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VOLUME XXXII,]
MILLEDGEVILLE, GEORGIA, TUESDAY, APRIL 22, 1S62.
[NUMBER 48.
COUNTING HOUSE CALENDAR, 1862.
o. gj a i a.; 5 g- =
" *5 i i “ ^
GENERAL advertisements.
^ johmt aT^Bownbisr,
attorney at law,
EUIOSTOS, GA.
fatonton. Ga., Feb. 14, 1840. 38 tf.
BOOK-BINDING
The Subscriber is now pre
pared to do Book'Bind-
in?, in all its branches.
Old Books rebound. Zee.
MUSIC bound in the best style. Blank Books
-mutactiired to order. Prompt attention will'be
rren to all work entrusted to me.
1 S. J. KIDD.
Bindery is Hsslhrra Fsdrrsl I'alss Office.
Milledgeville, March 19th„1861. 43
(01RT CALLENDER FOR 1862.
SUPERIOR COURTS.
JANUARY.
Monday, tlliatham.
'Floyd
FEBRUARY.
Is: Monday, Clark
t Lumpkin
id Monday. Campbell
Dawson
ii Monday, Forsyth
Polk
Glascock
Merriwether
Walton
4tli Monday, Baldwin
Jackson
Monroe
Paulding
Taliaferro
Walker
MARCH.
Thursday. Pierce
Monday, Appling
Chuttooga
Cherokee
Coweta
Columbia
Ci awford
Gwinnett
Madison
Marion
Morgan
id Monday, Butts
Bartow
Coffee
Elbert
F ayett
Greene
Pickens
Washington
Webster
3d Monday, Cobbt
Calhoun
Hall
Hart
Heard
Macon
Newton
Talbot
Tattnal
Ware
Thursday after While
Friday alter, Bulloch
4th Monday, Clinch
Putnam
Rabun
Chattahoochee
Lee
Twiggs
Wilkes
Johnson ,
Milton
Thursday after Habersham
tthTliursday, Montgomery
Monday «f- i P , ,
dav ) Effingham
APRIL.
bt.V 2d Mon. Carroll
1st Jlonday, l)oolv
Franklin
Emanuel
Early
Fulton
Gordon
Pike
Taylor
Warren
Wilkinson
i nrsd'y after Banks
id Monday, Hancock
Richmond
Harris
Laurens
Miller
Sumter
Tuesday after. McIntosh
3d .Monday, Glynn
Haralson
Henry
Jones
Liberty
Murray
Oglethorpe
Pulaski
Stewai t
Worth
•Bryan
Monday,Wayne
Decatur
DeKalb
Houston
Jasper
Lincoln
Schley
Whitfield
Wilcox
Friday after, Telfair
Camden
Thursday after, Irwin
Monday “ Berrien
Charlton
MAY
1st Monday, Clayton
Scnvon
Gilmer
• Randolph
Upson
•^.Monday, Catoosa
Jefferson
Chatham
Fannin
Mitchell
Muscogee
3d Monday, Bibb
Burke *
Quittmau
Spalding
Troup
Union
Baker
Thursday after Towns
fib Monday, Dade
, Terrell
last Mondnv, Colquitt
nivr
Monday
after 4
JULY.
1st Monday. Floyd*
AUGUST.
1st Monday Lumpkint
3d M inday. Campbell
Clark
Dawson
3d Monday, Forsyth
PoIk
Glascock
Merriwether
Walton
4th Monday, Baldwin
J ackson
Monroe
Paulding
Taliaferro
Walker
Thusday after, Pierce
SEPTEMBER.
1st Monday, Appling
Chattooga
Cherokee
Columbia
‘ Coweta
Crawford
Madison
Marion
Morgan
2d Monday, Butts
Bartow
Coffee
Elbert
Fayette
Greene
Gwinnett
Pickens
Washingtoa
Webster
3d Monday, Cobbt
Calhoun
Hall
Hart
Heard
Macon
Newton
Talbot
W T are
Bulloch
Thursday after White
4th Monday, Clinch
Putnam
Chattahoochee
Lee
Twiggs
Wilkes
Johnson
Milton
Rabun
Thursday after Habersham
Monday af-)
ter the 4th / Echols
Monday )
OCTOBER.
1st A 2d Mon. Cat roll
1st Monday, Dooly
Emanuel
Franklin
Early
Fulton
Gilmer
Gordon
Taylor
Warren
W ilkinson
Ptke
Thursday after Banks
2d Monday, Fannin
Richmond
Hancock
Harris '
Laurens
Miller
Sumter
3d Monday, Glynn
Haralson
Henry
Jones
Murray
Oglethorpe
Pulaski ,
Stewart
Union
Worth
Thursday a/ter Towns
j Thursday ) Montgomery
I after *
4th Monday, Wayne
Decatur
DeKalb
Houston
Jasper
Lincoln
Schley *
Tattnall
Whitfield
Wilcox
'Friday after, Telfair
1 Camden
Thursday after, Irwin
Monday after Charlton
NOVEMBER.
1st Monday, Berrien
So riven
Clayton
Effingham
Randolph
Upson
2d Monday, Catoosa
Jefferson
Mitchell
M useogoe
3d Monday, Bibb
Burke
Qnittman
Spalding
Troup
Baker
4th Monday, Dade
Terrell
Thursday after, McIntosh
Monday “ Colquitt
*• “ Lioerty
Mon. dfter Liberty, Bryan
DECEMBER.
Ijgtf onday, Dougherty
Lowndes
2d MondayJBrooks
Clay
..., 3d Monday Thomas
‘May holds three weeks, if necessary, at each
term.
•Judge not required to draw Jurors for two
w eska; and not obliged to hold two weeks' Court
•^countiesof Cobb and Lumpkin.
