Re: [Biofuel] more goofy questions

2006-06-02 Thread Doug Foskey
, sulphuric acid and
  hydrochloric acid can all be safely used for separation and the
  salts
  used without adverse effects on compost, soil or plant life. If
  you're using NaOH as the catalyst, decrease the proportion of
  separated salts to other compost materials.
 
  Best
 
  Keith
 
  Todd Swearingen
 
  Jason Katie wrote:
  i did some reading at wikipedia, and KCl, being part of the final
  product in splitting crude glycerine(at least with KOH and HCl),
  is
  also used as a mineral fertilizer, and can be used to cut table
  salt (theyre about the same as far as toxicity goes, and it
  increases potassium levels and total electrolytes in the human
  body, not so bad i think) but it has many other uses in the
  medical
  world as antidotes to some poisons, and for food
  preparation(probably a preservative,yeech). is this an acceptible
  byproduct or should i keep looking?
  - Original Message - From: Thomas Kelly
  [EMAIL PROTECTED]
  To: biofuel@sustainablelists.org
  Sent: Wednesday, May 31, 2006 7:21 AM
  Subject: Re: [Biofuel] more goofy questions
 
  Jason  Katie,
  I'm not sure what you mean when you say clean the glycerine for
  compost.
  Many people compost the glycerine cocktail w/o any treatment. I
  think
  this is best done when KOH is used as the caustic rather than
  NaOH.
  I do separate the glycerine because I produce quite  a bit of BD
  these
  days. I'm concerned about pouring Kilo after Kilo of  caustic,
  of which 70%,
  by weight, is Potassium. Sure it's a valuable soil nutrient, but
  I'd like to
  control how much is added to my garden   which has done just
  fine on
  pre-BD compost. I also am attempting to recover methanol and
  have uses for
  the other components of the mix.
 
  I used hydrochloric acid (sold in hardware stores as muriatic
  acid)
  before I was able to locate phosphoric.
  I did a few small test batches and got good separation.
  The difference will be the type of mineral salt that will
  precipitate
  out.
  Ex:
  Hydrochloric Acid  + Lye (NaOH) forms table salt and water
  HCl   +   NaOH      NaCL (table salt)  + H2O
  The table salt is not especially valuable; throw it out?
 
  The salt falls to the bottom and you get FFAs forming a layer on
  top and
  the crude glycerine (+  most of the excess methanol) forming a
  bottom layer.
  The FFAs and the glycerine/methanol are composed of Cs, Hs, and
  Os.
  They will decompose into CO2 and H2O. They supply nothing in the
  way of soil
  nutrients, but I have found that
  they appear to accelerate decomposition within a compost pile
  ... not
  only a safe way to dispose of the mix, but some benefit to be
  gotten.
 
  KOH (during processing) and H3PO4 (split)
  is preferred because the salt produced is Potassium Phosphate
  .
  valuable as fertilizer.
 
  The point is that different acids can be used to split the
  cocktail
  into FFAs and crude glycerine w. methanol. The
  difference is in the salt (and its value) that is produced.
 
  Vinegar is an organic acid, which tend to be weak acids. It
  would take
  a lot of vinegar to split the cocktail.
  Probably more expensive than hydrochloric and I don't see that
  the salt
  produced would have more value.
 
  ***By value I don't mean financial, as in sell for profit. I
  dissolve some of the potassium phosphate produced by the split
  in water and
  add it to my compost piles. It has value as in  ...  can be put
  to good use.
 
   Sorry to get so wordy, but your goofy question is part of a
  subject
  that is of great interest to me.
   The splitting of the cocktail may not have the financial payoff
  that
  brewing BD does, but the feeling of putting to good use what
  others have
  called waste products  is akin to the feeling I get when I
  fill the
  tank(s) w. BD I brewed at home.
Best of luck to you,
 Tom
 
  - Original Message - From: Jason Katie
  [EMAIL PROTECTED]
  To: Biofuel@sustainablelists.org
  Sent: Wednesday, May 31, 2006 12:13 AM
  Subject: [Biofuel] more goofy questions
 
  what other, more available acids can be used in place of
  phosphoric to
  clean
  glycerine for compost? i have been reading for three hours, and
  i cant
  find
  any experiments or documentation. am i not looking in the right
  places?
  has
  anyone tried using vinegar? this is really bothering me. any
  ideas?
 
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Re: [Biofuel] more goofy questions

2006-06-02 Thread Mike Weaver
I noticed they kept the box - returns? ;-)

Keith Addison wrote:

Yeah, I mean, the guys still alive.  Lets not biodegrade him yet.



It said on the box the stork brought that I'm 100% biodegradeable, 
but maybe it just meant the box. The family said the stork was good 
though, but they didn't like the trimmings it came with (me).

  

On 6/1/06, Mike Weaver [EMAIL PROTECTED] wrote:


I think anything can compost/bio-degrade Keith
  

I think bio-degrading Keith is a bit harsh.  I believe if you 
  

just have a word with him that will suffice.



Well I don't really mind, better than the glue factory, but I'll put 
a serious hex on anyone who uses me to push up tulips, I hate tulips. 
I guess deadly nightshades would be okay.

Keith


  

Appal Energy wrote:

  

Well...,

I think anything can compost/bio-degrade Keith, even pig iron and Exxon
Valdez dropping.




snip


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Re: [Biofuel] more goofy questions

2006-06-02 Thread Mike Weaver
Besides, he's pretty skinny.The weight to yield ratio with Keith is 
going to be lousy.

Keith Addison wrote:

I'd like to try some heat-assisted catalytic reformation of Keith -- if
for no other reason than the irony of a biofuels list owner being made
into biodiesel.



That's not the way it works here John, we always do test batches with 
new members first. You express an interest so I take it you're 
volunteering? A couple of months here already, but you won't have 
started oxidising yet, it should be okay. We'll try cataleptic 
reformation first, it's hell when the test-batch struggles.

Best

Keith


  

-John



On Jun 1, 2006, at 4:47 PM, Zeke Yewdall wrote:



Yeah, I mean, the guys still alive.  Lets not biodegrade him yet.

On 6/1/06, Mike Weaver [EMAIL PROTECTED] wrote:
  

I think anything can compost/bio-degrade Keith


I think bio-degrading Keith is a bit harsh.  I believe if you just
have a word with him that will suffice.




Appal Energy wrote:



Well...,

I think anything can compost/bio-degrade Keith, even pig iron and
Exxon
Valdez dropping.
  


snip

 


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Re: [Biofuel] more goofy questions

2006-06-02 Thread Jason Katie
Thanks guys. (BTW i havent stopped by infopop since last time, i read up on 
some of the equipment they were using, and it was totally non-viable and 
expensive. way beyond anything i would ever need or want.)
- Original Message - 
From: Keith Addison [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Thursday, June 01, 2006 11:02 PM
Subject: Re: [Biofuel] more goofy questions


 Hi Jason

i didnt explain my situation as thouroghly as i probably should have.
this is my problem- I live in an apartment, i cannot store large 
containers
of chemicals because i have no outbuildings, and the management company
would not be happy with me if i brought it in the house.
also, i do not have a supplier of phosphoric acid that sells anything less
than buckets ( buckets at best, most sell only bulk drums) and the 
majority
of these i have found do not sell ANY to private buyers, only companies. 
i
know vinegar can be made privately, that is why i asked, and muriatic acid
can be had in gallon bottles from the hardware store.
 i am not trying to refine byproducts, i just want mostly clean glycerine 
 to
use in compost, and if i can use, compost, or sell whats left, all the
better. if i cant realistically, properly get rid of it, ill go back to 
the
books and try again. as we all know, flexibility is key.

 Flexi-compost. No problem, go ahead with HCl. You can use both the
 separated crude glycerin and the salts in the compost, and burn the
 FFA. KCl is fine as long as you compost it first. Don't worry about
 the phosphorus, it won't be missed.

 See my other posts and the JtF links I posted. Whatever they might do
 or not do at Infopop and so on doesn't matter a lot.

 Best

 Keith


jason

- Original Message -
From: Appal Energy [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Thursday, June 01, 2006 7:06 AM
Subject: Re: [Biofuel] more goofy questions



  Jason  Katie,
 
  At the level of home manufacture, about the best you can hope for is to
  create co-/waste-products that are essentially benign, as the amount of
  effort and infrastructure needed to refine the side-streams is 
  phenomenal
  and beyond the reach of the average or above average home brewer.
 
  What you need are end products that can be disposed of without threat 
  to
  the environment. Rather than seeking out the million and one 
  possibilities
  and options, the suggestion would be to keep it simple.
 
  Potassium hydroxide and phosphoric acid are as simple as you can get on
  the base side and for FFA recovery, with sulfuric acid for the acid
  pre-treatment of high FFA oils.
 
  Other acid and caustic combinations only leave you with less than 
  useful,
  if not toxic, salts.
 
  Todd Swearingen
 
 
 
  Jason Katie wrote:
 
  i did some reading at wikipedia, and KCl, being part of the final 
  product
 in splitting crude glycerine(at least with KOH and HCl), is also used 
 as a
 mineral fertilizer, and can be used to cut table salt (theyre about the
 same
 as far as toxicity goes, and it increases potassium levels and total
 electrolytes in the human body, not so bad i think) but it has many 
 other
 uses in the medical world as antidotes to some poisons, and for food
 preparation(probably a preservative,yeech). is this an acceptible
 byproduct
 or should i keep looking?
 - Original Message -
 From: Thomas Kelly [EMAIL PROTECTED]
 To: biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 7:21 AM
 Subject: Re: [Biofuel] more goofy questions
 
 
 
 
 Jason  Katie,
 I'm not sure what you mean when you say clean the glycerine for
 compost.
 Many people compost the glycerine cocktail w/o any treatment. I 
  think
 this is best done when KOH is used as the caustic rather than NaOH.
  I do separate the glycerine because I produce quite  a bit of BD
 these
 days. I'm concerned about pouring Kilo after Kilo of  caustic, of 
 which
 70%,
 by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd 
 like
 to
 control how much is added to my garden   which has done just fine 
 on
 pre-BD compost. I also am attempting to recover methanol and have uses
 for
 the other components of the mix.
 
 I used hydrochloric acid (sold in hardware stores as muriatic 
  acid)
 before I was able to locate phosphoric.
 I did a few small test batches and got good separation.
 The difference will be the type of mineral salt that will 
 precipitate
 out.
 Ex:
 Hydrochloric Acid  + Lye (NaOH) forms table salt and water
 HCl   +   NaOH      NaCL (table salt)  + H2O
 The table salt is not especially valuable; throw it out?
 
The salt falls to the bottom and you get FFAs forming a layer on 
  top
 and
 the crude glycerine (+  most of the excess methanol) forming a bottom
 layer.
 The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
 They will decompose into CO2 and H2O. They supply nothing in the way 
 of
 soil
 nutrients, but I have found that
 they appear to accelerate

Re: [Biofuel] more goofy questions

2006-06-01 Thread Joe Street
Isn't KCl what lethal injections are made of??

J

Jason Katie wrote:
  i did some reading at wikipedia, and KCl, being part of the final product 
 in splitting crude glycerine(at least with KOH and HCl), is also used as a 
 mineral fertilizer, and can be used to cut table salt (theyre about the same 
 as far as toxicity goes, and it increases potassium levels and total 
 electrolytes in the human body, not so bad i think) but it has many other 
 uses in the medical world as antidotes to some poisons, and for food 
 preparation(probably a preservative,yeech). is this an acceptible byproduct 
 or should i keep looking?
 - Original Message - 
 From: Thomas Kelly [EMAIL PROTECTED]
 To: biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 7:21 AM
 Subject: Re: [Biofuel] more goofy questions
 
 
 
Jason  Katie,
I'm not sure what you mean when you say clean the glycerine for
compost.
Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
 I do separate the glycerine because I produce quite  a bit of BD 
these
days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 
70%,
by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like 
to
control how much is added to my garden   which has done just fine on
pre-BD compost. I also am attempting to recover methanol and have uses for
the other components of the mix.

