A PROCESS REPORT ON THE ANALYSIS OF COAL BLENDS AND SORTING THE BEST BLEND
SUBMITTED SUBMIT TED BY BY::
ALI RAZA
PG14M11-15 PG14M11- 15
AAMIR HUSSAIN
PG15M11-15
M. NAUMAN RASHID RASHID
PG16M11-15
MUHAMMAD YOUSAF YOUSAF
PG17M11-15
SESSION 2011-2015 SUPERVISOR:
ENGR. ASIM RIZVI Institute of Chei!"# En$inee%in$ & Te!hno#o$'( e!hno#o$'( )"!u#t' of En$inee%in$ & Te!hno#o$'( Uni*e%sit' of the Pun+",( u"i.-e-/" C"us( "ho%e3
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DEDIC/TION
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Contents C7/PTER NO3 0
1.1INTRODUCTION8-.........................................................................................................6 1.9 BAC:GROUND8-................................................................................................... ...... 6 C7/PTER NO3 02
9.1 BLENDING OF COALS IN PO;ER STATIONS8-............................................................1< 9.9 CLASSIFICATION OF COAL8-...................................................................................... 19 9.9.1 PEAT8-........................................................................................................... 19 9.9.9 ANTHRACITE8-............................................................................................... 1= 9.9.= BITUMINOUS COAL8-..................................................................................... 1= 9.9.4 SUB BITUMINOUS COAL8-.............................................................................. 1= 9.9.5 LIGNITE8-...................................................................................................... 1= C7/PTER NO3 0;
=.1 E>PERIMENT METHODOLOGY8-................................................................................. 16 =.9 PRO>IMATE ANALYSIS8-............................................................................................ 16 =.9.1 MOISTURE8-.................................................................................................. 16 =.9.9 VOLATILE MATTER8-...................................................................................... 17 =.9.= ASH8-............................................................................................................ 17 =.9.4 FI>ED CARBON8-........................................................................................... 17 =.= THERMOGRAVIMETRIC ANALYSIS8-........................................................................... 1? =.=.1 THE TGA TECHNI@UE8-.......................................................................................... 1? =.=.9 APPLICATIONS OF THERMOGRAVIMETRIC ANALYSIS8-...........................................1 =.=.= ASTM TEST METHODS USING TG ANALYSIS8-........................................................1 C7/PTER NO3 0<
4.1 PRO>IMATE ANALYSIS OF CHIRAGH COAL8-..............................................................91 4.9 PRO>IMATE ANALYSIS OF DARA SOUF COAL8-.......................................................... 91 4.= SELECTION OF MOTHER COAL8-...............................................................................91 4.4 BLENDING RATIOS8-................................................................................................. 99 4.5 PRO>IMATE ANALYSIS OF BLENDS8-......................................................................... 99 4.6 TGA ANALYSIS OF RESPECTIVE COAL BLENDS8-....................................................... 9=
4.7 CONCLUSION8-......................................................................................................... 97 REFERENCES8-............................................................................................................... 9?
