECTED]
Subject: Perkins
Date: Sat, 14 Sep 2002 22:48:31 +0800
Dear Sir,
I have just been looking at this site and thought I would let you
know that I used to own a Lincoln AS 400 welder which had the motor
that is being talked about.
I had
I think the process pencils better if you liquify the nitrogen rather than
compress it. This is even more so for refrigerated transport where the
refrigerator is useful load. In the Southwest even air conditioning is a
large load.
Kirk
-Original Message-
From: Hakan Falk [mailto:[EMAIL
:-( I like tuna. Seems the coal industry is the major source of the
problem.
A National Academy of Sciences report earlier this year said US coal-fired
utilities emitted about 40 tons of mercury annually, and that vulnerable
groups such as pregnant women could suffer great harm from
No! No! No! No! No!
Surface water methyl mercury contamination is from the emissions
of the gold and silver smelters of Cortez some 500 years ago,
having settled on lands beneath prevailing wind currents. Or so
the coal fired power industry in Florida and the wider SE USA
tried to get citizens
I've been working with some high-FFA oil, titrating at 9.15ml, which
I think is equivalent to about 23% FFA content, in this case. So go
acid-base of course. Short of that, it's not easy to process oil like
this with the usual single-stage base process. You're likely to end
up with about 50%
Been following this air car thread for awhile.
Still can't see why an air car seem oooh ... ahhh
... wowww workable ... and yet hydrogen powering a
car gets the 50 caliber hitting the airplane followed
by crash -n- burn.
I'm confused because in both air and H2, energy gets
stored the same way.
Keith wrote:
I've been working with some high-FFA oil, titrating
at 9.15ml, which I think is equivalent to about 23%
FFA content.
Mix the titration amount of NaOH, in this case 9.15 grams
per litre of oil, with 40 ml of water per litre of oil.
Add the dissolved NaOH to the oil (room
I believe by present pressure storage methods, range is somewhere
around 150 miles for an H2 fuel cell powered regular car.
I don't know what the range is of the fairly well-established BMW
program to use hydrogen as fuel in their regular engines on their 740
iL's. That process uses liquid
Hello Ken
Keith wrote:
I've been working with some high-FFA oil, titrating
at 9.15ml, which I think is equivalent to about 23%
FFA content.
Mix the titration amount of NaOH, in this case 9.15 grams
per litre of oil, with 40 ml of water per litre of oil.
Add the dissolved NaOH to
Just a little update on my new Hela Mk II Vegetable Oil
Ram Press from ApproTEC Tanzania. It finally arrived,
after going through Kilamanjaro, Amsterdam, Los Angeles
(by mistake!), up to San Francisco, through customs,
and back down to San Jose. Price for the press -- a mere
$265 USD. Price for
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