Thomas Hardeman, jr. J.W. Griff**
BAasSMAH A GHPnif,
"UOLVLSALE. GROCERS.
jV-ALERS IN WINE8, LIQUORS, TOBAC
tf C() . SEGARS and Groceries of every do-
,cri ?tion.
Corner of Cherry and Third Sts.,
0 1IAVM «*•
2,1859. 14 tf.
JUNE.
l8t Monday, Lowndes
, Dougherty
<d Monday, Brooks
w Clay
"> Monday, Thomas
JAn r ! i 1 2 3 4 July.
5 6 7 8 9 10 11,
'12 13 14 15 16 17 18
• i 9 20 21 22 23 24 25
26 2 . 28 29 30 31
1 A cist
‘2 3 4 5 6 7 8
9 10 11 12 13 14 15
16 17 18 19 20 21 22
'232125 26 27,28
Mar. l SzrTn
! 2 3 4 5 6 7 8
9 10 11 *2 1314 15
■16 17 18,192021 22
'23 24 25 26 2728 29
|30 31 J | i |
AratL j j j! 2 3 4 SOctob'r j .1 J J
1 6 7 8 9 10 11 12 1 2 3 4
113 14 15 16 17 18 19 5 6 7 8 9 10 il
|20 21 22 23 24 25 26 *3 14 15 16 17 18
27 28 29 30 ,1920 21 22 2324.25
Mat.' i i | i 1 2 3 Novjcu 26 27 28 29 30,31;
' J 2 3 4 5
! 6 7 8 9 10 li 12
13 14 15 16 17 18 19
20 21 2223 24 2526
'27 28 29 30 31
► Hi .12
34 5 6 7 8 9
10 11 12 13 14 15 16
17 18 19 20 2122 23
■24.25 26 27 28 29 30
31 1 2, 3 4 5, 6
7 « 910 11 12 13
14 15 16 1“ 18 1920
2122 2324 2526-27
28 29 30, ,
June.
i 4 5! 6 7 8 9 10
11 1213 14 15 16 17
'I8J9 20 21 22 23 24
[25 26 27 2829 30 31 j
I
11 2 3 4 5 6 7
! 8 9 10 i 1 12 13 14
15 16 17 18 19 20 21
122 23 24,25 26 27 28
29 30, -
Decbm
2 3 4 5 6 7 8
9 10 11 12 13 14 15
16 17 18 19 20.21 22
23 24 25 26 27 2f»,-29
30 1 2 3 4i 5l'fi
7 8 9 40 11 12,13
’14 15 16 17 18 19 20
21 22 23 24 25 2t ^7
88 29 30 31 i I
Drparluient of the .Vlililnry ». C.
Columbia, March 20, 1862.
To the Editor of the Guardian :
Sir : I send you for publication a paper
on the manufacture of saltpetre. It lias
been prepared at my request by Dr.
Joseph LeConte, of the South Carolina
College. The clearness, simplicity, con-
densalion and fullness of the paper are so
striking, that I feel assured it cannot fail
to produce the results we have in view—
a prompt and adequate supply of saltpe
tre, which is fast becoming a prime neces
sity. With the powder we have on hand
we can continue the war until we can
manufacture all we need, provided we
6et to work at onco to produce saltpe
tre.
The Governor and Council have author
ized me to establish saltpetre plantations.
Steps have already been taken to that
end. Planters can, under the’instructions of
Dr. LeConte, materially aid in the amount
of production. If we are true to ourselves
we need not fear the result, but to be true
to ourselves we must promptly develop all
the resources within our reach. I call up
on every citizen to put forth all his capac
ity in every department for the mainte
nance of the State. We- must not fear or
falter, for, at every sacrifice required, we
can and will triumph.
Respectfully, &c.,
JAMES CHESNUT,
Chief of Department of Military.
On the yianulaclnre of Naltpetre.
By the request of the Chief of the De
partment of the Military, under authority
of the Executive Council, I have been in
duced to publish, for the instruction of
planters and manufacturers, a very suc
cinct account of the most approved meth
ods of manufacturing saltpetre. In do
ing so I shall aim only at brevity and
clearness.
The general conditions necessary to the
formation of saltpetre are : 1st, the pres
ence of decaying organic matter, animal
or vegetable, especially the former; 2d,
an alkaline or earthy base, as potash or
lime; 3d, sufficient moisture; 4tb, free
exposure to the oxygen of the air; and
5th, shelter from sun and rain.
These conditions are often found in na
ture, as in the soil of all caves, bnt partic
ularly those in limestone countries; and
still more frequently under a concurrence
o¥ circumstances which, though not strict
ly natural, is at least accidental so far as
the formation of nitre is concerned, as in
cellars, stables, manure heaps, &c. In
crowded cities, with narrow, dirty streets
and lanes, the decomposing organic matter
with which the soil is impregnated becomes
gradually nitrified, oozes through and dries
on the walls and floors of the cellars as a
whitish crust, easily detectible as saltpe
tre by the taste. The same salt may be
found in the soil beneath stables of sever
al years’standing, particularly if lime or
ashes have been used to hasten the decom
position of the manure; also in the earth
of sheep and cattle pens, if th*se have re
mained several years in the same position ,
also in the soil beneath manure-heaps, par
ticularly if lime or ashes have been added
to them, as is common among farmers in
making compost. It is very important,
then, that the soil of such caves, cellars,
stables, pens and mauure-ljeaps as descri
bed above, should be tested for saltpetre.
If the sail exists itt considerable quanti
ties it may be defected by the taste ; it
not, a small quantity of the earth may be
leached and the ley boiled down to dry
ness, and then tested by the taste. If
there he still any doubt, any chemist or
educated physician may test it. If the
earth contains*saltpctre in sufficient quan
tities, it must be leached, and the salt
crystalized by methods which we have de
scribed below.