I used hydrochloric acid (sold in hardware stores as muriatic acid)
before I was able to locate phosphoric.
I did a few small test batches and got good separation.
The difference will be the type of mineral salt that will precipitate
out.
Ex:
Hydrochloric Acid  + Lye (NaOH) forms table salt and water
HCl   +   NaOH      NaCL (table salt)  + H2O
The table salt is not especially valuable; throw it out?

   The salt falls to the bottom and you get FFAs forming a layer on top 
and
the crude glycerine (+  most of the excess methanol) forming a bottom 
layer.
The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
They will decompose into CO2 and H2O. They supply nothing in the way of 
soil
nutrients, but I have found that
they appear to accelerate decomposition within a compost pile   ... 
not
only a safe way to dispose of the mix, but some benefit to be gotten.

KOH (during processing) and H3PO4 (split)
is preferred because the salt produced is Potassium Phosphate  .
valuable as fertilizer.

The point is that different acids can be used to split the cocktail
into FFAs and crude glycerine w. methanol. The
difference is in the salt (and its value) that is produced.

Vinegar is an organic acid, which tend to be weak acids. It would take
a lot of vinegar to split the cocktail.
Probably more expensive than hydrochloric and I don't see that the salt
produced would have more value.

***By value I don't mean financial, as in sell for profit. I
dissolve some of the potassium phosphate produced by the split in water 
and
add it to my compost piles. It has value as in  ...  can be put to good 
use.

  Sorry to get so wordy, but your goofy question is part of a 
subject
that is of great interest to me.
  The splitting of the cocktail may not have the financial payoff that
brewing BD does, but the feeling of putting to good use what others have
called waste products  is akin to the feeling I get when I fill the
tank(s) w. BD I brewed at home.
   Best of luck to you,
Tom

- Original Message - 
From: Jason Katie [EMAIL PROTECTED]
To: Biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 12:13 AM
Subject: [Biofuel] more goofy questions



what other, more available acids can be used in place of phosphoric to
clean
glycerine for compost? i have been reading for three hours, and i cant
find
any experiments or documentation. am i not looking in the right places?
has
anyone tried using vinegar? this is really bothering me. any ideas?


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Re: [Biofuel] more goofy questions

2006-06-01 Thread bob allen
Joe Street wrote:
 Isn't KCl what lethal injections are made of??
 

yes, too much (or too little) potassium and your dead.

 J
 
 Jason Katie wrote:
  i did some reading at wikipedia, and KCl, being part of the final product 
 in splitting crude glycerine(at least with KOH and HCl), is also used as a 
 mineral fertilizer, and can be used to cut table salt (theyre about the same 
 as far as toxicity goes, and it increases potassium levels and total 
 electrolytes in the human body, not so bad i think) but it has many other 
 uses in the medical world as antidotes to some poisons, and for food 
 preparation(probably a preservative,yeech). is this an acceptible byproduct 
 or should i keep looking?
 - Original Message - 
 From: Thomas Kelly [EMAIL PROTECTED]
 To: biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 7:21 AM
 Subject: Re: [Biofuel] more goofy questions



 Jason  Katie,
I'm not sure what you mean when you say clean the glycerine for
 compost.
Many people compost the glycerine cocktail w/o any treatment. I think
 this is best done when KOH is used as the caustic rather than NaOH.
 I do separate the glycerine because I produce quite  a bit of BD 
 these
 days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 
 70%,
 by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like 
 to
 control how much is added to my garden   which has done just fine on
 pre-BD compost. I also am attempting to recover methanol and have uses for
 the other components of the mix.

I used hydrochloric acid (sold in hardware stores as muriatic acid)
 before I was able to locate phosphoric.
 I did a few small test batches and got good separation.
 The difference will be the type of mineral salt that will precipitate
 out.
 Ex:
 Hydrochloric Acid  + Lye (NaOH) forms table salt and water
 HCl   +   NaOH      NaCL (table salt)  + H2O
 The table salt is not especially valuable; throw it out?

   The salt falls to the bottom and you get FFAs forming a layer on top 
 and
 the crude glycerine (+  most of the excess methanol) forming a bottom 
 layer.
 The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
 They will decompose into CO2 and H2O. They supply nothing in the way of 
 soil
 nutrients, but I have found that
 they appear to accelerate decomposition within a compost pile   ... 
 not
 only a safe way to dispose of the mix, but some benefit to be gotten.

 KOH (during processing) and H3PO4 (split)
 is preferred because the salt produced is Potassium Phosphate  .
 valuable as fertilizer.

The point is that different acids can be used to split the cocktail
 into FFAs and crude glycerine w. methanol. The
 difference is in the salt (and its value) that is produced.

Vinegar is an organic acid, which tend to be weak acids. It would take
 a lot of vinegar to split the cocktail.
 Probably more expensive than hydrochloric and I don't see that the salt
 produced would have more value.

 ***By value I don't mean financial, as in sell for profit. I
 dissolve some of the potassium phosphate produced by the split in water 
 and
 add it to my compost piles. It has value as in  ...  can be put to good 
 use.

  Sorry to get so wordy, but your goofy question is part of a 
 subject
 that is of great interest to me.
  The splitting of the cocktail may not have the financial payoff that
 brewing BD does, but the feeling of putting to good use what others have
 called waste products  is akin to the feeling I get when I fill the
 tank(s) w. BD I brewed at home.
   Best of luck to you,
Tom

 - Original Message - 
 From: Jason Katie [EMAIL PROTECTED]
 To: Biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 12:13 AM
 Subject: [Biofuel] more goofy questions



 what other, more available acids can be used in place of phosphoric to
 clean
 glycerine for compost? i have been reading for three hours, and i cant
 find
 any experiments or documentation. am i not looking in the right places?
 has
 anyone tried using vinegar? this is really bothering me. any ideas?


 ___
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 Biofuel@sustainablelists.org
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 http://journeytoforever.org/biofuel.html

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 messages):
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Re: [Biofuel] more goofy questions

2006-06-01 Thread Appal Energy
 Many people compost the glycerine cocktail w/o any treatment. I think
 this is best done when KOH is used as the caustic rather than NaOH.

Tom,

I don't believe they're actually composting it. But they think they're 
composting it. The methanol fraction is toxic and the soap/oil fraction will 
smother almost everything.

Jason  Katie,

At the level of home manufacture, about the best you can hope for is to create 
co-/waste-products that are essentially benign, as the amount of effort and 
infrastructure needed to refine the side-streams is phenomenal and beyond the 
reach of the average or above average home brewer.

What you need are end products that can be disposed of without threat to the 
environment. Rather than seeking out the million and one possibilities and 
options, the suggestion would be to keep it simple.

Potassium hydroxide and phosphoric acid are as simple as you can get on the 
base side and for FFA recovery, with sulfuric acid for the acid pre-treatment 
of high FFA oils.

Other acid and caustic combinations only leave you with less than useful, if 
not toxic, salts.

Todd Swearingen



Jason Katie wrote:

 i did some reading at wikipedia, and KCl, being part of the final product 
in splitting crude glycerine(at least with KOH and HCl), is also used as a 
mineral fertilizer, and can be used to cut table salt (theyre about the same 
as far as toxicity goes, and it increases potassium levels and total 
electrolytes in the human body, not so bad i think) but it has many other 
uses in the medical world as antidotes to some poisons, and for food 
preparation(probably a preservative,yeech). is this an acceptible byproduct 
or should i keep looking?
- Original Message - 
From: Thomas Kelly [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AM
Subject: Re: [Biofuel] more goofy questions


  

Jason  Katie,
I'm not sure what you mean when you say clean the glycerine for
compost.
Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
 I do separate the glycerine because I produce quite  a bit of BD 
these
days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 
70%,
by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like 
to
control how much is added to my garden   which has done just fine on
pre-BD compost. I also am attempting to recover methanol and have uses for
the other components of the mix.

I used hydrochloric acid (sold in hardware stores as muriatic acid)
before I was able to locate phosphoric.
I did a few small test batches and got good separation.
The difference will be the type of mineral salt that will precipitate
out.
Ex:
Hydrochloric Acid  + Lye (NaOH) forms table salt and water
HCl   +   NaOH      NaCL (table salt)  + H2O
The table salt is not especially valuable; throw it out?

   The salt falls to the bottom and you get FFAs forming a layer on top 
and
the crude glycerine (+  most of the excess methanol) forming a bottom 
layer.
The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
They will decompose into CO2 and H2O. They supply nothing in the way of 
soil
nutrients, but I have found that
they appear to accelerate decomposition within a compost pile   ... 
not
only a safe way to dispose of the mix, but some benefit to be gotten.

KOH (during processing) and H3PO4 (split)
is preferred because the salt produced is Potassium Phosphate  .
valuable as fertilizer.

The point is that different acids can be used to split the cocktail
into FFAs and crude glycerine w. methanol. The
difference is in the salt (and its value) that is produced.

Vinegar is an organic acid, which tend to be weak acids. It would take
a lot of vinegar to split the cocktail.
Probably more expensive than hydrochloric and I don't see that the salt
produced would have more value.

***By value I don't mean financial, as in sell for profit. I
dissolve some of the potassium phosphate produced by the split in water 
and
add it to my compost piles. It has value as in  ...  can be put to good 
use.

  Sorry to get so wordy, but your goofy question is part of a 
subject
that is of great interest to me.
  The splitting of the cocktail may not have the financial payoff that
brewing BD does, but the feeling of putting to good use what others have
called waste products  is akin to the feeling I get when I fill the
tank(s) w. BD I brewed at home.
   Best of luck to you,
Tom

- Original Message - 
From: Jason Katie [EMAIL PROTECTED]
To: Biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 12:13 AM
Subject: [Biofuel] more goofy questions




what other, more available acids can be used in place of phosphoric to
clean
glycerine for compost? i have been reading for three hours, and i cant
find
any experiments or documentation. am

Re: [Biofuel] more goofy questions

2006-06-01 Thread Keith Addison
Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.

Tom,

I don't believe they're actually composting it. But they think 
they're composting it.

I also think I've composted it, and I'd definitely know.

The methanol fraction is toxic

It's not toxic to the soil microlife nor to plants.

... Methanol is readily biodegradable in the environment under both 
aerobic and anaerobic conditions (with and without oxygen) in a wide 
variety of conditions.

Generally 80% of methanol in sewage systems is biodegraded within 5 days.

Methanol is a normal growth substrate for many soil microorganisms, 
which completely degrade methanol to carbon dioxide and water.

Methanol is of low toxicity to aquatic and terrestrial organisms and 
it is not bioaccumulated. (It's toxic mainly to humans and monkeys.)

Environmental effects due to exposure to methanol are unlikely. 
Unless released in high concentrations, methanol would not be 
expected to persist or bioaccumulate in the environment. Low levels 
of release would not be expected to result in adverse environmental 
effects.

 From More about methanol (with refs):
http://journeytoforever.org/biodiesel_make.html#moremeth

It certainly won't harm a compost pile.

Anyway the methanol should be removed first.

and the soap/oil fraction will smother almost everything.

It depends how much of it you use. It will need to be mixed 
thoroughly with other materials so that the air and bacteria can get 
at it, or it will just make a sticky mass -- mix thoroughly with dry, 
brown materials, use in conjunction with other composting materials 
as only a part of the overall mix.
-- Composting
http://journeytoforever.org/biodiesel_glycerin.html#compost

It works.

Jason  Katie,

At the level of home manufacture, about the best you can hope for is 
to create co-/waste-products that are essentially benign, as the 
amount of effort and infrastructure needed to refine the 
side-streams is phenomenal and beyond the reach of the average or 
above average home brewer.

What you need are end products that can be disposed of without 
threat to the environment. Rather than seeking out the million and 
one possibilities and options, the suggestion would be to keep it 
simple.

But Tom is finding values in the uses that are well exceeding the 
price of the phosphoric acid needed for separation, including 
enhanced composting.

Potassium hydroxide and phosphoric acid are as simple as you can get 
on the base side and for FFA recovery, with sulfuric acid for the 
acid pre-treatment of high FFA oils.

Other acid and caustic combinations only leave you with less than 
useful, if not toxic, salts.