C7/PTER = 01 INTRODUCTION
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C7/PTER = 02 LITERATURE REVIE;
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T% 0"%#%&% !( t"$% %)%+%&t# *& !$) !+u#t*!& $# $)#! "%%*%, *&"%$#%, $tt%&t*!& t"!u!ut t% !"), ,u"*& t% )$#t (% 3%$"#/ *t %)%+%&t# #u $# +%"u"3 !( 0$"t*u)$" !&%"&. O&% $3 t! "%,u% t"$% %)%+%&t %+*##*! *# )%$&*& t% !$) 0"*!" t! !+u#t*!&. T% u#% !( )%$&%" !$)# t!#% *t )!%" $# $&, #u)0u" !&t%&t# $& $% t% $,,%, $,$&t$% !( #u#t$&t*$))3 "%,u*& !0%"$t*& !#t#. A$*&/ !%%"/ #!+% %%t# +$3 % ,%t"*+%&t$) $# ,%0!#*t*!& +$3 % %$%"$t%,/ $&, t% %%t# !& !""!#*!& $&, 0"%*0*t$t!" 0%"(!"+$&% $"% u&%"t$*& * +$'%# t%#t*& *t$). It $# %%& (!u&, ("!+ %), ,$t$ t$t %%& *( t% )%&,%, !$) )!#%)3 "%#%+)%# t% ,%#*& !$) (!" t% !*)%"/ t% )%&, &%%, &!t 0%"(!"+ t% #$+% $3. T*# *# +$*&)3 ,u% t! t% t"$(!"+$t*!& !( *&!"$&* 0$"t*)%# ,u"*& !+u#t*!& $&, t% $3 *& * t% !"$&*# $"% ,*#0%"#%, *& !$). A )*+*t$t*!& t! )%&,*& !$)# *# t% !+0$t**)*t3 !( t% !$)# t%+#%)%# $&, 0"!)%+# $"% +!"% )*'%)3 %& )%&,*& 0%t"!-"$0*$))3 ,*%"%&t !$)# !" !$)# *t ,*%"%&t $# %+*#t"3. N!&-$,,*t*% 0"!0%"t*%# +$'% )%&, %$)u$t*!& (!" 0!%" %&%"$t*!& *&%"%&t)3 !+0)%. M!"% !"' *# "%u*"%, !& u&,%"#t$&,*& ! t% *&!"$&* !+0!&%&t# !( !$)# *& t% )%&, *&t%"$t $&, ! *t $%t# $# %$*!" *&)u,*& *t# %+*##**t3/ "%%t**t3 $&, t%"+$) !&,ut**t3. B)%&,*& ,%*#*! #!u), % $#%, !& t% '&!)%,% !( t% #0%* %$*!" !( $ *%& 0$*" !( !$)#/ "$t%" t$& $& $##u+0t*!& !( )*&%$" $"*$t*!& !( 0"!0%"t*%# *t )%&, t"$t*!&. T% %%" +!"% #t"*&%&t !t"$*&t# )*'% %&*"!&+%&t$) "%u)$t*!/ +$*+u+ %*%&3 $t "%,u%, !#t !( 0!%" %&%"$t*!&/ *+0"!%, $$*)$*)*t3 $&, "%)*$*)*t3 %t./ 0)$%, !& !$)-"%, 0!%" #t$t*! !"),*,% $&, t% !&t*&u*& ,%%)!0+%&t !( &% t%&!)!*%# +%$ t$t t% *##u% !( (u%) u$)*t3 *+0"!%+%&t *)) "%+$*& $ 0"*+$"3 ($t!".
232 C/SSI)IC/TION O) CO/:C!$) *# )$##*%, *&t! (!u" %&%"$) $t%!"*%#/ !" "$&'#. T%3 "$&% ("!+ )*&*t% t"!u #u *tu+*&!u# $&, *tu+*&!u# t! $&t"$*t%/
"%%t*& t% 0"!"%##*% "%#0!% !( *&,**,u$) ,%0!#*t# !( !$) t! *&"%$#*& %$t $&, 0"%##u"%. T% $"!& !&t%&t !( !$) #u00)*%# +!#t !( *t# %$t*& $)u%/ ut !t%" ($t!"# $)#! *&u%&% t% $+!u&t !( %&%"3 *t !&t$* 0%" u&*t !( %*t. T% $+!u&t !( %&%"3 *& !$) *# %0"%##%, *& B"*t*# t%"+$) u&*t# 0%" 0!u&,. A BTU *# t% $+!u&t !( %$t "%u*"%, t! "$*#% t% t%+0%"$tu"% !( !&% 0!u&, !( $t%" !&% ,%"%% F$"%&%*t. 9 C!$) %*#t# !" *# )$##*%, $# $"*!u# t30%#/ $&, %$ t30% $# ,*#t*&t)3 ,*%"%&t 0"!0%"t*%# ("!+ t% !t%" t30%#.