By these means, if diligently used in
all parts of the State, it is hoped that an
immediate and' not inconsiderable amount
of saltpetre may be obtained. It is not be
lieved, however, that the supply thus ob
tained will be sufficient for the exigencies
of the war. It is very important, there
fore, that steps should he taken to insure
a sufficient and permanent supply of this
invaluable article. This can only be done
by means of nitre-beds. I proceed then to
give a very brief account of the method of
making these :
fiitre-beds—The most important prere
quisite in the construction of nitre-beds in
such manner as to yield nitre in the short
est possible time, is a good supply of thor
oughly rotted, manure of the richest kind,
in the condition usually called mould or
black earth. It is believed that in every
vicinity a considerable supply of such ma
nure may be found, either ready prepared
by nature, or by the farmer and gardener
for agricultural and horticultural purposes.
To make the .bed, a floor is prepared of
clay, well rammed, so as to be impervious
to water. An intimate mixture is then
made of rotted manure, old mortar coarse
ly ground, or wood ashes (leached ashes
will do,) together with leaves, straw, small
twigs, branches, &c., to give porosity to
the mass, and a considerable quantity ot
common earth, if this has not been suffi
ciently added in the original manure heap.
The mixture is thrown somewhat lightly
on the clay floor, so as to form a porous
heap four or five feet high, six or seven
wide, and fifteen feet long. The whole is
then covered by a rough shed to protect
from weather, and perhaps protected on
the sides in some degree from winds. The
heap is watered every week with the rich
est kinds of liquid manure, such as urine,
dung water, water of privies, cess-pools,
drains, &c. The quantity of liquid should
be such as to keep the heap always moist,
but not wet. Drains also should be so
constructed as to conduct any superfluous
liquid to a tank, where it is preserved and
used in wateiing the heaps. The materi
als are turned over to a depth of five or
six inches every week, and the whole heap
turned every mouth. This is not always
done, but it hastens very muclr the process
of nitrification. During the last few
months of the process, no more urine, nor
liquid manure of any kind, must be used,
but the heaps must be kept moist .by water
only. The reason of this is that ui decom
posed organic matter interferes with the
separation of. the nitre from the ley. As
the heap ripens, the nitre is brought to the
surface by evaporation, and appears as a
whitish efflorescence, detectible by the
taste. When this efflorescence appears,
the surface of the heap is removed to a
depth of two or three inches, and put aside
under shelter and kept moist with water—*
the nitre contained is thus considerably
increased. When the whitish crust ap
pears again, it is again removed, until a
quantity sufficient for leaqhing is obtained.
The small mound which is thus left, is
usually used as the nucleus of a new heap.
By this method it is believed that an abun
dant supply of nitrified earth, in a condi
tion fit for leaching, may be obtained by
autumn or early winter.
1 have spoken thus far of the method of
preparing a single heap or nitre-bed, such
as any farmer or gardener may prepare
with little trouble. But where saltpetre
is manufactured on a large scale, as in the
saltpetre plantations, many such beds are
made and symmetrically arranged, so as
to economize space, all under the same
roof, with regularly arranged drains, all
leading to a large cistern. In such plan
tations everything may be carried on with
more economy, and with correspondingly
increased profits.
Preparation of Mould.—I have sup
posed that there is already a considerable
supply of rotted manure, prepared for oth
er purposes, in a condition fitted for ma
king nitre-beds ; hut after the present year
this precarious supply must not te relied
011. Systematic preparation of mould or
black earth must be undertaken. The
process of preparation ip so precisely simi
lar to that of compost manure that little
need be said, the chief difference being the
greater richness in nitrogenous matter in
in the case of compost intended for nitre-
beds. First prepare a floor of well ram
med clay ; on tills place a layer of com
mon soil, mixed with broken old mortar
or ashes, six or eight inches thick ; then a
layer of vegetable matter ; straw, leaves,
rank weeds, &c.; then a layer of animal
matter, dung, flesh, skin, scrapings of
drains, sinks, &c.; then another layer of
mixed earth and mortar or ashes, and so on
until a heap six feet high is made. Brush
and sticks are often introduced, also, to
increase the porosity of the mass. The
whole is protected from the w'eather, and
watered every week or two with urine or
dung-water, until the organic matter is en
tirely decomposed into a black mass.—
This will take place in about a year, or
perhaps less, in our climate. The whole
■is thoroughly mixed, and is then fit for
making nitre-beds, as already explain
ed.
Thus it is hoped that the preparation of
saltpetre may be set on foot at once in
three different stages of advance, viz : by
the collection of already nitrified earth ;
the making of nitre-beas from already
formed black earth ; and by the prepara
tion of black earth. By leaching, the
first would yield immediate results, the
second in 6ix or eight months, and the
last in about eighteen months or two
years.
The method I have given above is that
of the French. Other methods are precise
ly the ssme in principle, and differ only
slightly it some of the details. Tl^ best
of these is the
Prussian Method.—Five parts of black
earth and one of spent ashes or broken
mortar are mixed with barley straw, to
make the mass porous. The mixture is
then made into heaps six feet high and
fifteen feet long, with one side perpendicu
lar, (and hence called walls,) the op
posite sides sloping regularly By a series
of terraces or steps. Straight sticks are
generally introduced, and withdrawn when
the mass is sufficiently firm. By this
means air and water are introduced into
the interior of the mass. The heap is
lightly thatched with straw, to protect
from sun and rain. The whole is frequent
ly watered with nrine and dung-water.
The perpendicular side being turned in
the direction of the prevailing winds, the
evaporation is most rapid on that side.
The liquid with which the heap is water
ed is drawn by capillarity and evapora
tion to this 6ide, carrying the nitre with
it, and the latter effloresces there as a
whitish crust. The perpendicular wall
is shaved off two or three inches deep as
often as the whitish incrustation appears,
and the material thus removed is kept for
leaching. The leached earth, mixed with
a little fresh mould, is thrown back on the
sloping side of the heap, and distributed
so as to retain the original form of the
heap. Thus the heaps slowly change
their position, but retain their forms. This
method yields results in about a year—
probably in our climate in 8 months.