Potassium is harmful in excess. There are no chemicals involved in 
the biodiesel processes we all use that are toxic to soil or plant 
life. Separated FFA is a contact weed-killer but once composted it 
will be benign, as with all the others, and composting also prevents 
any potential excess problems, or well within reason anyway. Chemical 
salts should not be added direct to the soil anyway, if you have them 
always add them via the compost. Phosphoric acid, sulphuric acid and 
hydrochloric acid can all be safely used for separation and the salts 
used without adverse effects on compost, soil or plant life. If 
you're using NaOH as the catalyst, decrease the proportion of 
separated salts to other compost materials.

Best

Keith



Todd Swearingen



Jason Katie wrote:

i did some reading at wikipedia, and KCl, being part of the final 
product in splitting crude glycerine(at least with KOH and HCl), is 
also used as a mineral fertilizer, and can be used to cut table 
salt (theyre about the same as far as toxicity goes, and it 
increases potassium levels and total electrolytes in the human 
body, not so bad i think) but it has many other uses in the medical 
world as antidotes to some poisons, and for food 
preparation(probably a preservative,yeech). is this an acceptible 
byproduct or should i keep looking?
- Original Message - From: Thomas Kelly [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AM
Subject: Re: [Biofuel] more goofy questions



Jason  Katie,
  I'm not sure what you mean when you say clean the glycerine for
compost.
  Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
   I do separate the glycerine because I produce quite  a bit of BD these
days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 70%,
by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like to
control how much is added to my garden   which has done just fine on
pre-BD compost. I also am attempting to recover methanol and have uses for
the other components of the mix.

  I used hydrochloric acid (sold in hardware stores as muriatic acid)
before I was able to locate phosphoric

Re: [Biofuel] more goofy questions

2006-06-01 Thread Zeke Yewdall
Also what low sodium table salt is made of I believe.

On 6/1/06, Joe Street [EMAIL PROTECTED] wrote:
 Isn't KCl what lethal injections are made of??

 J

 Jason Katie wrote:
   i did some reading at wikipedia, and KCl, being part of the final product
  in splitting crude glycerine(at least with KOH and HCl), is also used as a
  mineral fertilizer, and can be used to cut table salt (theyre about the same
  as far as toxicity goes, and it increases potassium levels and total
  electrolytes in the human body, not so bad i think) but it has many other
  uses in the medical world as antidotes to some poisons, and for food
  preparation(probably a preservative,yeech). is this an acceptible byproduct
  or should i keep looking?
  - Original Message -
  From: Thomas Kelly [EMAIL PROTECTED]
  To: biofuel@sustainablelists.org
  Sent: Wednesday, May 31, 2006 7:21 AM
  Subject: Re: [Biofuel] more goofy questions
 
 
 
 Jason  Katie,
 I'm not sure what you mean when you say clean the glycerine for
 compost.
 Many people compost the glycerine cocktail w/o any treatment. I think
 this is best done when KOH is used as the caustic rather than NaOH.
  I do separate the glycerine because I produce quite  a bit of BD
 these
 days. I'm concerned about pouring Kilo after Kilo of  caustic, of which
 70%,
 by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like
 to
 control how much is added to my garden   which has done just fine on
 pre-BD compost. I also am attempting to recover methanol and have uses for
 the other components of the mix.
 
 I used hydrochloric acid (sold in hardware stores as muriatic acid)
 before I was able to locate phosphoric.
 I did a few small test batches and got good separation.
 The difference will be the type of mineral salt that will precipitate
 out.
 Ex:
 Hydrochloric Acid  + Lye (NaOH) forms table salt and water
 HCl   +   NaOH      NaCL (table salt)  + H2O
 The table salt is not especially valuable; throw it out?
 
The salt falls to the bottom and you get FFAs forming a layer on top
 and
 the crude glycerine (+  most of the excess methanol) forming a bottom
 layer.
 The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
 They will decompose into CO2 and H2O. They supply nothing in the way of
 soil
 nutrients, but I have found that
 they appear to accelerate decomposition within a compost pile   ...
 not
 only a safe way to dispose of the mix, but some benefit to be gotten.
 
 KOH (during processing) and H3PO4 (split)
 is preferred because the salt produced is Potassium Phosphate  .
 valuable as fertilizer.
 
 The point is that different acids can be used to split the cocktail
 into FFAs and crude glycerine w. methanol. The
 difference is in the salt (and its value) that is produced.
 
 Vinegar is an organic acid, which tend to be weak acids. It would take
 a lot of vinegar to split the cocktail.
 Probably more expensive than hydrochloric and I don't see that the salt
 produced would have more value.
 
 ***By value I don't mean financial, as in sell for profit. I
 dissolve some of the potassium phosphate produced by the split in water
 and
 add it to my compost piles. It has value as in  ...  can be put to good
 use.
 
   Sorry to get so wordy, but your goofy question is part of a
 subject
 that is of great interest to me.
   The splitting of the cocktail may not have the financial payoff that
 brewing BD does, but the feeling of putting to good use what others have
 called waste products  is akin to the feeling I get when I fill the
 tank(s) w. BD I brewed at home.
Best of luck to you,
 Tom
 
 - Original Message -
 From: Jason Katie [EMAIL PROTECTED]
 To: Biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 12:13 AM
 Subject: [Biofuel] more goofy questions
 
 
 
 what other, more available acids can be used in place of phosphoric to
 clean
 glycerine for compost? i have been reading for three hours, and i cant
 find
 any experiments or documentation. am i not looking in the right places?
 has
 anyone tried using vinegar? this is really bothering me. any ideas?
 
 
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 Search the combined Biofuel and Biofuels-biz list archives (50,000
 messages):
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 messages):
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Re: [Biofuel] more goofy questions

2006-06-01 Thread Joe Street
Hi Keith;

What about in the case of vermicomposting?  Any advice on putting a 
little cocktail in there?  Will it harm the worms?

Joe

Keith Addison wrote:

Snip
 
 It's not toxic to the soil microlife nor to plants.

snip

 
 It certainly won't harm a compost pile.
 
 Anyway the methanol should be removed first.
 
 
and the soap/oil fraction will smother almost everything.
 
 
 It depends how much of it you use. It will need to be mixed 
 thoroughly with other materials so that the air and bacteria can get 
 at it, or it will just make a sticky mass -- mix thoroughly with dry, 
 brown materials, use in conjunction with other composting materials 
 as only a part of the overall mix.
 -- Composting
 http://journeytoforever.org/biodiesel_glycerin.html#compost
 
 It works.


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Re: [Biofuel] more goofy questions

2006-06-01 Thread Keith Addison
Hi Keith;

What about in the case of vermicomposting?  Any advice on putting a
little cocktail in there?  Will it harm the worms?

Hi Joe

I was the bad guy here a few years ago after I reported murdering 
some red worms that way. :-(

But lots of things will kill worms if you feed it to them in the wrong way.

Try making a worm box/bin on the ground, say 2ft square (60cm), with 
the bare soil as the floor. Give it a sloping lid so the rain runs 
off (and runs away from the bin).

Start off with a couple of thousand worms (1kg) or so in some sort of 
suitable bedding (see Compost  Vermicomposting at JtF). Put the 
bedding on the soil, 3-4 deep (8-10cm). Water the soil floor first 
and make sure the bedding is wet enough.

Add whatever, kitchen wastes, garden wastes and so on, livestock 
manure. Mixed is better. Add about 1kg a day at first, you can 
increase it later (up to a point) when there are more worms.

The worms have a strong effect on the surrounding microlife in the 
wastes, while the soil beneath and its soil life act as a buffer. If 
you put another bin right next to the worm bin and added the same 
bedding and the same wastes day by day but without any worms, it 
takes a different course (different smell too). Decaying wastes from 
the wormless bin can be toxic to worms, though the same wastes in the 
wormbin don't harm them. A wormbin that's not on a soil base is less 
forgiving,

I think you could add some glyc cocktail to the feed in the wormbin 
this way - same as with compost, a little at a time along with other 
mixed stuff.

I'd like to know whether adding diluted crude glycerine separated 
from the cocktail to wormfeed this way might have similar effects to 
those Tom's been getting with thermophilic compost, very interesting. 
I'm not set up for that right now, I'll have to breed up some extra 
worms first.

Best

Keith


Joe

Keith Addison wrote:

Snip
 
  It's not toxic to the soil microlife nor to plants.

snip

 
  It certainly won't harm a compost pile.
 
  Anyway the methanol should be removed first.
 
 
 and the soap/oil fraction will smother almost everything.
 
 
  It depends how much of it you use. It will need to be mixed
  thoroughly with other materials so that the air and bacteria can get
  at it, or it will just make a sticky mass -- mix thoroughly with dry,
  brown materials, use in conjunction with other composting materials
  as only a part of the overall mix.
  -- Composting
  http://journeytoforever.org/biodiesel_glycerin.html#compost
 
  It works.


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Re: [Biofuel] more goofy questions

2006-06-01 Thread Appal Energy
, and for food 
preparation(probably a preservative,yeech). is this an acceptible 
byproduct or should i keep looking?
- Original Message - From: Thomas Kelly [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AM
Subject: Re: [Biofuel] more goofy questions



  

Jason  Katie,
 I'm not sure what you mean when you say clean the glycerine for
compost.
 Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
  I do separate the glycerine because I produce quite  a bit of BD these
days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 70%,
by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like to
control how much is added to my garden   which has done just fine on
pre-BD compost. I also am attempting to recover methanol and have uses for
the other components of the mix.

 I used hydrochloric acid (sold in hardware stores as muriatic acid)
before I was able to locate phosphoric.
I did a few small test batches and got good separation.
The difference will be the type of mineral salt that will precipitate
out.
Ex:
Hydrochloric Acid  + Lye (NaOH) forms table salt and water
HCl   +   NaOH      NaCL (table salt)  + H2O
The table salt is not especially valuable; throw it out?

The salt falls to the bottom and you get FFAs forming a layer on top and
the crude glycerine (+  most of the excess methanol) forming a bottom layer.
The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
They will decompose into CO2 and H2O. They supply nothing in the way of soil
nutrients, but I have found that
they appear to accelerate decomposition within a compost pile   ... not
only a safe way to dispose of the mix, but some benefit to be gotten.

KOH (during processing) and H3PO4 (split)
is preferred because the salt produced is Potassium Phosphate  .
valuable as fertilizer.

 The point is that different acids can be used to split the cocktail
into FFAs and crude glycerine w. methanol. The
difference is in the salt (and its value) that is produced.

 Vinegar is an organic acid, which tend to be weak acids. It would take
a lot of vinegar to split the cocktail.
Probably more expensive than hydrochloric and I don't see that the salt
produced would have more value.

***By value I don't mean financial, as in sell for profit. I
dissolve some of the potassium phosphate produced by the split in water and
add it to my compost piles. It has value as in  ...  can be put to good use.

   Sorry to get so wordy, but your goofy question is part of a subject
that is of great interest to me.
   The splitting of the cocktail may not have the financial payoff that
brewing BD does, but the feeling of putting to good use what others have
called waste products  is akin to the feeling I get when I fill the
tank(s) w. BD I brewed at home.
Best of luck to you,
 Tom

- Original Message - From: Jason Katie [EMAIL PROTECTED]
To: Biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 12:13 AM
Subject: [Biofuel] more goofy questions






what other, more available acids can be used in place of phosphoric to
clean
glycerine for compost? i have been reading for three hours, and i cant
find
any experiments or documentation. am i not looking in the right places?
has
anyone tried using vinegar? this is really bothering me. any ideas?
  



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Re: [Biofuel] more goofy questions

2006-06-01 Thread Keith Addison
 methanol to carbon dioxide 
and water.

Methanol is of low toxicity to aquatic and terrestrial organisms 
and it is not bioaccumulated. (It's toxic mainly to humans and 
monkeys.)

Environmental effects due to exposure to methanol are unlikely. 
Unless released in high concentrations, methanol would not be 
expected to persist or bioaccumulate in the environment. Low levels 
of release would not be expected to result in adverse environmental 
effects.

From More about methanol (with refs):
http://journeytoforever.org/biodiesel_make.html#moremeth

It certainly won't harm a compost pile.

Anyway the methanol should be removed first.


and the soap/oil fraction will smother almost everything.



