mohd suzairiff bin zainal (icget2015) presentation
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7/24/2019 Mohd Suzairiff Bin Zainal (Icget2015) Presentation
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EFFECTS OF ORGANIC
MATTER ADDITION TO
LANDFILL SOIL COVERON METHANE
OXIDATION
PREPARED BY:
MOHD SUZAIRIFF BIN ZAINAL
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INTRODUCTIONDegradation oforganic waste
Production of landllgas
40-45% CH4
55-60% CO2
(Raco et al., 200!
"oil co#er design $alication of &iolter
'edia ()*!
*odication
- "oil te+ture
alteration- Organic 'atter
CH4 25 times higher
of GWP than CO2(Barker, 2007)
• Burnt b !aring• "o##e"te$ as sour"e
of energ
%o&'"ost enironmenta## safe
• G#oba# &arming "#imate "hanges
• Hea#th risk tohuman
*nhan"emethanotro+hs
a"tiit
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OBJECTIVES
! ,o deter'ine .sical andce'ical roerties of landll soil
co#er at /era' "anitar. andll1
2! ,o 'easure and co'are'etane o+idation ecienc. &.
in3uences of organic 'atteraddition1
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METHODS
oi# sam+#e "o##e"tion
Phsi"a# Chemi"a# +ro+ertiesana#ses
Co#umne-+eriments
Gas ana#sis using gas"hromatogra+h
Ca#"u#ation
.e+orting an$
$o"umentation
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Biofilter e!i" #BFM$ Pre%"r"tio&
"oil collected 0c' fro' te surface (*ei et
al., 20!1
"oil 'oisture content adusted to 2% (ww!()aei7a et al., 204!1
"oil and coconut us8 ground and siftedtroug 210'' sie#e1
"oil colu'ns lling9
Colu'n "oil : Coconut Hus8 (##!
;na'ended soil
2 0:<0
50:50
4 <0:0
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Col'& E(%erie&t) C.lindrical P=C ie wit
5c' inner dia'eter and
015c' tic8ness (>igtle.et al., ??5! @ra#el la.er for gas
distri&ution @as sulied 9 ??1??%
urit. of CH4
)low rate 5''in(Pawlows8aA 200!
B sa'ling orts at 0c'inter#als
"wee air at 5''introug te eadsace
4 consecuti#e da.s ofgas sa'ling1
)igure : etu+ for soi# "o#umns &ithbio/#ter me$ia of $ierent ratios of soi# to
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*") A&"l+)i)
@as sa'les were anal.sed usinggas cro'atogra. euied wit)la'e onisation Detector ()D!1
3ne"tor tem+erature (56C), oentem+erature (556C) an$ $ete"tortem+erature (2006C) (Park et al., 2002)
*etane o+idation ecienc.
- 800
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RESULTS , DISCUSSION
Table 1: Physical an che!ical "#$"e#%ies $& s$il a% 'e#a! Sani%a#y Lan&ill
Proerties of "oil Caracteristics =alue
Colour (E",* D55! $*unsell ".ste'
:ark ;e##o&ish Bro&n 80;. 414
,e+ture (E",* D422!"and
"iltCla.
C#a14.43%
9.90%
73.18%
*rror 24<=
H (E",* D4?<2! 4.92
On-site &ul8 densit. (E",*
D2?<! 2.32g1"m>
On-site 'oisture content(E",* D226!
71%
Organic 'atter content(E",* D2?<4! $ oss-on-gnition
3.40%
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RESULTS , DISCUSSION,a&le 2 : Proerties of coconut us81
Proerties of CoconutHus8
Percent (ww!
*oisture content(E",* D226!
16.89
Organic 'atter content(E",* D2?<4! $ oss-
on-gnition
91.33
,otal Car&on (C! 42.93
,otal Fitrogen (F! 0.40
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)igure 2: ?ethane o-i$ation e@"ien"of bio/#ter me$ia &ith $ierent ratios
of soi# to "o"onut husk (1)
'02
0>
0A
0
20
40
50
A0
800
>070 5050
70>0 unamen$e$ soi#
Heig-t of Colu'n ('!