Swedish Method.—Every Swede pays
a portion of his tax in nitre. This salt is
therefore prepared by almost every one
on a small scale. The Swedish method
does not differ in any essential respect
from those I have already described.-—
First a clay floor ; upon this is placed a
mixture of earth, mould, spent ashes, an
imal and vegetable refuse of all kinds.—
Small twig branches, straw and leaves
are added to make the mass porous; a
light covering to protect from weather,
froqnent watering witli urine or dung-wa-
ter, and turning over every week or two.
The process is precisely the same as the
French, except that the process of prepar
ation and nitrification are not separated.
I only mention it to show that nitre may
be made by every one on a small scale.—
By this method the beds are ripe in two
j ears—perhaps in less time in this coun
try.
Leaching.—When the process of nitrifi
cation is complete, the earth of the heaps
must be leached. Manufacturers are ac
customed to judge roughly of the amount
of nitre in any earth by the taste. A more
accurate method is by leaching a small
quantity of the earth and boiling to dry
ness and weighing the salt. There is
much diversity of opinion as to the per
eentage of nitre necessary to render its ex
traction profitable. The best writers on
this shbject vary in their estimates from
15 lbs. to 60 lhs. of salt per cubic yard of
nitrified earth. The high price of nitre
with us at present would make a smaller
per eentage profitable. This point, how
ever, will soon be determined by the en
terprising manufacturer.
In the process of leaching, in order to save
fuel, we must strive to get as strong a so
lution as possible, and at the same time
to extract all or nearly all the nitre. These
two objects can only be attained by re
peated leachings of the same earth, the
ley thus obtained being used on fresh
earth until the strength of the ley is suffi
cient. A quantity of nitrified earth is
thrown into a vat, or ash tub, or barrel, or
hogshead, with an aperture below, closely
stopped and covered lightly with straw
Water is added about half as much in vol
ume as the earth. After stirring, this is
allowed to remain twelve hours. Upon
opening the hung about half the water
runs through, containing of course one-half
of nitre. Pure water, in quantity half as
much as first used, is again poured on, and
after a few moments run through. This
will contain one-half the remaining nitre,
and therefore one fourth of the original
quantity. Thus the leys of successive
leachings become weaker and weaker, un
til after the sixth leaching the earth
considered as sufficiently exhausted. The
exhausted earth is thrown back oh the ni
tre-beds or else mixed with black earth to
form new beds. The leys thus obtained
are used upon fresh earth until the solu
tion is of sufficient density to bear an egg.
It then contains about a pound of salt to a
gallon of liquid.
Conversion.—The lye thus obtained con
tains, besides nitre of potash (nitre,) also
nitrate of lime and magnesia and chlorides
of sodium and potassium. The object of
the next process is to convert all the other
nitrates into nitrate of potash. This is
done by adding wood ashes. The potash
of the ashes takes all the uitric acid of tlig
other nitrates forming nitrate of potash
(nitre,) and the lime and magnesia is puk
cipitated asan insoluble sediment. Sor^P
times the ashes is mixed with the nitrified
earth and leached together, sometimes the
saltpetre lye is filtered through wood ash
es, sometimes the lye of ashes is added to
the saltpetre lye. In either case the re
sult is precisely the same.
Crystali^ation.— The lye thus convert
ed is then poured off from the precipitate
into copper or iron boilers. It still con
tains common 6alt (chloride of sodium,) in
considerable, and some other impurities in
smaller quantities. It is a peculiarity of
nitre that it is much more soluble than
common salt in boiling water, but much less
soluble in cold water. As the boiling pro
ceeds therefore, and the solution becomes
more concentrated, the common salt is,
most of it, precipitated in small crystals as
a sandy sediment, and may be raked out.
Much organic matter rises as scum and
must also he removed. When the concen
tration has reached almost the point of
saturation the boiler must he allowed to
cool. This is known by letting fall a drop
of the boiling liquid upon a cold metalic
surface; if it quickly crystalizes it is time
to stop the boiling. It is now poured into
large receivers and left to cool. As the
lye cools nearly the whole of the nitre sep
arates in the form of crystals, which sink
to the bottom. These are then removed,
drained by throwing them in baskets, and
dried by gentle beat. The mother liquor
is either thrown back into the boilers or
else used in watering the heaps. The
product thus obtained is .the crude saltpe
tre of commerce. It still contains 15 to
25 per cent, of impurities, principally
common salt, (chloride of sodium,) chloride
of potassium and organic matter. In this
impure form it is usually brought to mar
ket.
There is still another process, viz : that
of refining, by which'the whole of the im
purities is removed. This is seldom done
by the manufacturer, but by a separate
class called the refiners.
Refining.—One hundred gallons of wa
ter is poured into a boiler, and crude salt
petre added from time to time while-tlie-
liquid is heating, until 4.000 lbs are iutro
duced. This will make a satiated solu
tion of nitre. The scum l^jught. up by
boiling must he removed, and the undis-
solved common salt.scraped out; 60 gal
lons cold water is now added gradually, so
as not .to .cool the. liquid too suddenly.
From 'l4o I.j lbs of glue, dissolved in hot
water, is aclded with stirring. Blood is
sometimes used instead of glue. The glue
seizes upon the organic matter, and they
rise together as scum, which is removed.
Continue the boiling until ‘ the liquid is
clear. The liquid is then suffefed to coolto
194°, and then carefully ladled out into
the. crystallizers. These are large
•hallow vats, with the bottom sloping gen
tly to the middle. In these the cooling
is completed with constant stirring. In
the process of cooling nearly the whole
of the nitre is deposited in vety fine needle
like crystals, which, as they deposit, are
moved and drained. In this condition it is
called saltpetre flour. The object of the
constant stirring is to prevent the aggre
gation of the crystals into masses, from
which it is difficult to remove the adher
ing mother liquor. The saltpetre flour is
then washed of all adhering mother-liquor.