It depends how much of it you use. It will need to be mixed 
thoroughly with other materials so that the air and bacteria can 
get at it, or it will just make a sticky mass -- mix thoroughly 
with dry, brown materials, use in conjunction with other 
composting materials as only a part of the overall mix.
-- Composting
http://journeytoforever.org/biodiesel_glycerin.html#compost

It works.


Jason  Katie,

At the level of home manufacture, about the best you can hope for 
is to create co-/waste-products that are essentially benign, as 
the amount of effort and infrastructure needed to refine the 
side-streams is phenomenal and beyond the reach of the average or 
above average home brewer.

What you need are end products that can be disposed of without 
threat to the environment. Rather than seeking out the million and 
one possibilities and options, the suggestion would be to keep it 
simple.



But Tom is finding values in the uses that are well exceeding the 
price of the phosphoric acid needed for separation, including 
enhanced composting.


Potassium hydroxide and phosphoric acid are as simple as you can 
get on the base side and for FFA recovery, with sulfuric acid for 
the acid pre-treatment of high FFA oils.

Other acid and caustic combinations only leave you with less than 
useful, if not toxic, salts.



Potassium is harmful in excess. There are no chemicals involved in 
the biodiesel processes we all use that are toxic to soil or plant 
life. Separated FFA is a contact weed-killer but once composted it 
will be benign, as with all the others, and composting also 
prevents any potential excess problems, or well within reason 
anyway. Chemical salts should not be added direct to the soil 
anyway, if you have them always add them via the compost. 
Phosphoric acid, sulphuric acid and hydrochloric acid can all be 
safely used for separation and the salts used without adverse 
effects on compost, soil or plant life. If you're using NaOH as the 
catalyst, decrease the proportion of separated salts to other 
compost materials.

Best

Keith




Todd Swearingen



Jason Katie wrote:



i did some reading at wikipedia, and KCl, being part of the final 
product in splitting crude glycerine(at least with KOH and HCl), 
is also used as a mineral fertilizer, and can be used to cut 
table salt (theyre about the same as far as toxicity goes, and it 
increases potassium levels and total electrolytes in the human 
body, not so bad i think) but it has many other uses in the 
medical world as antidotes to some poisons, and for food 
preparation(probably a preservative,yeech). is this an acceptible 
byproduct or should i keep looking?
- Original Message - From: Thomas Kelly [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AM
Subject: Re: [Biofuel] more goofy questions





Jason  Katie,
I'm not sure what you mean when you say clean the glycerine for
compost.
Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
I do separate the glycerine because I produce quite  a bit of BD these
days. I'm concerned about pouring Kilo after Kilo of  caustic, 
of which 70%,
by weight, is Potassium. Sure it's a valuable soil nutrient, but 
I'd like to
control how much is added to my garden   which has done just fine on
pre-BD compost. I also am attempting to recover methanol and have uses for
the other components of the mix.

I used hydrochloric acid (sold in hardware stores as muriatic acid)
before I was able to locate phosphoric.
I did a few small test batches and got good separation.
The difference will be the type of mineral salt that will precipitate
out.
Ex:
Hydrochloric Acid  + Lye (NaOH) forms table salt and water
HCl   +   NaOH      NaCL (table salt)  + H2O
The table salt is not especially valuable; throw it out?

The salt falls to the bottom and you get FFAs forming a layer on top and
the crude glycerine (+  most of the excess methanol) forming a 
bottom layer.
The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
They will decompose into CO2 and H2O. They supply nothing in the 
way of soil
nutrients, but I have found that
they appear to accelerate decomposition within a compost pile

Re: [Biofuel] more goofy questions

2006-06-01 Thread Mike Weaver
I'm currently in rehab for my glycerine cocktail problem.  No one 
should go w/o treatment. 
If you have a glycerine problem, the only thing you should be concerned 
with is getting help *now*!


Appal Energy wrote:

Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
  


Tom,

I don't believe they're actually composting it. But they think they're 
composting it. The methanol fraction is toxic and the soap/oil fraction will 
smother almost everything.

Jason  Katie,

At the level of home manufacture, about the best you can hope for is to create 
co-/waste-products that are essentially benign, as the amount of effort and 
infrastructure needed to refine the side-streams is phenomenal and beyond the 
reach of the average or above average home brewer.

What you need are end products that can be disposed of without threat to the 
environment. Rather than seeking out the million and one possibilities and 
options, the suggestion would be to keep it simple.

Potassium hydroxide and phosphoric acid are as simple as you can get on the 
base side and for FFA recovery, with sulfuric acid for the acid pre-treatment 
of high FFA oils.

Other acid and caustic combinations only leave you with less than useful, if 
not toxic, salts.

Todd Swearingen



Jason Katie wrote:

  

i did some reading at wikipedia, and KCl, being part of the final product 
in splitting crude glycerine(at least with KOH and HCl), is also used as a 
mineral fertilizer, and can be used to cut table salt (theyre about the same 
as far as toxicity goes, and it increases potassium levels and total 
electrolytes in the human body, not so bad i think) but it has many other 
uses in the medical world as antidotes to some poisons, and for food 
preparation(probably a preservative,yeech). is this an acceptible byproduct 
or should i keep looking?
- Original Message - 
From: Thomas Kelly [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AM
Subject: Re: [Biofuel] more goofy questions


 



Jason  Katie,
   I'm not sure what you mean when you say clean the glycerine for
compost.
   Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
I do separate the glycerine because I produce quite  a bit of BD 
these
days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 
70%,
by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like 
to
control how much is added to my garden   which has done just fine on
pre-BD compost. I also am attempting to recover methanol and have uses for
the other components of the mix.

   I used hydrochloric acid (sold in hardware stores as muriatic acid)
before I was able to locate phosphoric.
I did a few small test batches and got good separation.
The difference will be the type of mineral salt that will precipitate
out.
Ex:
Hydrochloric Acid  + Lye (NaOH) forms table salt and water
HCl   +   NaOH      NaCL (table salt)  + H2O
The table salt is not especially valuable; throw it out?

  The salt falls to the bottom and you get FFAs forming a layer on top 
and
the crude glycerine (+  most of the excess methanol) forming a bottom 
layer.
The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
They will decompose into CO2 and H2O. They supply nothing in the way of 
soil
nutrients, but I have found that
they appear to accelerate decomposition within a compost pile   ... 
not
only a safe way to dispose of the mix, but some benefit to be gotten.

KOH (during processing) and H3PO4 (split)
is preferred because the salt produced is Potassium Phosphate  .
valuable as fertilizer.

   The point is that different acids can be used to split the cocktail
into FFAs and crude glycerine w. methanol. The
difference is in the salt (and its value) that is produced.

   Vinegar is an organic acid, which tend to be weak acids. It would take
a lot of vinegar to split the cocktail.
Probably more expensive than hydrochloric and I don't see that the salt
produced would have more value.

***By value I don't mean financial, as in sell for profit. I
dissolve some of the potassium phosphate produced by the split in water 
and
add it to my compost piles. It has value as in  ...  can be put to good 
use.

 Sorry to get so wordy, but your goofy question is part of a 
subject
that is of great interest to me.
 The splitting of the cocktail may not have the financial payoff that
brewing BD does, but the feeling of putting to good use what others have
called waste products  is akin to the feeling I get when I fill the
tank(s) w. BD I brewed at home.
  Best of luck to you,
   Tom

- Original Message - 
From: Jason Katie [EMAIL PROTECTED]
To: Biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 12:13 AM
Subject: [Biofuel

Re: [Biofuel] more goofy questions

2006-06-01 Thread Fred Finch
Hey Redler!! Nice to see you have taken the first step!On 6/1/06, Mike Weaver [EMAIL PROTECTED] wrote:
I'm currently in rehab for my glycerine cocktail problem.No oneshould go w/o treatment.
If you have a glycerine problem, the only thing you should be concernedwith is getting help *now*!Appal Energy wrote:Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.Tom,I don't believe they're actually composting it. But they think they're composting it. The methanol fraction is toxic and the soap/oil fraction will smother almost everything.
Jason  Katie,At the level of home manufacture, about the best you can hope for is to create co-/waste-products that are essentially benign, as the amount of effort and infrastructure needed to refine the side-streams is phenomenal and beyond the reach of the average or above average home brewer.
What you need are end products that can be disposed of without threat to the environment. Rather than seeking out the million and one possibilities and options, the suggestion would be to keep it simple.
Potassium hydroxide and phosphoric acid are as simple as you can get on the base side and for FFA recovery, with sulfuric acid for the acid pre-treatment of high FFA oils.Other acid and caustic combinations only leave you with less than useful, if not toxic, salts.
Todd SwearingenJason Katie wrote:i did some reading at wikipedia, and KCl, being part of the final productin splitting crude glycerine(at least with KOH and HCl), is also used as a
mineral fertilizer, and can be used to cut table salt (theyre about the sameas far as toxicity goes, and it increases potassium levels and totalelectrolytes in the human body, not so bad i think) but it has many other
uses in the medical world as antidotes to some poisons, and for foodpreparation(probably a preservative,yeech). is this an acceptible byproductor should i keep looking?- Original Message -
From: Thomas Kelly [EMAIL PROTECTED]To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AMSubject: Re: [Biofuel] more goofy questionsJason  Katie, I'm not sure what you mean when you say clean the glycerine for
compost. Many people compost the glycerine cocktail w/o any treatment. I thinkthis is best done when KOH is used as the caustic rather than NaOH.I do separate the glycerine because I produce quitea bit of BD
thesedays. I'm concerned about pouring Kilo after Kilo ofcaustic, of which70%,by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like
tocontrol how much is added to my garden which has done just fine onpre-BD compost. I also am attempting to recover methanol and have uses forthe other components of the mix.
 I used hydrochloric acid (sold in hardware stores as muriatic acid)before I was able to locate phosphoric.I did a few small test batches and got good separation.
The difference will be the type of mineral salt that will precipitateout.Ex:Hydrochloric Acid+ Lye (NaOH) forms table salt and waterHCl + NaOH  NaCL (table salt)+ H2O
The table salt is not especially valuable; throw it out?The salt falls to the bottom and you get FFAs forming a layer on topandthe crude glycerine (+most of the excess methanol) forming a bottom
layer.The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.They will decompose into CO2 and H2O. They supply nothing in the way ofsoilnutrients, but I have found that
they appear to accelerate decomposition within a compost pile ...notonly a safe way to dispose of the mix, but some benefit to be gotten.KOH (during processing) and H3PO4 (split)
is preferred because the salt produced is Potassium Phosphate.valuable as fertilizer. The point is that different acids can be used to split the cocktail
into FFAs and crude glycerine w. methanol. Thedifference is in the salt (and its value) that is produced. Vinegar is an organic acid, which tend to be weak acids. It would take
a lot of vinegar to split the cocktail.Probably more expensive than hydrochloric and I don't see that the saltproduced would have more value.***By value I don't mean financial, as in sell for profit. I
dissolve some of the potassium phosphate produced by the split in waterandadd it to my compost piles. It has value as in...can be put to gooduse.
 Sorry to get so wordy, but your goofy question is part of asubjectthat is of great interest to me. The splitting of the cocktail may not have the financial payoff that
brewing BD does, but the feeling of putting to good use what others havecalled waste productsis akin to the feeling I get when I fill thetank(s) w. BD I brewed at home.
Best of luck to you, Tom- Original Message -From: Jason Katie 
[EMAIL PROTECTED]To: Biofuel@sustainablelists.orgSent: Wednesday, May 31, 2006 12:13 AM
Subject: [Biofuel] more goofy questionswhat other, more available acids can be used in place of phosphoric to
cleanglycerine for compost? i have been reading for three 

Re: [Biofuel] more goofy questions

2006-06-01 Thread Mike Weaver
My name in Pinkler.

-Mike

Fred Finch wrote:

 Hey Redler!!  Nice to see you have taken the first step!

 On 6/1/06, *Mike Weaver* [EMAIL PROTECTED] 
 mailto:[EMAIL PROTECTED] wrote:

 I'm currently in rehab for my glycerine cocktail problem.  No one
 should go w/o treatment.
 If you have a glycerine problem, the only thing you should be
 concerned
 with is getting help *now*!