23231 PE/T:It *# !*,%"%, t! % $ 0"%u"#!" !( !$)/ $# *&,u#t"*$) *+0!"t$&% $# $ (u%) *& #!+% "%*!/ (!" %$+0)%/ I"%)$&, $&, F*&)$&,. I& *t# ,%3,"$t%, (!"+/ 0%$t *# $ *)3 %%t*% $#!"%&t (!" (u%) $&, !*) #0*))# !& )$&, $&, $t%".
23232 /NT7R/CITE:It *# *%#t "$&' !( !$) $&, *# u#%, 0"*+$"*)3 (!" "%#*,%&t*$) $&, !++%"*$) #0$% %$t*&. It *# $",/ "*tt)%/ $&, )$' )u#t"!u# !$)/ !&t$*&*& $ * 0%"%&t$% !( %, $"!& $&, $ )! 0%"%&t$% !( !)$t*)% +$tt%". T% +!*#tu"% !&t%&t !( ("%#-+*&%, $&t"$*t% %&%"$))3 *# )%## t$& 15. T% %$t !&t%&t !( $&t"$*t% "$&%# ("!+ 99 t! 9? +*))*!& Btut!& !& $ +!*#t/ +*&%"$)-("%% $#*#.
2323; BITUMINOUS CO/:It *# $ ,%% !$)/ u#u$))3 )$'/ #!+%t*+%# ,$"' "!&/ !(t%& *t %))-,%&%, $&,# !( "*t $&, ,u)) +$t%"*$)/ u#%, 0"*+$"*)3 $# (u%) *& #t%$+-%)%t"* 0!%" %&%"$t*!&/ *t #u#t$&t*$) u$&t*t*%# $)#! u#%, (!" %$t $&, 0!%" $00)*$t*! *& +$&u($tu"*& $&, t! +$'% !'%. T% +!*#tu"% !&t%&t !( *tu+*&!u# !$) *# u#u$))3 )%## t$& 9< 3 %*t. T% %$t !&t%&t !( *tu+*&!u# !$) "$&%# ("!+ 91 t! =< +*))*!& Btut!& !& $ +!*#t/ +*&%"$)-+$tt%"-("%% $#*#.
2323< SUB BITUMINOUS CO/:It *# $ !$) !#% 0"!0%"t*%# "$&% ("!+ t!#% !( )*&*t% t! t!#% !( *tu+*&!u# !$)/ u#%, 0"*+$"*)3 $# (u%) !" #t%$+-%)%t"* 0!%" %&%"$t*!&. It +$3 % ,u))/ ,$"' "!& t! )$'/ $&, #!(t $&, "u+)3 $t t% )!%" %&, !( t% "$&%/ t! "*t/ )$'/ $", $&, "%)$t*%)3 #t"!& $t t% u00%" %&,. Su *tu+*&!u# !$) !&t$* 9<=< *&%"%&t +!*#tu"% 3 %*t. T% %$t !&t%&t !( #u *tu+*&!u# !$) "$&%# ("!+ 17 t! 94 +*))*!& Btut!& *& $ +!*#t/ +*&%"$)-+$tt%"-("%% $#*#.
23235 I6NITE:It *# t% )!%#t "$&' !( !$)/ !(t%& "%(%""%, t! $# "!& !$)/ u#%, $)+!#t %)u#*%)3 $# (u%) (!" #t%$+-0!%" %&%"$t*!&. It *# "!&*# )$' $&, $# * *&%"%&t +!*#tu"% !&t%&t/ #!+%t*+%# $# * $# 45. T% %$t !&t%&t !( )*&*t% "$&%# ("!+ t! 17 +*))*!& Btut!& !& $ +!*#t/ +*&%"$)-+$tt%"-("%% $#*#. T$)% 9.1 C)$##*$t*!& !( C!$) 3 R$&' F*%, C$"!& t ,"3 ++(
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C7/PTER = 0; E>PERIMENTATION
;31 E>PERIMENT MET7ODOO6Y:C*"$ !$) $# u#%, $# $ !$) #$+0)%-1 $&, D$"$ S!u( !$) $# u#%, $# $ !$) #$+0)%-9 (!" %0%"*+%&t$) #tu,3. M!*#tu"% $# ,%t%"+*&%, $!",*& t! ASTM #t$&,$", D=17=-<=/ A# $# ,%t%"+*&%, $!",*& t! ASTM #t$&,$", D=174-<4/ $&, !)$t*)% +$tt%" $# ,%t%"+*&%, $!",*& t! ASTM #t$&,$", D =175-<9 ASTM St$&,$",#/ 9<<4.