For this purpose it is thrown iuto a box
with a double bottom, the lower bottom
with an aperture closely plugged and the
false bottom finely perforated. * By means
of a watering pot a saturated solution of
pure nitre is added, in quantity sufficient
to moisten thoroughly the whole mass. Af
ter remaining two or three bouts to •drain
the plug is removed, and the solution run
out. This is sometimes repeated several
times. The saturated solution of nitre
cannot, of course, dissolve any more ni
tre, but dissolves freely the impurities pre
sent in the adhering mother liquor. Last
of all a small quantity of pure water—only
about 1 lb to 53 lbs of the nitre to be wash
ed—is added in the same manner, and run
off at the end of two hours. The nitre is
now dried by gentle heat and constant stir
ring and may be considered quite pure
and fit for manufacture of gunpowder.
Analysis—As the value of crude salt
petre depends upon the quantity of pure
nitre which it contains, it is important to
give some simple methods of estimating
its purity:
1. The first method is founded upon the
fact already alluded to that a satmated so
lution of any salt will not dissolve any
more of that salt but will freely dissolve
other salts' Twelve oz. of crude saltpe
tre is well ground, and 12 oz. of a satura
ted solution of pure nitre added. The
mixture is stirred fifteen minutes, allowed
to settle and the liquid carefully poured
off. Six to nine oz. more,of the saturated
solution of nitre is again poured on the
mixture stirred ten minutes,, and the
whole throwi^on a filter, and allowed to re
main until thoroughly drained. The filter
with its contents is then pressed upon blot
ting paper or slab of plaster, or other ab
sorbent substance—the nitre carfully je-
movedand dried, and carefully weighed.
The loss of weight indicate the impurity
originally present in the crude saltpetre.
Abont 2 percent, should be deducted from
the estimate of impurity, or added to the
estimate of pure nitre; since alftfcugh a
saturated solution of nitre will not dissolve
any mhrepure nitre, still if any common
salt be present a small additional quantity
of nitre is taken up.
2. Another method of estimating salt*
petre is founded upon the fact that nitre
mixed with charcoal and heated is entire
ly converted into carbonate of potash,
while common salt is net affected. If the
saltpetre be mixed with charcoal alone
the reaction is apt to he violent and ex
plosive. To moderate the violence of the
action the saltpetre must be largely mixed
with common salt, which does not interfere
with the reaction. One part crude salt
petre, four parts common salt, and one-half
part charcoal, are mixed and thrown grad
ually in a red-hot crucible, or else heated
in an iron spoon, until reaction ceases. The
whole of the nitre is now changed into
carbonate of potash, which may be dis
solved in water and filtered. The solution
thus obtained beingalkalinemay be estima
ted by the quantity of sulphuric or other
acid of known strength necessary to com
pletely neutralize it. This is done by
means of the instrument called the alkali-
metre. One part of pure potassa corres
ponds to 2 14 parts of nitre; or one part
carbonate potassa corresponds to 1 46
parts nitre. The objection to this meth
od is, that it requires the use of the aklali-
metre and therefore a degree of care and
an amount of accuracy which can hardly
he expected in practical men.
3. The third method of estimation de
pends upon the fact that a strong hot
solution of nitre cystallizes on cooling,
and that the temperature at which crys
tals begin to deposit (or point of satu r a-
tion) depends upon the amount of nitre
present in the solution irrespective
of the presence of impurities. In
one hundred parts of hot water is dissol-
40 parts of erfade saltpetre. A very del
icate thermometer is introduced, the liq
uid allowed to cool slowly, and the tem
perature at which crystal begin to deposit
is accurately observed. r I he higher the
temperature the larger quantity of nitre
present in the solution and therefore the
purer the saltpetre. Tables have been
constructed giving the saturating point
for solution containing different quantities of
nitre! By simple inspection of such tables
we learn the amount of nitre in the slou-
tion under experiment. Thus if the crys-
f77° the nitre=39. 5
| 68° “ “ =32. 5
talization commences at ■{ 59° “ “ =26. 9G
| 52° “ “ =23. 36
L50° “ “ =22. 27
At 68° the quantity is 32 5, which com
pared with the original 40 parts, gives
81, 6 per cent. This method lias the ad
vantage of great accuracy and of great
ease and rapidity in its application.
In conclusion a word by way of encour
agement to manufacturers in undertaking
this work.
It will be seen that under the most fa
vorable circumstances saltpetre cannot be
made in any considerable quantity in loss
than six or eight months, and that if we
commence now the preliminary process of
preparing black earth so as to insure a suffi
cient and permanent supply, results can
not he expected under eighteen months or
two j’ears. Let no one be discouraged
by this fact under the idea that the war
may not last so long, and all their work
may be thrown away. There - is every
prospect uow of the war continuing at
least several years, and of our being
thrown entirely on our own resources for
war materials. Besides even if the war
should be discontinued, the work is by no
means lost. The method of preparing
and making salteptre-beds is precisely the
most approved method of making the
best manure, and all the labor and pain
necessary for the preparation of black
earth, and the construction of saltpetre
beds, and which I hope to induce my fel
low-countrymen to undertake under the
noble impulse of patriotism, ought to be
annually undertaken by every planter un
der the lower impulse of a wise self inter
est, and would be amply rewarded in the
increased production of field crops.
JOSEPH LhCONTE,
Prof. Chem. and Geol. S. C. College.
Results of Ifae Battle.