 Appal Energy wrote:

 Many people compost the glycerine cocktail w/o any treatment. I
 think
 this is best done when KOH is used as the caustic rather than NaOH.
 
 
 
 Tom,
 
 I don't believe they're actually composting it. But they think
 they're composting it. The methanol fraction is toxic and the
 soap/oil fraction will smother almost everything.
 
 Jason  Katie,
 
 At the level of home manufacture, about the best you can hope for
 is to create co-/waste-products that are essentially benign, as
 the amount of effort and infrastructure needed to refine the
 side-streams is phenomenal and beyond the reach of the average or
 above average home brewer.
 
 What you need are end products that can be disposed of without
 threat to the environment. Rather than seeking out the million and
 one possibilities and options, the suggestion would be to keep it
 simple.
 
 Potassium hydroxide and phosphoric acid are as simple as you can
 get on the base side and for FFA recovery, with sulfuric acid for
 the acid pre-treatment of high FFA oils.
 
 Other acid and caustic combinations only leave you with less than
 useful, if not toxic, salts.
 
 Todd Swearingen
 
 
 
 Jason Katie wrote:
 
 
 
 i did some reading at wikipedia, and KCl, being part of the
 final product
 in splitting crude glycerine(at least with KOH and HCl), is also
 used as a
 mineral fertilizer, and can be used to cut table salt (theyre
 about the same
 as far as toxicity goes, and it increases potassium levels and total
 electrolytes in the human body, not so bad i think) but it has
 many other
 uses in the medical world as antidotes to some poisons, and for food
 preparation(probably a preservative,yeech). is this an
 acceptible byproduct
 or should i keep looking?
 - Original Message -
 From: Thomas Kelly [EMAIL PROTECTED]
 mailto:[EMAIL PROTECTED]
 To: biofuel@sustainablelists.org
 mailto:biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 7:21 AM
 Subject: Re: [Biofuel] more goofy questions
 
 
 
 
 
 
 Jason  Katie,
I'm not sure what you mean when you say clean the glycerine
 for
 compost.
Many people compost the glycerine cocktail w/o any
 treatment. I think
 this is best done when KOH is used as the caustic rather than NaOH.
 I do separate the glycerine because I produce quite  a bit
 of BD
 these
 days. I'm concerned about pouring Kilo after Kilo of  caustic,
 of which
 70%,
 by weight, is Potassium. Sure it's a valuable soil nutrient,
 but I'd like
 to
 control how much is added to my garden   which has done
 just fine on
 pre-BD compost. I also am attempting to recover methanol and
 have uses for
 the other components of the mix.
 
I used hydrochloric acid (sold in hardware stores as
 muriatic acid)
 before I was able to locate phosphoric.
 I did a few small test batches and got good separation.
 The difference will be the type of mineral salt that will
 precipitate
 out.
 Ex:
 Hydrochloric Acid  + Lye (NaOH) forms table salt and water
 HCl   +   NaOH      NaCL (table salt)  + H2O
 The table salt is not especially valuable; throw it out?
 
   The salt falls to the bottom and you get FFAs forming a layer
 on top
 and
 the crude glycerine (+  most of the excess methanol) forming a
 bottom
 layer.
 The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
 They will decompose into CO2 and H2O. They supply nothing in
 the way of
 soil
 nutrients, but I have found that
 they appear to accelerate decomposition within a compost pile  
 ...
 not
 only a safe way to dispose of the mix, but some benefit to be
 gotten.
 
 KOH (during processing) and H3PO4 (split)
 is preferred because the salt produced is Potassium
 Phosphate  .
 valuable as fertilizer.
 
The point is that different acids can be used to split the
 cocktail
 into FFAs and crude glycerine w. methanol. The
 difference is in the salt (and its value) that is produced.
 
Vinegar is an organic acid, which tend to be weak acids. It
 would take
 a lot of vinegar to split the cocktail.
 Probably more expensive than

Re: [Biofuel] more goofy questions

2006-06-01 Thread Mike Weaver
, and can be used to cut table 
salt (theyre about the same as far as toxicity goes, and it 
increases potassium levels and total electrolytes in the human 
body, not so bad i think) but it has many other uses in the medical 
world as antidotes to some poisons, and for food 
preparation(probably a preservative,yeech). is this an acceptible 
byproduct or should i keep looking?
- Original Message - From: Thomas Kelly [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AM
Subject: Re: [Biofuel] more goofy questions



 



Jason  Katie,
I'm not sure what you mean when you say clean the glycerine for
compost.
Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
 I do separate the glycerine because I produce quite  a bit of BD these
days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 
70%,
by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like 
to
control how much is added to my garden   which has done just fine on
pre-BD compost. I also am attempting to recover methanol and have uses for
the other components of the mix.

I used hydrochloric acid (sold in hardware stores as muriatic acid)
before I was able to locate phosphoric.
I did a few small test batches and got good separation.
The difference will be the type of mineral salt that will precipitate
out.
Ex:
Hydrochloric Acid  + Lye (NaOH) forms table salt and water
HCl   +   NaOH      NaCL (table salt)  + H2O
The table salt is not especially valuable; throw it out?

The salt falls to the bottom and you get FFAs forming a layer on top and
the crude glycerine (+  most of the excess methanol) forming a bottom 
layer.
The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
They will decompose into CO2 and H2O. They supply nothing in the way of 
soil
nutrients, but I have found that
they appear to accelerate decomposition within a compost pile   ... not
only a safe way to dispose of the mix, but some benefit to be gotten.

KOH (during processing) and H3PO4 (split)
is preferred because the salt produced is Potassium Phosphate  .
valuable as fertilizer.

The point is that different acids can be used to split the cocktail
into FFAs and crude glycerine w. methanol. The
difference is in the salt (and its value) that is produced.

Vinegar is an organic acid, which tend to be weak acids. It would take
a lot of vinegar to split the cocktail.
Probably more expensive than hydrochloric and I don't see that the salt
produced would have more value.

***By value I don't mean financial, as in sell for profit. I
dissolve some of the potassium phosphate produced by the split in water and
add it to my compost piles. It has value as in  ...  can be put to good 
use.

  Sorry to get so wordy, but your goofy question is part of a subject
that is of great interest to me.
  The splitting of the cocktail may not have the financial payoff that
brewing BD does, but the feeling of putting to good use what others have
called waste products  is akin to the feeling I get when I fill the
tank(s) w. BD I brewed at home.
   Best of luck to you,
Tom

- Original Message - From: Jason Katie [EMAIL PROTECTED]
To: Biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 12:13 AM
Subject: [Biofuel] more goofy questions




   

  

what other, more available acids can be used in place of phosphoric to
clean
glycerine for compost? i have been reading for three hours, and i cant
find
any experiments or documentation. am i not looking in the right places?
has
anyone tried using vinegar? this is really bothering me. any ideas?
 



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Re: [Biofuel] more goofy questions

2006-06-01 Thread Zeke Yewdall
 at wikipedia, and KCl, being part of the final
 product in splitting crude glycerine(at least with KOH and HCl), is
 also used as a mineral fertilizer, and can be used to cut table
 salt (theyre about the same as far as toxicity goes, and it
 increases potassium levels and total electrolytes in the human
 body, not so bad i think) but it has many other uses in the medical
 world as antidotes to some poisons, and for food
 preparation(probably a preservative,yeech). is this an acceptible
 byproduct or should i keep looking?
 - Original Message - From: Thomas Kelly [EMAIL PROTECTED]
 To: biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 7:21 AM
 Subject: Re: [Biofuel] more goofy questions
 
 
 
 
 
 
 
 Jason  Katie,
 I'm not sure what you mean when you say clean the glycerine for
 compost.
 Many people compost the glycerine cocktail w/o any treatment. I think
 this is best done when KOH is used as the caustic rather than NaOH.
  I do separate the glycerine because I produce quite  a bit of BD these
 days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 
 70%,
 by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd 
 like to
 control how much is added to my garden   which has done just fine on
 pre-BD compost. I also am attempting to recover methanol and have uses 
 for
 the other components of the mix.
 
 I used hydrochloric acid (sold in hardware stores as muriatic acid)
 before I was able to locate phosphoric.
 I did a few small test batches and got good separation.
 The difference will be the type of mineral salt that will precipitate
 out.
 Ex:
 Hydrochloric Acid  + Lye (NaOH) forms table salt and water
 HCl   +   NaOH      NaCL (table salt)  + H2O
 The table salt is not especially valuable; throw it out?
 
 The salt falls to the bottom and you get FFAs forming a layer on top and
 the crude glycerine (+  most of the excess methanol) forming a bottom 
 layer.
 The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
 They will decompose into CO2 and H2O. They supply nothing in the way of 
 soil
 nutrients, but I have found that
 they appear to accelerate decomposition within a compost pile   ... 
 not
 only a safe way to dispose of the mix, but some benefit to be gotten.
 
 KOH (during processing) and H3PO4 (split)
 is preferred because the salt produced is Potassium Phosphate  .
 valuable as fertilizer.
 
 The point is that different acids can be used to split the cocktail
 into FFAs and crude glycerine w. methanol. The
 difference is in the salt (and its value) that is produced.
 
 Vinegar is an organic acid, which tend to be weak acids. It would take
 a lot of vinegar to split the cocktail.
 Probably more expensive than hydrochloric and I don't see that the salt
 produced would have more value.
 
 ***By value I don't mean financial, as in sell for profit. I
 dissolve some of the potassium phosphate produced by the split in water 
 and
 add it to my compost piles. It has value as in  ...  can be put to good 
 use.
 
   Sorry to get so wordy, but your goofy question is part of a subject
 that is of great interest to me.
   The splitting of the cocktail may not have the financial payoff that
 brewing BD does, but the feeling of putting to good use what others have
 called waste products  is akin to the feeling I get when I fill the
 tank(s) w. BD I brewed at home.
Best of luck to you,
 Tom
 
 - Original Message - From: Jason Katie [EMAIL PROTECTED]
 To: Biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 12:13 AM
 Subject: [Biofuel] more goofy questions
 
 
 
 
 
 
 
 
 what other, more available acids can be used in place of phosphoric to
 clean
 glycerine for compost? i have been reading for three hours, and i cant
 find
 any experiments or documentation. am i not looking in the right places?
 has
 anyone tried using vinegar? this is really bothering me. any ideas?
 
 
 
 
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 messages):
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 Biofuel

Re: [Biofuel] more goofy questions

2006-06-01 Thread Joe Street
Ok Keith;

Thanks for the advice.  I didn't realize vermicomposting was on JtF but 
I'll check it out.  I was planning on doing it indoors due to the cold 
winters here.  I understand it doesn't smell if you do it right. Now 
that I've got the house all to myself, I'm hoping to do something 
unobtriusive under the counter in my kitchen:) ahh the FREEDOM!

Cheers

Joe

Keith Addison wrote:

Hi Keith;

What about in the case of vermicomposting?  Any advice on putting a
little cocktail in there?  Will it harm the worms?
 
 
 Hi Joe
 
 I was the bad guy here a few years ago after I reported murdering 
 some red worms that way. :-(
 
 But lots of things will kill worms if you feed it to them in the wrong way.
 
 Try making a worm box/bin on the ground, say 2ft square (60cm), with 
 the bare soil as the floor. Give it a sloping lid so the rain runs 
 off (and runs away from the bin).
 
 Start off with a couple of thousand worms (1kg) or so in some sort of 
 suitable bedding (see Compost  Vermicomposting at JtF). Put the 
 bedding on the soil, 3-4 deep (8-10cm). Water the soil floor first 
 and make sure the bedding is wet enough.
 
 Add whatever, kitchen wastes, garden wastes and so on, livestock 
 manure. Mixed is better. Add about 1kg a day at first, you can 
 increase it later (up to a point) when there are more worms.
 