;32 PRO>IM/TE /N/YSIS: T%#t +%t!, $& % u#%, t! %#t$)*# t% "$&' !( !$)#/ #! t% "$t*! !( !+u#t*)% t! *&!+u#t*)% !t*tu%&t#/ 0"!*,% t% $#*# (!" u3*& $&, #%))*&/ $&, %$)u$t% (!" %&%*$t*!& !" (!" !t%" 0u"0!#%#. M!*#tu"% !&t%&t# %"% $&$)3%, $!",*& t! ASTM #t$&,$", D=17=-<=. A# !&t%&t# %"% $&$)3%, $!",*& t! ASTM #t$&,$", D=174-<4. V!)$t*)% +$tt%"# %"% $&$)3%, $!",*& t! ASTM #t$&,$", D=175-<9 ASTM St$&,$",#/ 9<<4 .
;3231 MOISTURE:M!*#tu"% *# $& *+0!"t$&t 0"!0%"t3 !( !$)/ $# $)) !$)# $"% +*&%, %t. G"!u&,$t%" $&, !t%" %t"$&%!u# +!*#tu"% *# '&!& $# $,%&t*t*!u# +!*#tu"% $&, *# "%$,*)3 %$0!"$t%,. M!*#tu"% %), *t*& t% !$) *t#%)( *# '&!& $# *&%"%&t +!*#tu"% $&, *# $&$)3%,. M!*#tu"% +$3 !u" *& (!u" 0!##*)% (!"+# *t*& !$)8 •
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Su"($% +!*#tu"%8 $t%" %), !& t% #u"($% !( !$) 0$"t*)%#. H3,"!#!0* +!*#tu"%8 $t%" %), 3 $0*))$"3 $t*!& *t*& t% +*"! ("$tu"%# !( t% !$). D%!+0!#*t*!& +!*#tu"%8 $t%" %), *t*& t% !$)# ,%!+0!#%, !"$&* !+0!u&,#.
M*&%"$) +!*#tu"%8 $t%" * !+0"*#%# 0$"t !( t% "3#t$) #t"utu"% !( 3,"!u# #*)*$t%# #u $# )$3#.
;3232 VO/TIE M/TTER:V!)$t*)% +$tt%" *& !$) "%(%"# t! t% !+0!&%&t# !( !$)/ %%0t (!" +!*#tu"%/ * $"% )*%"$t%, $t * t%+0%"$tu"% *& t% $#%&% !( $*". T*# *# u#u$))3 $ +*tu"% !( #!"t $&, )!& $*& 3,"!$"!/ $"!+$t* 3,"!$"! $&, #!+% #u)(u". T% !)$t*)% +$tt%" !( !$) *# ,%t%"+*&%, u&,%" "**,)3 !&t"!))%, #t$&,$",#. I& Au#t"$)*$& $&, B"*t*# )$!"$t!"*%# t*# *&!)%# %$t*& t% !$) #$+0)% t! << Q 5 C 165< Q1< F (!" 7 +*&ut%# *& $ 3)*&,"*$) #*)*$ "u*)% *& $ +u% (u"&$%. A+%"*$& St$&,$", 0"!%,u"%# *&!)% %$t*& t! 5< Q 95 C 174< Q 45 F *& $ %"t*$) 0)$t*&u+ "u*)%.