Our latest advices by mail from the
great battle near Corinth are from the
Memphis Appeal of the Sth containing a
partial list of the killed and wounded, in
the battle of Sunday. The Appeal says
the Federal loss is estimated, ou the very
best official authority, at 12,000 to 15,000
in killed and wounded; two to tlireee thou
sand prisoners, about one hundred pieces
of artillery, and twenty thousand small
a/ms, with tents, wagons. &c. The same
authority states the Confederate loss in
killed, wounded and missing, at 5,000.
We append the following list of casual
ties among the officers, as reported by a
correspondent of the Appeal. It is mere
ly'such as the writer saw in passing over
the field :
Killed.—Col. Kitt Williams, Lieut.
Col- Tyler, 4th La., Col. Crews of Mem
phis, Col. Blythe of Miss., Major Dokes,
1st Tenn., Capt. Johns 6th Tenn.
Wounded.—Gen. Clark, Col. Rich,
Col. Bates. Col. Bowen, Major Loury,
Lieut. Col. Stewart, of Mississippi; Lieut.
Abbott, Adg’t Howell, Capt. Fowler,
Capt. Pitman, Lieut. Deabott, Capt. Tye,
Major Henry, Capt. Southerland, Lieut.
Rice, Lieut Dyer, the Adjutant of the 13th
Tenn. Capt. Wilkins, Capt. Morgan,
Lieut. Bell and Capt. Crawford of Tennes
see regiments; Lieut. Miller and Lieut.
Holmes. Saufords Mississippi battery
was captured by the enemy except one
gun.
—
From the Atlanta Intelligencer.
Lincoln Spin, Thieves, and Bridge Burn
ers.
On Saturday morning last, we were
startled by intelligence telegraphed here
from Marietta, that the engine, with three
cars attached to the mail train, from this
place to Chattanooga, had detached there
from, while the conductor, engineer, and
train hads were breakfasting at Big Shan
ty, and had been steamed up the road by
unknown parties. Prompt measures were
at once taken to pursue the robbers. Mr.
L. Kendrick who, as soon as it was ascer
tained that the engine was in possession
of thieves, rode with 6peed to Marietta,
and from there telegraphe.d the fact to
this place. Major Rowland, the Superiu-
tendant, being absent up the road, Mr.
Walker the master of Transportation, im
mediately directed Mr. Kendrick to take
an engine and such armed force as lie
could get, and proceed at once in pursuit.
This was done. But as our readers will
he interested in a detailed account of this
extraordinary and most audacious attempt
of LINCOLN’6 SPIES to rob, burn, aud
destroy the State Road, we give below the
statement of Mr. Fuller, the conductor of
the train from which theeugine and three
ears were detatched by the Lincoln hire
lings :
Mr. IV. A. Fuller's Statement.
On Saturday morning I left at 4 o’clock
with the train, and reached “Camp Mc
Donald” (“Big Shanty”) at regular train
time. While at breakfast, I heard the
engine “exhaust” very rapidly aud sudden
ly, I immediately rose np and stated to
Mr. A. Morphy, who is boss of the State
Road Shop, but who happened to be a pas
senger that morning, and Mr. Jeff Cain,
my engineer, that something was wrong
with the engine. We three hastened out;
and, much to our surprise, discovered that
the engine with three cars were out of
sight. I at once suggested to Messrs.
Murphy and Cain the propriety of follow
ing the engine to Chattanooga, if no other
way on foot, and pursue till we overtook
and captured the unknown thieves. But
when I first got oat, I enquired of a guard
who was on the platform, “who had ta
ken the engine off ?”
He replied that be did not know him,”
but tint “lie was a tall, black bearded
man wearing a military black oveicoat,
with a large cape.” On foot, then, in
double\quick time, we started in pursuit. I
was the first to rearii Moon’s Station,
some two and a half miles from “Big Shan
ty.” There I found a hand car and re
turned a short distance to take in my com
panions, Messrs. Murphy and Cain we
then, with a few men, whom we got at
Moon’s Station to push the car along,
pursued on to within a half mile of Ac-
worth. At tliis point, we found some
forty’ or fifty cross ties laid on the track
of the road to obstruct pursuit, and.the
telegraphic wires torn down some quarter
of a mile. It took us sometime to remove
these obstructions. When we got to Ack-
worth we took another hand car and some
ten men, all armed as well as ourselves,
and pursued on till within a mile of Etow
ah, where we we were again impeded by
the track being torn up in a short curve,
by which we were thrown into the ditch.
Having extricated ourselves from this dif
ficulty, we proceeded on to Etowah,
where wo took Major Cooper’s engine,
which was cheerfully delivered to, and
run by its engineer for us, to Kingston.
We also took on at Etowah a coal car for
4lte purpose of carrying our men, who then
had increased to about twenty, mostly
citizens- When we arrived at Kingston,
we found that the thieves had passed some
twenty-five minutes ahead of us. We
were there told that they stated that they
had been pressed by the government to
carry powder and ammunition to Beaure-
gard—that Nuller and the regular mail train
was behind, and would he on directly.
This, they did, to get the switch keys;
and so plausible were their statements,
that they completely deceived the agent
at Kingston. At Kingston we changed
engines—taking the Rome engine which
was already fired up, and which was kind
ly offered to us by* Mr. Smith, the con
ductor. We pursued on then till within
four miles of Adairsville, where the track
was again torn up, and cross ties placed
upou it Mr. Murphy and myselt then
took it afoot, at double quick, till we met
the down Express train one and a half
miles this side of Adairsville. This train
we stopped and turned back to Adairsville,
where we switched off the cars and took
the engine alone, Mr. Bracken, its engi
neer, running it.—In this way, we still
continued the pursuit, after having to stop
to remove the obstructions of cross ties,
&c.. that the thieves had put at intervals,
on the shortest curves in our way.