 The worms have a strong effect on the surrounding microlife in the 
 wastes, while the soil beneath and its soil life act as a buffer. If 
 you put another bin right next to the worm bin and added the same 
 bedding and the same wastes day by day but without any worms, it 
 takes a different course (different smell too). Decaying wastes from 
 the wormless bin can be toxic to worms, though the same wastes in the 
 wormbin don't harm them. A wormbin that's not on a soil base is less 
 forgiving,
 
 I think you could add some glyc cocktail to the feed in the wormbin 
 this way - same as with compost, a little at a time along with other 
 mixed stuff.
 
 I'd like to know whether adding diluted crude glycerine separated 
 from the cocktail to wormfeed this way might have similar effects to 
 those Tom's been getting with thermophilic compost, very interesting. 
 I'm not set up for that right now, I'll have to breed up some extra 
 worms first.
 
 Best
 
 Keith
 
 
 
Joe

Keith Addison wrote:

Snip

It's not toxic to the soil microlife nor to plants.

snip


It certainly won't harm a compost pile.

Anyway the methanol should be removed first.



and the soap/oil fraction will smother almost everything.


It depends how much of it you use. It will need to be mixed
thoroughly with other materials so that the air and bacteria can get
at it, or it will just make a sticky mass -- mix thoroughly with dry,
brown materials, use in conjunction with other composting materials
as only a part of the overall mix.
-- Composting
http://journeytoforever.org/biodiesel_glycerin.html#compost

It works.


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Re: [Biofuel] more goofy questions

2006-06-01 Thread Ken Riznyk
Methanol make you go blind, I suppose the worms
wouldn't mind.
Ken

--- Joe Street [EMAIL PROTECTED] wrote:

 Hi Keith;
 
 What about in the case of vermicomposting?  Any
 advice on putting a 
 little cocktail in there?  Will it harm the worms?
 
 Joe
 
 Keith Addison wrote:
 
 Snip
  
  It's not toxic to the soil microlife nor to
 plants.
 
 snip
 
  
  It certainly won't harm a compost pile.
  
  Anyway the methanol should be removed first.
  
  
 and the soap/oil fraction will smother almost
 everything.
  
  
  It depends how much of it you use. It will need
 to be mixed 
  thoroughly with other materials so that the air
 and bacteria can get 
  at it, or it will just make a sticky mass -- mix
 thoroughly with dry, 
  brown materials, use in conjunction with other
 composting materials 
  as only a part of the overall mix.
  -- Composting
 

http://journeytoforever.org/biodiesel_glycerin.html#compost
  
  It works.
 
 
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 archives (50,000 messages):

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Re: [Biofuel] more goofy questions

2006-06-01 Thread Jason Katie
yes, but i was listing the USEFUL properties of KCl. as far as comparative 
toxcicity goes, you could use table salt for lethal injections as well, only 
in slightly larger amounts. LI uses are not applicable to our needs, so i 
did not mention it.
sorry to confuse.
jason
- Original Message - 
From: Joe Street [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Thursday, June 01, 2006 7:57 AM
Subject: Re: [Biofuel] more goofy questions


 Isn't KCl what lethal injections are made of??

 J

 Jason Katie wrote:
  i did some reading at wikipedia, and KCl, being part of the final 
 product
 in splitting crude glycerine(at least with KOH and HCl), is also used as 
 a
 mineral fertilizer, and can be used to cut table salt (theyre about the 
 same
 as far as toxicity goes, and it increases potassium levels and total
 electrolytes in the human body, not so bad i think) but it has many other
 uses in the medical world as antidotes to some poisons, and for food
 preparation(probably a preservative,yeech). is this an acceptible 
 byproduct
 or should i keep looking?
 - Original Message - 
 From: Thomas Kelly [EMAIL PROTECTED]
 To: biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 7:21 AM
 Subject: Re: [Biofuel] more goofy questions



Jason  Katie,
I'm not sure what you mean when you say clean the glycerine for
compost.
Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
 I do separate the glycerine because I produce quite  a bit of BD
these
days. I'm concerned about pouring Kilo after Kilo of  caustic, of which
70%,
by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like
to
control how much is added to my garden   which has done just fine on
pre-BD compost. I also am attempting to recover methanol and have uses 
for
the other components of the mix.

I used hydrochloric acid (sold in hardware stores as muriatic acid)
before I was able to locate phosphoric.
I did a few small test batches and got good separation.
The difference will be the type of mineral salt that will precipitate
out.
Ex:
Hydrochloric Acid  + Lye (NaOH) forms table salt and water
HCl   +   NaOH      NaCL (table salt)  + H2O
The table salt is not especially valuable; throw it out?

   The salt falls to the bottom and you get FFAs forming a layer on top
and
the crude glycerine (+  most of the excess methanol) forming a bottom
layer.
The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
They will decompose into CO2 and H2O. They supply nothing in the way of
soil
nutrients, but I have found that
they appear to accelerate decomposition within a compost pile   ...
not
only a safe way to dispose of the mix, but some benefit to be gotten.

KOH (during processing) and H3PO4 (split)
is preferred because the salt produced is Potassium Phosphate  .
valuable as fertilizer.

The point is that different acids can be used to split the cocktail
into FFAs and crude glycerine w. methanol. The
difference is in the salt (and its value) that is produced.

Vinegar is an organic acid, which tend to be weak acids. It would 
 take
a lot of vinegar to split the cocktail.
Probably more expensive than hydrochloric and I don't see that the salt
produced would have more value.

***By value I don't mean financial, as in sell for profit. I
dissolve some of the potassium phosphate produced by the split in water
and
add it to my compost piles. It has value as in  ...  can be put to good
use.

  Sorry to get so wordy, but your goofy question is part of a
subject
that is of great interest to me.
  The splitting of the cocktail may not have the financial payoff 
 that
brewing BD does, but the feeling of putting to good use what others have
called waste products  is akin to the feeling I get when I fill the
tank(s) w. BD I brewed at home.
   Best of luck to you,
Tom

- Original Message - 
From: Jason Katie [EMAIL PROTECTED]
To: Biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 12:13 AM
Subject: [Biofuel] more goofy questions



what other, more available acids can be used in place of phosphoric to
clean
glycerine for compost? i have been reading for three hours, and i cant
find
any experiments or documentation. am i not looking in the right places?
has
anyone tried using vinegar? this is really bothering me. any ideas?


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Re: [Biofuel] more goofy questions

2006-06-01 Thread John Beale
 using NaOH as the catalyst, decrease the proportion of
 separated salts to other compost materials.

 Best

 Keith







 Todd Swearingen



 Jason Katie wrote:





 i did some reading at wikipedia, and KCl, being part of the final
 product in splitting crude glycerine(at least with KOH and HCl),  
 is
 also used as a mineral fertilizer, and can be used to cut table
 salt (theyre about the same as far as toxicity goes, and it
 increases potassium levels and total electrolytes in the human
 body, not so bad i think) but it has many other uses in the  
 medical
 world as antidotes to some poisons, and for food
 preparation(probably a preservative,yeech). is this an acceptible
 byproduct or should i keep looking?
 - Original Message - From: Thomas Kelly  
 [EMAIL PROTECTED]
 To: biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 7:21 AM
 Subject: Re: [Biofuel] more goofy questions







 Jason  Katie,
 I'm not sure what you mean when you say clean the glycerine for
 compost.
 Many people compost the glycerine cocktail w/o any treatment. I  
 think
 this is best done when KOH is used as the caustic rather than  
 NaOH.
 I do separate the glycerine because I produce quite  a bit of BD  
 these
 days. I'm concerned about pouring Kilo after Kilo of  caustic,  
 of which 70%,
 by weight, is Potassium. Sure it's a valuable soil nutrient, but  
 I'd like to
 control how much is added to my garden   which has done just  
 fine on
 pre-BD compost. I also am attempting to recover methanol and  
 have uses for
 the other components of the mix.

 I used hydrochloric acid (sold in hardware stores as muriatic  
 acid)
 before I was able to locate phosphoric.
 I did a few small test batches and got good separation.
 The difference will be the type of mineral salt that will  
 precipitate
 out.
 Ex:
 Hydrochloric Acid  + Lye (NaOH) forms table salt and water
 HCl   +   NaOH      NaCL (table salt)  + H2O
 The table salt is not especially valuable; throw it out?

 The salt falls to the bottom and you get FFAs forming a layer on  
 top and
 the crude glycerine (+  most of the excess methanol) forming a  
 bottom layer.
 The FFAs and the glycerine/methanol are composed of Cs, Hs, and  
 Os.
 They will decompose into CO2 and H2O. They supply nothing in the  
 way of soil
 nutrients, but I have found that
 they appear to accelerate decomposition within a compost pile
 ... not
 only a safe way to dispose of the mix, but some benefit to be  
 gotten.

 KOH (during processing) and H3PO4 (split)
 is preferred because the salt produced is Potassium Phosphate   
 .
 valuable as fertilizer.

 The point is that different acids can be used to split the  
 cocktail
 into FFAs and crude glycerine w. methanol. The
 difference is in the salt (and its value) that is produced.

 Vinegar is an organic acid, which tend to be weak acids. It  
 would take
 a lot of vinegar to split the cocktail.
 Probably more expensive than hydrochloric and I don't see that  
 the salt
 produced would have more value.

 ***By value I don't mean financial, as in sell for profit. I
 dissolve some of the potassium phosphate produced by the split  
 in water and
 add it to my compost piles. It has value as in  ...  can be put  
 to good use.

  Sorry to get so wordy, but your goofy question is part of a  
 subject
 that is of great interest to me.
  The splitting of the cocktail may not have the financial payoff  
 that
 brewing BD does, but the feeling of putting to good use what  
 others have
 called waste products  is akin to the feeling I get when I  
 fill the
 tank(s) w. BD I brewed at home.
   Best of luck to you,
Tom

 - Original Message - From: Jason Katie  
 [EMAIL PROTECTED]
 To: Biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 12:13 AM
 Subject: [Biofuel] more goofy questions








 what other, more available acids can be used in place of  
 phosphoric to
 clean
 glycerine for compost? i have been reading for three hours, and  
 i cant
 find
 any experiments or documentation. am i not looking in the right  
 places?
 has
 anyone tried using vinegar? this is really bothering me. any  
 ideas?




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 Biofuel@sustainablelists.org
 http://sustainablelists.org/mailman/listinfo/ 
 biofuel_sustainablelists.org

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 http://journeytoforever.org/biofuel.html

 Search the combined Biofuel and Biofuels-biz list archives (50,000  
 messages):
 http://www.mail-archive.com/biofuel@sustainablelists.org/









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Re: [Biofuel] more goofy questions

2006-06-01 Thread Jason Katie
i didnt explain my situation as thouroghly as i probably should have.
this is my problem- I live in an apartment, i cannot store large containers 
of chemicals because i have no outbuildings, and the management company 
would not be happy with me if i brought it in the house.
also, i do not have a supplier of phosphoric acid that sells anything less 
than buckets ( buckets at best, most sell only bulk drums) and the majority 
of these i have found do not sell ANY to private buyers, only companies.  i 
know vinegar can be made privately, that is why i asked, and muriatic acid 
can be had in gallon bottles from the hardware store.
 i am not trying to refine byproducts, i just want mostly clean glycerine to 
use in compost, and if i can use, compost, or sell whats left, all the 
better. if i cant realistically, properly get rid of it, ill go back to the 
books and try again. as we all know, flexibility is key.

jason

- Original Message - 
From: Appal Energy [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Thursday, June 01, 2006 7:06 AM
Subject: Re: [Biofuel] more goofy questions



 Jason  Katie,

 At the level of home manufacture, about the best you can hope for is to 
 create co-/waste-products that are essentially benign, as the amount of 
 effort and infrastructure needed to refine the side-streams is phenomenal 
 and beyond the reach of the average or above average home brewer.

 What you need are end products that can be disposed of without threat to 
 the environment. Rather than seeking out the million and one possibilities 
 and options, the suggestion would be to keep it simple.

 Potassium hydroxide and phosphoric acid are as simple as you can get on 
 the base side and for FFA recovery, with sulfuric acid for the acid 
 pre-treatment of high FFA oils.

 Other acid and caustic combinations only leave you with less than useful, 
 if not toxic, salts.