;323; /S7:A# !&t%&t !( !$) *# t% &!&-!+u#t*)% "%#*,u% )%(t $(t%" !$) *# u"&t. It "%0"%#%&t# t% u)' +*&%"$) +$tt%" $(t%" $"!&/ !3%&/ #u)(u" $&, $t%" *&)u,*& ("!+ )$3# $# %%& ,"*%& ! ,u"*& !+u#t*!&. A&$)3#*# *# ($*")3 #t"$*t(!"$",/ *t t% !$) t!"!u)3 u"&t $&, t% $# +$t%"*$) %0"%##%, $# $ 0%"%&t$% !( t% !"**&$) %*t.
;323< )I>ED C/RBON: T% %, $"!& !&t%&t !( t% !$) *# t% $"!& (!u&, *& t% +$t%"*$) * *# )%(t $(t%" !)$t*)% +$t%"*$)#/ $t%" $&, $# $"% ,"*%& !. T*# ,*%"# ("!+ t% u)t*+$t% $"!& !&t%&t !( t% !$) %$u#% #!+% $"!& *# )!#t *& 3,"!$"! *t t% !)$t*)%#. F*%, $"!& *# u#%, $# $& %#t*+$t% !( t% $+!u&t !( !'% t$t *)) % 3*%),%, ("!+ $ #$+0)% !( !$). F*%, $"!& *# ,%t%"+*&%, 3 "%+!*& t% +$## !( !)$t*)%# ,%t%"+*&%, 3 t% !)$t*)*t3 t%#t/ $!%/ ("!+ t% !"**&$) +$## !( t% !$) #$+0)%. T% !%t*% !( !$) 0"!*+$t% $&$)3#*# *# t! ,%t%"+*&% t% $+!u&t !( %, $"!& FC/ !)$t*)% +$tt%"# VM/ +!*#tu"%/ $&, $# *t*&
t% !$) #$+0)%. T% $"*$)%# $"% +%$#u"%, *& %*t 0%"%&t t. $&, $"% $)u)$t%, *& #%%"$) ,*%"%&t $#%#. AR $#-"%%*%, $#*# *# t% +!#t *,%)3 u#%, $#*# *& *&,u#t"*$) $00)*$t*!. AR $#*# 0ut# $)) $"*$)%# *&t! !*,%"$t*!& $&, u#%# t% t!t$) %*t $# t% $#*# !( +%$#u"%+%&t. AD $*"-,"*%, $#*# &%)%t t% 0"%#%&% !( +!*#tu"%# !t%" t$& *&%"%&t +!*#tu"% *)% DB ,"3$#*# )%$%# !ut $)) +!*#tu"%#/ *&)u,*& #u"($% +!*#tu"%/ *&%"%&t +!*#tu"%/ $&, !t%" +!*#tu"%#. DAF ,"3/ $# ("%% $#*# &%)%t $)) +!*#tu"% $&, $# !t*tu%&t *& !$) *)% DMMF ,"3/ +*&%"$)+$tt%"-("%% $#*# )%$%# !ut t% 0"%#%&% !( +!*#tu"% $&, +*&%"$) +$tt%"# *& !$)/ (!" %$+0)%8 u$"t/ 03"*t%/ $)*t%/ %t. M*&%"$) +$tt%" *# &!t ,*"%t)3 +%$#u"%, ut +$3 % !t$*&%, 3 !&% !( $ &u+%" !( %+0*"*$) (!"+u)$ $#%, !& t% u)t*+$t% $&, 0"!*+$t% $&$)3#*#.
;3; T7ERMO6R/VIMETRIC /N/YSIS: T%"+!"$*+%t"* TGA $&$)3#*# 0"!*,%# ,%t%"+*&$t*!& !( %&,!t%"+#/ %!t%"+#/ $&, %*t )!## !& %$t*&/ !!)*&/ $&, +!"%. M$t%"*$)# $&$)3%, 3 TGA *&)u,% 0!)3+%"#/ 0)$#t*#/ !+0!#*t%#/ )$+*&$t%#/ $,%#*%#/ (!!,/ !$t*&#/ 0$"+$%ut*$)#/ !"$&* +$t%"*$)#/ "u%"/ 0%t"!)%u+/ %+*$)#/ %0)!#*%# $&, *!)!*$) #$+0)%#.