We reached Calhoun, where they had left
about five minutes before our arrival there,
and when about a mile and a half from
that station we came in sight of them,
where they had detached their hindmost
car, and left it as an obstruction to our
pursuit, till we came to within a mile of
Resaca, where they had detached another
car. This we also coupled on ahead, and
continued thus in pursuit till we reached
llesaca, where we switched the two cars off,
and without delay still continued the pur
suit. In the meantime, it seems that they
had loaded the third car which they had
with cross-ties, and punching out the hind
most end of it; they dropped at intervals,
as before, the cross-ties upon the track,
These obstructions delayed us a little, hut
was soon removed.—Beyond Dalton,
abont three miles, opposite Col. Glenn’s
camp, the obstructions of these cross-ties
were greater, the thieves having stopped
there and piled upon the track. There
we were detained some three minuteS re
moving them. Reaching this end of the
Tunnel, we again came in sight of them,
as they passed the village on the other
side. About two and a half miles on the
other side of Ringgold we saw the engine
we were pursuing apparently fagging. We
soon came within half a mile of them and
apprehensive they might turn their en
gine back to come into collision with us,
we approached cautiously satisfied that
they could not then escape us.
This they did, but their steam being
exhausted almost the scheme did not suc
ceed. Here the rascals jumped off and
took to the woods. We all got off, took
after them, and pursued them to the Chi-
camauga about two miles off, where they
crossed a ferry. Our party here divided,
to capture them, should they take to the
mountains, or take up the river. In the
meantime we had the railroad bridges and
the railroad guarded, so that they could
not escape that way.
Mr. Fuller here states that being ex
hausted he could pursue uo further. The
pursuing party it is reported have captured
eight of the rascals.
From big Shanty, we learn', Mr. Ken
drick and Col. Charles Phillips took the
engine ordered up from this place to pursue
the thieves. The Colonel took with him
twenty men well armed. The last heard
cf the Colonel and hi; men, lie was on the
track of five of the thieves who had order
ed their breakfast at % house about five
miles from Ringgold in the mountains.—
A runner on a mule gave this information
to the Colonel, who immediately took
horses and went in hot pursuit after
them.
Major Rowland informs us that he saw
three of the men captured at Ringgold-—
They confess to having .belonged to Lin
coln’s army, and ware attached to an Ohio
Regiment—that they had been sent to
spy oat the land, and to burn our bridges.
These three are lodged in the Dalton jail,
which is guarded.
Major Rowland and Dr. Phillips, also
took an engine at Dalton, and pursued the
fleeing scouttdels—the last named gentle
man, though in feeble health, we learn,
displayed great energy in pursuit of the
robbers.
Mr Fuller also states that he is satisfied
the leader of this audacious band got on
the train in Atlanta. That when he reach
ed Marietta, the same fellow paid the fare
of four others to Big Shanty.
Doubtless these fellows have been up
and down the road often, and had acquired
an intimate kn twledge here aud elsewhere
of all its operations.
Just before going to press we learn that
four of the rascals were captured beyond
the Tennessee lino, by Gol. Phillips and
bis partv, and have been bronght to Mari
etta, and are now lodged in the jail
there.
Two more were arrested at Camp Mc
Donald ; and it is reported that two others
have also been caught.
The captured scoundrels have made “a
clean breast of it.” Twenty three in num
ber compose the band. The leader, or
captain, as they term their chief, has not
yet been caught Their mission, as we
: - r' v - ^5 gasgagsr. nw >»■•■
stated above, was to spy ont tMu^to',
bnrn and destroy, especially the bridges of .
the State Road. 1 ’’
A more daring act than this, we !
never been called upon to record. Ttiflt •
the parties who committed it, were
res and spies * of Lincoln, is admitted!
those who have been captured. We liave
all along believed that Atlanta had been, '■
and is still being visited by disloyal men, '
spies, and emissaries of our foes. We bav6
warued our people of this, we have appeal- •
ed to the authorities to look into this mat- df
ter; we have advocated Martial La W Mv - 1
ensure our safety, and detect the rascaWjf
as well as to rid cur community of othe'd^, .
evils. We have been taunted in our ef-
forts, with a desire to interfere with the w'
priviliges of our merchants, as though x
Martial Law would necessarily do Thls.^a
We now again repeat, that in our jodg-*
ment, Martial Law is necessary for the
security of both person and property in At- >-
lanta. We confidently believe that our ^
city has been and is daily deing visited by
spies and emissaries ot the Lincoln govern- fC
ment—that the public property here is ^
endangered—aud as a consequence private 3
property will share its fate. But to this
subject we shall again refer.
LINES TO A SKELETON.
The following poem exquisite in thought and
feeling, not less than in versification, was pub
lished anonymously in Loudon abont fifty yean
ago, and the reward of fifty guineas failed to dis
cover the author, who still remains nameless but
eloquent, like tho skeleton which he apostro
phized :
Behold this ruin! ’Twas a skull,
One of ethereal spirit full;
This narrow cell was Life’s retreat,
This cell was Thought's mysterious seat.
What beauteous visions tilled this spot!
What dreams of pleasure long forgot!
Nor Hope, nor Love, nor Joy nor Fear,
Have left one trace of record here.
Beneath this mouldering canopy
Once shown the bright and busy eye ;
But start not at »he dismal void.
If social love that eye employed;
If with no lawless fire it gleamed,
But through the dew of kindness beamed,
The eye shall be forever bright,
When stars and suns are sunk in flight.
Within this hollow cavern hung,
The ready, swift and tuneful tongue.
If Falsehood’s honey it disdained,
And where it conld not praise was chained ;
If bold in Virtue's cause it spoke,
Yet gentle Concord never broke,
The silent tongue shall plead for thee
When Time unveils eternity.
Say, did these fingers delve the mine 1
Or with its envied rubies shine !