 Todd Swearingen



 Jason Katie wrote:

 i did some reading at wikipedia, and KCl, being part of the final product
in splitting crude glycerine(at least with KOH and HCl), is also used as a
mineral fertilizer, and can be used to cut table salt (theyre about the 
same
as far as toxicity goes, and it increases potassium levels and total
electrolytes in the human body, not so bad i think) but it has many other
uses in the medical world as antidotes to some poisons, and for food
preparation(probably a preservative,yeech). is this an acceptible 
byproduct
or should i keep looking?
- Original Message - 
From: Thomas Kelly [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AM
Subject: Re: [Biofuel] more goofy questions




Jason  Katie,
I'm not sure what you mean when you say clean the glycerine for
compost.
Many people compost the glycerine cocktail w/o any treatment. I think
this is best done when KOH is used as the caustic rather than NaOH.
 I do separate the glycerine because I produce quite  a bit of BD
these
days. I'm concerned about pouring Kilo after Kilo of  caustic, of which
70%,
by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like
to
control how much is added to my garden   which has done just fine on
pre-BD compost. I also am attempting to recover methanol and have uses 
for
the other components of the mix.

I used hydrochloric acid (sold in hardware stores as muriatic acid)
before I was able to locate phosphoric.
I did a few small test batches and got good separation.
The difference will be the type of mineral salt that will precipitate
out.
Ex:
Hydrochloric Acid  + Lye (NaOH) forms table salt and water
HCl   +   NaOH      NaCL (table salt)  + H2O
The table salt is not especially valuable; throw it out?

   The salt falls to the bottom and you get FFAs forming a layer on top
and
the crude glycerine (+  most of the excess methanol) forming a bottom
layer.
The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
They will decompose into CO2 and H2O. They supply nothing in the way of
soil
nutrients, but I have found that
they appear to accelerate decomposition within a compost pile   ...
not
only a safe way to dispose of the mix, but some benefit to be gotten.

KOH (during processing) and H3PO4 (split)
is preferred because the salt produced is Potassium Phosphate  .
valuable as fertilizer.

The point is that different acids can be used to split the cocktail
into FFAs and crude glycerine w. methanol. The
difference is in the salt (and its value) that is produced.

Vinegar is an organic acid, which tend to be weak acids. It would 
 take
a lot of vinegar to split the cocktail.
Probably more expensive than hydrochloric and I don't see that the salt
produced would have more value.

***By value I don't mean financial, as in sell for profit. I
dissolve some of the potassium phosphate produced by the split in water
and
add it to my compost piles. It has value as in  ...  can be put to good
use.

  Sorry to get so wordy

Re: [Biofuel] more goofy questions

2006-06-01 Thread Keith Addison
Ok Keith;

Thanks for the advice.  I didn't realize vermicomposting was on JtF but
I'll check it out.  I was planning on doing it indoors due to the cold
winters here.

They're supposed to prefer about 25 deg C (77F) but -10C doesn't seem 
to stop them (14F), maybe they get the composting micro-bugs in the 
wastes to warm it up a bit. The very edge of the wastes gets icy but 
not further in.

I understand it doesn't smell if you do it right.

Compost doesn't either, just a bit earthy maybe. You might get fruit 
flies with the worms though. Not too wet helps, but not too dry 
either.

Now
that I've got the house all to myself, I'm hoping to do something
unobtriusive under the counter in my kitchen:) ahh the FREEDOM!

:-) That works well. Lots of how-to stuff at JtF.

We've got a really good system for worms and kitchen wastes, it's a 
definite improvement on any of the bins you can buy. It took me 20 
years to figure that out. I want to spend a bit more time using it 
first, I'll probably upload the plans after the summer. Don't wait 
for that though, go right ahead, a box under the sink works well. 
I've done that in a small 19th floor flat with no balcony and no 
access to any kind of garden, very easy to do. Check out the 
how-to's. Lumbricus rubellas or Eisenia foetida.

Enjoy all that freedom, when it gets lonely you can sing to the 
worms. (Whence the other occupants?)

Best

Keith


Cheers

Joe

Keith Addison wrote:

 Hi Keith;
 
 What about in the case of vermicomposting?  Any advice on putting a
 little cocktail in there?  Will it harm the worms?
 
 
  Hi Joe
 
  I was the bad guy here a few years ago after I reported murdering
  some red worms that way. :-(
 
  But lots of things will kill worms if you feed it to them in the wrong way.
 
  Try making a worm box/bin on the ground, say 2ft square (60cm), with
  the bare soil as the floor. Give it a sloping lid so the rain runs
  off (and runs away from the bin).
 
  Start off with a couple of thousand worms (1kg) or so in some sort of
  suitable bedding (see Compost  Vermicomposting at JtF). Put the
  bedding on the soil, 3-4 deep (8-10cm). Water the soil floor first
  and make sure the bedding is wet enough.
 
  Add whatever, kitchen wastes, garden wastes and so on, livestock
  manure. Mixed is better. Add about 1kg a day at first, you can
  increase it later (up to a point) when there are more worms.
 
  The worms have a strong effect on the surrounding microlife in the
  wastes, while the soil beneath and its soil life act as a buffer. If
  you put another bin right next to the worm bin and added the same
  bedding and the same wastes day by day but without any worms, it
  takes a different course (different smell too). Decaying wastes from
  the wormless bin can be toxic to worms, though the same wastes in the
  wormbin don't harm them. A wormbin that's not on a soil base is less
  forgiving,
 
  I think you could add some glyc cocktail to the feed in the wormbin
  this way - same as with compost, a little at a time along with other
  mixed stuff.
 
  I'd like to know whether adding diluted crude glycerine separated
  from the cocktail to wormfeed this way might have similar effects to
  those Tom's been getting with thermophilic compost, very interesting.
  I'm not set up for that right now, I'll have to breed up some extra
  worms first.
 
  Best
 
  Keith
 
 
 
 Joe
 
 Keith Addison wrote:
 
 Snip
 
 It's not toxic to the soil microlife nor to plants.
 
 snip
 
 
 It certainly won't harm a compost pile.
 
 Anyway the methanol should be removed first.
 
 
 
 and the soap/oil fraction will smother almost everything.
 
 
 It depends how much of it you use. It will need to be mixed
 thoroughly with other materials so that the air and bacteria can get
 at it, or it will just make a sticky mass -- mix thoroughly with dry,
 brown materials, use in conjunction with other composting materials
 as only a part of the overall mix.
 -- Composting
 http://journeytoforever.org/biodiesel_glycerin.html#compost
 
 It works.


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Re: [Biofuel] more goofy questions

2006-06-01 Thread Keith Addison
Hi Jason

i didnt explain my situation as thouroghly as i probably should have.
this is my problem- I live in an apartment, i cannot store large containers
of chemicals because i have no outbuildings, and the management company
would not be happy with me if i brought it in the house.
also, i do not have a supplier of phosphoric acid that sells anything less
than buckets ( buckets at best, most sell only bulk drums) and the majority
of these i have found do not sell ANY to private buyers, only companies.  i
know vinegar can be made privately, that is why i asked, and muriatic acid
can be had in gallon bottles from the hardware store.
 i am not trying to refine byproducts, i just want mostly clean glycerine to
use in compost, and if i can use, compost, or sell whats left, all the
better. if i cant realistically, properly get rid of it, ill go back to the
books and try again. as we all know, flexibility is key.

Flexi-compost. No problem, go ahead with HCl. You can use both the 
separated crude glycerin and the salts in the compost, and burn the 
FFA. KCl is fine as long as you compost it first. Don't worry about 
the phosphorus, it won't be missed.

See my other posts and the JtF links I posted. Whatever they might do 
or not do at Infopop and so on doesn't matter a lot.

Best

Keith


jason

- Original Message -
From: Appal Energy [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Thursday, June 01, 2006 7:06 AM
Subject: Re: [Biofuel] more goofy questions



  Jason  Katie,
 
  At the level of home manufacture, about the best you can hope for is to
  create co-/waste-products that are essentially benign, as the amount of
  effort and infrastructure needed to refine the side-streams is phenomenal
  and beyond the reach of the average or above average home brewer.
 
  What you need are end products that can be disposed of without threat to
  the environment. Rather than seeking out the million and one possibilities
  and options, the suggestion would be to keep it simple.
 
  Potassium hydroxide and phosphoric acid are as simple as you can get on
  the base side and for FFA recovery, with sulfuric acid for the acid
  pre-treatment of high FFA oils.
 
  Other acid and caustic combinations only leave you with less than useful,
  if not toxic, salts.
 
  Todd Swearingen
 
 
 
  Jason Katie wrote:
 
  i did some reading at wikipedia, and KCl, being part of the final product
 in splitting crude glycerine(at least with KOH and HCl), is also used as a
 mineral fertilizer, and can be used to cut table salt (theyre about the
 same
 as far as toxicity goes, and it increases potassium levels and total
 electrolytes in the human body, not so bad i think) but it has many other
 uses in the medical world as antidotes to some poisons, and for food
 preparation(probably a preservative,yeech). is this an acceptible
 byproduct
 or should i keep looking?
 - Original Message -
 From: Thomas Kelly [EMAIL PROTECTED]
 To: biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 7:21 AM
 Subject: Re: [Biofuel] more goofy questions
 
 
 
 
 Jason  Katie,
 I'm not sure what you mean when you say clean the glycerine for
 compost.
 Many people compost the glycerine cocktail w/o any treatment. I think
 this is best done when KOH is used as the caustic rather than NaOH.
  I do separate the glycerine because I produce quite  a bit of BD
 these
 days. I'm concerned about pouring Kilo after Kilo of  caustic, of which
 70%,
 by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like
 to
 control how much is added to my garden   which has done just fine on
 pre-BD compost. I also am attempting to recover methanol and have uses
 for
 the other components of the mix.
 
 I used hydrochloric acid (sold in hardware stores as muriatic acid)
 before I was able to locate phosphoric.
 I did a few small test batches and got good separation.
 The difference will be the type of mineral salt that will precipitate
 out.
 Ex:
 Hydrochloric Acid  + Lye (NaOH) forms table salt and water
 HCl   +   NaOH      NaCL (table salt)  + H2O
 The table salt is not especially valuable; throw it out?
 
The salt falls to the bottom and you get FFAs forming a layer on top
 and
 the crude glycerine (+  most of the excess methanol) forming a bottom
 layer.
 The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
 They will decompose into CO2 and H2O. They supply nothing in the way of
 soil
 nutrients, but I have found that
 they appear to accelerate decomposition within a compost pile   ...
 not
 only a safe way to dispose of the mix, but some benefit to be gotten.
 
 KOH (during processing) and H3PO4 (split)
 is preferred because the salt produced is Potassium Phosphate  .
 valuable as fertilizer.
 
 The point is that different acids can be used to split the cocktail
 into FFAs and crude glycerine w. methanol. The
 difference is in the salt (and its value) that is produced

Re: [Biofuel] more goofy questions

2006-06-01 Thread Keith Addison
I'd like to try some heat-assisted catalytic reformation of Keith -- if
for no other reason than the irony of a biofuels list owner being made
into biodiesel.

That's not the way it works here John, we always do test batches with 
new members first. You express an interest so I take it you're 
volunteering? A couple of months here already, but you won't have 
started oxidising yet, it should be okay. We'll try cataleptic 
reformation first, it's hell when the test-batch struggles.

Best

Keith


-John



On Jun 1, 2006, at 4:47 PM, Zeke Yewdall wrote:

  Yeah, I mean, the guys still alive.  Lets not biodegrade him yet.
 
  On 6/1/06, Mike Weaver [EMAIL PROTECTED] wrote:
  I think anything can compost/bio-degrade Keith
 
  I think bio-degrading Keith is a bit harsh.  I believe if you just
  have a word with him that will suffice.
 
 
 
 
  Appal Energy wrote:
 
  Well...,
 
  I think anything can compost/bio-degrade Keith, even pig iron and
  Exxon
  Valdez dropping.

snip

 


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Re: [Biofuel] more goofy questions

2006-06-01 Thread Keith Addison
Yeah, I mean, the guys still alive.  Lets not biodegrade him yet.

It said on the box the stork brought that I'm 100% biodegradeable, 
but maybe it just meant the box. The family said the stork was good 
though, but they didn't like the trimmings it came with (me).