;3;31 T7E T6/ TEC7NIUE:•
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TGA +%$#u"%# t% $+!u&t !( %*t $&% !( $ +$t%"*$)/ %*t%" $# $ (u&t*!& !( *&"%$#*& t%+0%"$tu"%/ !" *#!t%"+$))3 $# $ (u&t*!& !( t*+%/ *& $& $t+!#0%"% !( &*t"!%&/ %)*u+/ $*"/ !t%" $#/ !" *& $uu+. T%"+$) "$*+%t"* $&$)3#*# $& % *&t%"($%, *t $ +$## #0%t"!+%t%" RGA t! *,%&t*(3 $&, +%$#u"% t% $0!"# %&%"$t%,/ t!u t%"% *# "%$t%" #%*t**t3 *& t! #%0$"$t% +%$#u"%+%&t#. I&!"$&* +$t%"*$)#/ +%t$)#/ 0!)3+%"# $&, 0)$#t*#/ %"$+*#/ )$##%#/ $&, !+0!#*t% +$t%"*$)# $& % $&$)3%,.
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T%+0%"$tu"% "$&% ("!+ 95C t! <<C "!ut*&%)3. T% +$*+u+ t%+0%"$tu"% *# 1<<<C. S$+0)% %*t $& "$&% ("!+ 1 + t! 15< +. S$+0)% %*t# !( +!"% t$& 95 + $"% 0"%(%""%,/ ut %%))%&t "%#u)t# $"% #!+%t*+%# !t$*&$)% !& 1 + !( +$t%"*$). ;%*t $&% #%*t**t3 !( <.<1 +. S$+0)%# $& % $&$)3%, *& t% (!"+ !( 0!,%" !" #+$)) 0*%%# #! t% *&t%"*!" #$+0)% t%+0%"$tu"% "%+$* )!#% t! t% +%$#u"%, $# t%+0%"$tu"%.
;3;32 /PPIC/TIONS O) T7ERMO6R/VIMETRIC /N/YSIS:•
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D%t%"+*&%# t%+0%"$tu"% $&, %*t $&% !( ,%!+0!#*t*!& "%$t*!/ * !(t%& $))!# u$&t*t$t*% !+0!#*t*!& $&$)3#*#. M$3 % u#%, t! ,%t%"+*&% $t%" !&t%&t. A))!# $&$)3#*# !( "%$t*! *t $*"/ !3%&/ !" !t%" "%$t*% $#%# #%% *))u#t"$t*!& %)!. C$& % u#%, t! +%$#u"% %$0!"$t*!& "$t%#/ #u $# t! +%$#u"% t% !)$t*)% %+*##*! !( )*u*, +*tu"%#. A))!# ,%t%"+*&$t*!& !( Cu"*% t%+0%"$tu"%# !( +$&%t* t"$*t*! 3 +%$#u"*& t% t%+0%"$tu"% $t * t% (!"% %%"t%, 3 $ &%$"3 +$&%t ,*#$00%$"# !& %$t*& !" "%$00%$"# !& !!)*&. H%)0# t! *,%&t*(3 0)$#t*# $&, !"$&* +$t%"*$)# 3 +%$#u"*& t% t%+0%"$tu"% !( !&, #*##*! *& *&%"t $t+!#0%"%# !" !( !*,$t*!& *& $*" !" !3%&. U#%, t! +%$#u"% t% %*t !( %")$## $&, *&!"$&* )) +$t%"*$)# *& 0)$#t*#/ )$+*&$t%#/ 0$*&t#/ 0"*+%"#/ $&, !+0!#*t% +$t%"*$)# 3 u"&*& ! t% 0!)3+%" "%#*&. T% )) +$t%"*$) $& t%& % *,%&t*%, 3 >PS $&,!" +*"!#!03. T% ))
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+$t%"*$) +$3 % $"!& )$'/ T*O 9/ C$CO=/ MCO=/ A)9O=/ A)OH=/ MOH9/ t$)/ :$!)*& )$3/ !" #*)*$/ (!" *t$&%. C$& +%$#u"% t% )) +$t%"*$)# $,,%, t! #!+% (!!,#/ #u $# #*)*$ %)# $&, t*t$&*u+ ,*!*,%. C$& ,%t%"+*&% t% 0u"*t3 !( $ +*&%"$)/ *&!"$&* !+0!u&,/ !" !"$&* +$t%"*$). D*#t*&u*#%# ,*%"%&t +*&%"$) !+0!#*t*! ("!+ "!$, +*&%"$) t30%#/ #u $# !"$/ !"* $*,/ $&, #*)*$ %)#.