To hew the rock or wear the gem,
Can little now avail to them ;
But if the page of Truth they sought,
Or comfort to the mourner bronght,
These hands a richer meed shall claim
Than all that wait on Wealth or Fame.
Avails it whether hare or shod
These feet the paths of duty trod 7 -
If from the bowers of Ease they fled.
To seek affliction’s humble shed ;
Jf grandeur’s guilty bribe they spurned,
And home to virtue’s cot returned.
These feet with angel’s wings shall vie,
And tread the palace ot the sky.
A Speech from Parson Brownlow.
The following speech of Parson Brownlow,
says the Richmond Examiner, was delivered in
in front of the St.Cloud Hotel, Nashville, on the
evening of the 17th:
Gentlemen:—I am in a sad plight to say mnch
of interest; too thoroughly incapacitated to do jus
tice to you or myself. My throat has been disor
dered for the past three years, and I have been
compelled to almost abandon public speaking.
Last December I was thrust into an uncomforta
ble and disagreeable jail—for what? Treason!
to the bogus Confederacy, and the proofs of that
treason were articles which apeared in the Knox
ville Whig in May last, when tbe State of Ten-
nesssee was a member of the imperishable Union.
At the expiration of four weeks 1 became a victim
of tho typhoid fever, and was removed to a room
in a decent dwelling, and a guard of seven men
kept me company. I subsequently became so
weak that I could not turn over in bed, aud tho
guard was increased twelve men, for fear I should
suddenly recover and run away to Kentucky.
Becoming convalescent, in a measure, I was re
moved to my former place of confinement. One
day I was visited by some Confederate officers
who remarked, “Brownlow, you should not be
hero. Take the oath of allegiance to the Confed
erate Government, which will not only ensure yon
a speedy release, but insure your protection ”
“Sir,’’said I. “before I would take the oath to
support such a hell forsaken instityJion, I would
suffer myself to rot or die ot old age ”
Why, my friends, these demagogues actually
boast that the Lord is on their side? and declare
that the. Lord is assisting them in the furtherance
of their nefarious project. In Knoxville and sur
rounding localities, a short time since, daily pray
er meetings-were held wherein the Almighty was
beseeched to raise Lincoln’s blockade, and to hurl
destruction against the Burnside expedition.—
Tneir prayers were partly answered--the blockade
at Roanoke Island was most effectually raised
a reciprocal of their sacrilege divinely tender
ed.
Gentlemen, 4 am no Abolitionist; I applaud no
sectional doctrines; I am a Southern man, and all
my relatives and interests are thoroughly identi
fied with the South, and Sonthern institutions. I
was born in the Old Dominion, my paieuts were
bom in Virgiuia, and their antecedents were all
slaveholders.
Let me assure you that the South has suffered
no infringement upou her institutions, the slavery
question was no pretext for this uuhoiy unrihteous
war. Twelve Senators from the cotton States
who had sworn to preserve inviolate the Consti-
stitution framed by our forefathers, plotted trea
son at night--a fit time lor such a crime—-aDd
telegraphed to their States despatches advising
them to.pass Ordinances of sceession. Yes gen
tlemen, twelve Senators swore allegiance in tho
daytime and unswore them at night. A short
time since. I was called upon by a little Jew. who,
I believe, is the Secretary of War of the bogus.
Confederacy. He threatened to hang me, and I
expected no mercy (rom him than was shown by
his illustrious predecessors towards Jesus Christ.
I entered into a long correspondence with this
specimin of expiring humanity, but fro m_ mercy
or forgetfulness on their part., I was permitted to
depart with all my documents in my little valise,
which I hope to publish at no distant day.
Gentlemen, when I started on my perilous jour
ney, I was sore distressed in mind and exceed
ingly so in body; but the moment my eyes encoun
tered the pickets of the Federal army my depres
sion decreased and returning health seemed
suddenly to invigorate my physical constitu
tion.
Gentlemen, Secession is played out; ihe dog is
dead; the child is born, and his name is Jeff. Davis,
Jr. . „
My throat distresses me to such an extent that
I must decline further remarks this evening, but
shall make myself heard upon the next convenient
occasion which will probably be ere the termi
nation of the present week.
Insects generally must lead a jovial life. Think
what it must be to lodge in a lilly. Imagine a
palace of ivory or pearl, with capitals of gold all
exhaling such a perfume as never rose flora hu
man censer. Fancy again the fun of tucking
yourselves up for the night in the folds of arose,
rocked to sleep by the gentle sigh of the air, noth
ing to do when you awake but wash yourselves
in a dew drop, and fall to and eat your bedclothes!
Power of Prayer.
The Bible account of tho power of prayer is
the best we have, or can have:
Abraham’s servant prays—Rebekah appears.
Jacob prays—the angel is conquered; Esau’s
revenge is changed to fraternal love.
Joseph pray s—he is delivered from the prison
ot Egypt.
Moses prays—Anialek is discomfited: Iseral
triumphs.
Joshua prays—the son stands still; victory is
gained.
■ Hannah prays—the prophet Samuel is born;
David piays— Ahithophel goes ont and hangs
himself
Asa prays—Israel gains a glorious victory.
Jehosaphat prays—God turns away His anger
and smiles.
Elijah prays—the little cloud appears—the rain
decends upon the earth.
Elisha prays—tbe waters of the Jordan are di
vided a toilets is restored to life.
Isaiah prays- -one hnndred, eighty and four thou
sand Assyrians are dead.
Hezekiah prays—the sun dial is turned back;
his life is prolonged.
Mordecai prays—Hamaa ia hanged; Israel is
free.
Nehemiah prays—the King’s heart is softened
in a minute.
Ezra prays—tbe walls of Jerusalem begin to
rise. *
The Church prays—the Holy Ghost is poured
The Church prays again—Peter is delivered by
“aid Silas pray—the prison shakes the door
opens, every man’s bands sro loosed.
3*
Jr- '
V*
I