On 6/1/06, Mike Weaver [EMAIL PROTECTED] wrote:
  I think anything can compost/bio-degrade Keith
 
  I think bio-degrading Keith is a bit harsh.  I believe if you 
just have a word with him that will suffice.

Well I don't really mind, better than the glue factory, but I'll put 
a serious hex on anyone who uses me to push up tulips, I hate tulips. 
I guess deadly nightshades would be okay.

Keith


  Appal Energy wrote:
 
  Well...,
  
  I think anything can compost/bio-degrade Keith, even pig iron and Exxon
  Valdez dropping.
  

snip


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Re: [Biofuel] more goofy questions

2006-05-31 Thread Thomas Kelly
Jason  Katie,
 I'm not sure what you mean when you say clean the glycerine for 
compost.
 Many people compost the glycerine cocktail w/o any treatment. I think 
this is best done when KOH is used as the caustic rather than NaOH.
  I do separate the glycerine because I produce quite  a bit of BD these 
days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 70%, 
by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like to 
control how much is added to my garden   which has done just fine on 
pre-BD compost. I also am attempting to recover methanol and have uses for 
the other components of the mix.

 I used hydrochloric acid (sold in hardware stores as muriatic acid) 
before I was able to locate phosphoric.
I did a few small test batches and got good separation.
 The difference will be the type of mineral salt that will precipitate 
out.
Ex:
Hydrochloric Acid  + Lye (NaOH) forms table salt and water
HCl   +   NaOH      NaCL (table salt)  + H2O
The table salt is not especially valuable; throw it out?

The salt falls to the bottom and you get FFAs forming a layer on top and 
the crude glycerine (+  most of the excess methanol) forming a bottom layer. 
The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
They will decompose into CO2 and H2O. They supply nothing in the way of soil 
nutrients, but I have found that
they appear to accelerate decomposition within a compost pile   ...  not 
only a safe way to dispose of the mix, but some benefit to be gotten.

KOH (during processing) and H3PO4 (split)
is preferred because the salt produced is Potassium Phosphate  . 
valuable as fertilizer.

 The point is that different acids can be used to split the cocktail 
into FFAs and crude glycerine w. methanol. The
difference is in the salt (and its value) that is produced.

 Vinegar is an organic acid, which tend to be weak acids. It would take 
a lot of vinegar to split the cocktail.
Probably more expensive than hydrochloric and I don't see that the salt 
produced would have more value.

***By value I don't mean financial, as in sell for profit. I
dissolve some of the potassium phosphate produced by the split in water and 
add it to my compost piles. It has value as in  ...  can be put to good use.

   Sorry to get so wordy, but your goofy question is part of a subject 
that is of great interest to me.
   The splitting of the cocktail may not have the financial payoff that 
brewing BD does, but the feeling of putting to good use what others have 
called waste products  is akin to the feeling I get when I fill the 
tank(s) w. BD I brewed at home.
Best of luck to you,
 Tom

- Original Message - 
From: Jason Katie [EMAIL PROTECTED]
To: Biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 12:13 AM
Subject: [Biofuel] more goofy questions


 what other, more available acids can be used in place of phosphoric to 
 clean
 glycerine for compost? i have been reading for three hours, and i cant 
 find
 any experiments or documentation. am i not looking in the right places? 
 has
 anyone tried using vinegar? this is really bothering me. any ideas?


 ___
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 Biofuel@sustainablelists.org
 http://sustainablelists.org/mailman/listinfo/biofuel_sustainablelists.org

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 http://journeytoforever.org/biofuel.html

 Search the combined Biofuel and Biofuels-biz list archives (50,000 
 messages):
 http://www.mail-archive.com/biofuel@sustainablelists.org/


 



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Re: [Biofuel] more goofy questions

2006-05-31 Thread Jason Katie
 i did some reading at wikipedia, and KCl, being part of the final product 
in splitting crude glycerine(at least with KOH and HCl), is also used as a 
mineral fertilizer, and can be used to cut table salt (theyre about the same 
as far as toxicity goes, and it increases potassium levels and total 
electrolytes in the human body, not so bad i think) but it has many other 
uses in the medical world as antidotes to some poisons, and for food 
preparation(probably a preservative,yeech). is this an acceptible byproduct 
or should i keep looking?
- Original Message - 
From: Thomas Kelly [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AM
Subject: Re: [Biofuel] more goofy questions


 Jason  Katie,
 I'm not sure what you mean when you say clean the glycerine for
 compost.
 Many people compost the glycerine cocktail w/o any treatment. I think
 this is best done when KOH is used as the caustic rather than NaOH.
  I do separate the glycerine because I produce quite  a bit of BD 
 these
 days. I'm concerned about pouring Kilo after Kilo of  caustic, of which 
 70%,
 by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like 
 to
 control how much is added to my garden   which has done just fine on
 pre-BD compost. I also am attempting to recover methanol and have uses for
 the other components of the mix.

 I used hydrochloric acid (sold in hardware stores as muriatic acid)
 before I was able to locate phosphoric.
 I did a few small test batches and got good separation.
 The difference will be the type of mineral salt that will precipitate
 out.
 Ex:
 Hydrochloric Acid  + Lye (NaOH) forms table salt and water
 HCl   +   NaOH      NaCL (table salt)  + H2O
 The table salt is not especially valuable; throw it out?

The salt falls to the bottom and you get FFAs forming a layer on top 
 and
 the crude glycerine (+  most of the excess methanol) forming a bottom 
 layer.
 The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
 They will decompose into CO2 and H2O. They supply nothing in the way of 
 soil
 nutrients, but I have found that
 they appear to accelerate decomposition within a compost pile   ... 
 not
 only a safe way to dispose of the mix, but some benefit to be gotten.

 KOH (during processing) and H3PO4 (split)
 is preferred because the salt produced is Potassium Phosphate  .
 valuable as fertilizer.

 The point is that different acids can be used to split the cocktail
 into FFAs and crude glycerine w. methanol. The
 difference is in the salt (and its value) that is produced.

 Vinegar is an organic acid, which tend to be weak acids. It would take
 a lot of vinegar to split the cocktail.
 Probably more expensive than hydrochloric and I don't see that the salt
 produced would have more value.

 ***By value I don't mean financial, as in sell for profit. I
 dissolve some of the potassium phosphate produced by the split in water 
 and
 add it to my compost piles. It has value as in  ...  can be put to good 
 use.

   Sorry to get so wordy, but your goofy question is part of a 
 subject
 that is of great interest to me.
   The splitting of the cocktail may not have the financial payoff that
 brewing BD does, but the feeling of putting to good use what others have
 called waste products  is akin to the feeling I get when I fill the
 tank(s) w. BD I brewed at home.
Best of luck to you,
 Tom

 - Original Message - 
 From: Jason Katie [EMAIL PROTECTED]
 To: Biofuel@sustainablelists.org
 Sent: Wednesday, May 31, 2006 12:13 AM
 Subject: [Biofuel] more goofy questions


 what other, more available acids can be used in place of phosphoric to
 clean
 glycerine for compost? i have been reading for three hours, and i cant
 find
 any experiments or documentation. am i not looking in the right places?
 has
 anyone tried using vinegar? this is really bothering me. any ideas?


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Re: [Biofuel] more goofy questions

2006-05-31 Thread Keith Addison
Hi Jason, Tom

KCl is muriate of potash, it's used as a fertiliser but it kills the 
soil life, very harsh form of potassium. Potassium phosphate is 
milder and has the double benefit of adding phosphorus. Quite what 
happens when you put that in the soil isn't quite so simple either.

Fertilisers don't fertilise the soil, they're not really 
fertilisers, they're just nutrients. It's an attempt to feed the 
plant direct instead of via the soil life, a bit like being on a 
drip-feed rather than eating food and letting your intestines do the 
job (the soil has often been described as an inside-out intestine).

Fertilisers aren't worth buying. But a by-product of a separate 
process that contains soil and plant nutrients can be a beneficial 
addition to a compost pile, to make real fertiliser. As Tom is 
showing.

You can use HCl to separate the by-product and add the salts to a 
compost pile with benefit, though not as much benefit as if you used 
phosphoric acid for separation.

 i did some reading at wikipedia, and KCl, being part of the final product
in splitting crude glycerine(at least with KOH and HCl), is also used as a
mineral fertilizer, and can be used to cut table salt (theyre about the same
as far as toxicity goes, and it increases potassium levels and total
electrolytes in the human body, not so bad i think) but it has many other
uses in the medical world as antidotes to some poisons, and for food
preparation(probably a preservative,yeech). is this an acceptible byproduct
or should i keep looking?
- Original Message -
From: Thomas Kelly [EMAIL PROTECTED]
To: biofuel@sustainablelists.org
Sent: Wednesday, May 31, 2006 7:21 AM
Subject: Re: [Biofuel] more goofy questions


  Jason  Katie,
  I'm not sure what you mean when you say clean the glycerine for
  compost.
  Many people compost the glycerine cocktail w/o any treatment. I think
  this is best done when KOH is used as the caustic rather than NaOH.
   I do separate the glycerine because I produce quite  a bit of BD
  these
  days. I'm concerned about pouring Kilo after Kilo of  caustic, of which
  70%,
  by weight, is Potassium. Sure it's a valuable soil nutrient, but I'd like
  to
  control how much is added to my garden 

Too much potassium is a no-no. More about that here:

http://www.mail-archive.com/biofuel@sustainablelists.org/msg47892.html
[biofuels-biz] KOH vs NaOH

But compost buffers everything, the margins for error are much wider 
when you use compost.

Best

Keith


which has done just fine on
  pre-BD compost. I also am attempting to recover methanol and have uses for
  the other components of the mix.
 
  I used hydrochloric acid (sold in hardware stores as muriatic acid)
  before I was able to locate phosphoric.
  I did a few small test batches and got good separation.
  The difference will be the type of mineral salt that will precipitate
  out.
  Ex:
  Hydrochloric Acid  + Lye (NaOH) forms table salt and water
  HCl   +   NaOH      NaCL (table salt)  + H2O
  The table salt is not especially valuable; throw it out?
 
 The salt falls to the bottom and you get FFAs forming a layer on top
  and
  the crude glycerine (+  most of the excess methanol) forming a bottom
  layer.
  The FFAs and the glycerine/methanol are composed of Cs, Hs, and Os.
  They will decompose into CO2 and H2O. They supply nothing in the way of
  soil
  nutrients, but I have found that
  they appear to accelerate decomposition within a compost pile   ...
  not
  only a safe way to dispose of the mix, but some benefit to be gotten.
 
  KOH (during processing) and H3PO4 (split)
  is preferred because the salt produced is Potassium Phosphate  .
  valuable as fertilizer.
 
  The point is that different acids can be used to split the cocktail
  into FFAs and crude glycerine w. methanol. The
  difference is in the salt (and its value) that is produced.
 
  Vinegar is an organic acid, which tend to be weak acids. It would take
  a lot of vinegar to split the cocktail.
  Probably more expensive than hydrochloric and I don't see that the salt
  produced would have more value.
 
  ***By value I don't mean financial, as in sell for profit. I
  dissolve some of the potassium phosphate produced by the split in water
  and
  add it to my compost piles. It has value as in  ...  can be put to good
  use.
 
Sorry to get so wordy, but your goofy question is part of a
  subject
  that is of great interest to me.
The splitting of the cocktail may not have the financial payoff that
  brewing BD does, but the feeling of putting to good use what others have
  called waste products  is akin to the feeling I get when I fill the
  tank(s) w. BD I brewed at home.
 Best of luck to you,
  Tom
 
  - Original Message -
  From: Jason Katie [EMAIL PROTECTED]
  To: Biofuel@sustainablelists.org
  Sent: Wednesday, May 31, 2006 12:13 AM
  Subject: [Biofuel

[Biofuel] more goofy questions

2006-05-30 Thread Jason Katie
what other, more available acids can be used in place of phosphoric to clean 
glycerine for compost? i have been reading for three hours, and i cant find 
any experiments or documentation. am i not looking in the right places? has 
anyone tried using vinegar? this is really bothering me. any ideas? 


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