;3;3; /STM TEST MET7ODS USIN6 T6 /N/YSIS:•
ASTM D2584 – Standard Test Method for Ignition Loss of Cured Reinforced Resins.
•
ASTM E! – Standard Test Method for Co"#ositiona$ Ana$%sis &% Ther"ogra'i"etr%.
•
ASTM E(4 – Standard Test Method for Deco"#osition )inetics &% Ther"ogra'i"etr% *sing the +,a-a/$%nn0a$$ Method.
•
ASTM
E2118
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–
Standard
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C7/PTER = 0< RESULTS AND DISCUSSION
<31 PRO>IM/TE /N/YSIS O) C7IR/67 CO/:S/PME NO3 S/MPE NO3 01 02
/VER/6E
MOISTURE
1.?
1.?
1.?
VO/TIE M/TTER
1<.91
.64
.9
/S7
=6.?
=?.9
=7.5
)I>ED C/RBON
5<.?1
5<.=?
5<.5
<32 PRO>IM/TE /N/YSIS O) D/R/ SOU) CO/:S/PME NO3 S/MPE NO3 01 02
/VER/6E
MOISTURE
4.5
4.5
4.5
VO/TIE M/TTER
9.=4
=9.1
=<.77
/S7
15.7
16.=
16.<<
)I>ED C/RBON
5<.<1
46.56
4?.9?
<3; SEECTION O) MOT7ER CO/:A(t%" ,!*& 0"!*+$t% $&$)3#*# !( !t t% !$)# D$"$ S!u( C*"$/ *t *# (!u&, t$t !t !( t%+ $% &%$")3 %u$) !&t%&t# !( %, $"!&/ #! % $% t! ,*#t*&u*# %t%%& t%+ !& t% $#*# !( !)$t*)% +$tt%" $&, $# !&t%&t#. ;% !&)u,%, t$t D$"$ S!u( !$) *# %tt%" t$& C*"$ !$) %$u#% *t $# "%)$t*%)3 )%## !&t%&t# !( $# $&, +!"% !&t%&t# !( !)$t*)% +$tt%". ;% +$,% )%&,# 3 '%%0*& D$"$ S!u( !$) $# +!t%" !$).
<3< BENDIN6 R/TIOS:BENDIN6 MI>TURES
D/R/ SOU) CO/
C7IR/67 CO/
S/MPE 01-
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1<
S/MPE 02-
7<
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S/MPE 0;-
6<
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S/MPE 0<-
55
45
<35 PRO>IM/TE /N/YSIS O) BENDS:MOISTUR VO/TIE E M/TTER
/S7
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S/MPE 01
4.7<
9.<6
15.6=
5<.61
S/MPE 02
4.91
9?.46
14.6
59.=7
S/MPE 0;
4.14
97.?=
14.9?
5=.75
S/MPE 0<
=.?
96.6=
1=.??
55.51
<3? T6/ /N/YSIS O) RESPECTIVE CO/ BENDS:-
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#*+0)%/ $&, 3*%),# 0"%*#% $&, $u"$t% "%#u)t#.