*et-ane O+idation G2cienc. (%!
Higest 'etane o+idationecienc. &. 0:<0 ratio of )*$ increased along te eigt ofsoil colu'n1
Higher organi" matter nutrientsu++#ement for soi# mi"ro!ora
3n$u"e the gro&th of
methanotro+hs
High C1D ratio in O?"orres+on$e$ to high #abi#e"arbon that easi# "onsume$ bba"teria (?er .oger, 2080)
Eerate$ BF? a##o&e$ a"tiationof methanotro+hs to "onsume
methane (Gebert et al., 2088)
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RESULTS , DISCUSSION
"'all dierences on 'etane o+idationecienc. &. 50:50 and <0:0 ratios of )*
5050 ratio of BF? &as e-+e"te$ to be moreee"tie at o-i$ising methane
uggeste$ b ra+i$ formation of e-o+o#meri"substan"e (*P) hin$ere$ o-gen +enetration(Wi#shusen et al., 2004)
;na'ended soil de'onstrated te lowest'etane o+idation ecienc. at alltic8nesses1
%o&er nutrients su++# to bioo-i$ation "onsortia
%ess +orous than other BF? for o-gen+ermeation
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)igure : Eerage tota# methane o-i$atione@"ien" in re#ation &ith bu#k $ensit of
bio/#ter me$ia at $ierent ratios (1) of soi#to "o"onut husk
Percentage ratio of "oil to Coconut Hus8 (#6#! (%!
ul8 densit. (g6c'4!E#erage Percentage ,otalO+idation (%!
0:<0 ratio of )* ad lowest
&ul8 densit. (01225 gc'!
co'ared to una'ended soil
(1<< gc'!1
Eddition of coconut us8
reduced te degree of
co'action of )* and ence
&ul8 densit.1 3n"rease$ the o#ume of +ore
Coarsene$ BF? te-ture (tern
et al., 2007)
*etane o+idation was
in#ersel. roortional to &ul8
densit. (@e&ert et al., 200?!1
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RESULTS , DISCUSSION
0:<0 ratio of )* sowed igest total 'etaneo+idation ecienc. (?<152%! and at 0c' tic8ness(5152%!1
3$ea# rates of methane moement s#o&er than o-gen$iusion from the hea$s+a"e of soi# "o#umns (.a"hor et al.,2088)
;na'ended soil e+i&ited lowest total 'etaneo+idation ecienc. (B<1%! and at 0 c' tic8ness(?10%!1
O-gen $iusion &as $e"e#erate$ a#ong the $e+th of BF?(Wi"kramara"h"hi et al., 2088)
deal co'action needed to ro#ide sucient
retention ti'e to allow 'etane o+idation &.'etanotros (Eda's et al., 20!1
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CONCLUSION
Eddition of coconut us8 to cla.e.soil sowed iger 'etaneo+idation ecienc. co'ared touna'ended soil1
,e &est 'i+ing ratio of soil tococonut us8 was 0:<0 %## $?415% ecienc.1
Higer #olu'e coconut us8 alsoreduced te &ul8 densit. of cla.e.soil for &etter gas diusion
trougout )*1
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REFERENCES
Ebushamma#a, ? F ?, Basri, D * E an$ a$hum, E E H, (200<) .eie& on%an$/## Gas *mission to the Etmos+here European Journal of ScienticResearch. *uroourna#s Pub#ishings >0(>) 427'4>
E#banna, ?, Fernan$es, %, an$ Warith, ? (2007) ?ethane o-i$ation in #an$/##"oer soi# the "ombine$ ee"ts of moisture "ontent, nutrient a$$ition, an$"oer thi"kness Environ. Eng. Sci. 6, 8<8200
Cao, ; an$ tasIe&ska, *, (2088) ?ethane *missions ?itigating from %an$/##
b ?i"robia# O-i$ation in %an$/## Coer International Conference onEnvironmental and Agriculture Engineering 1, 57'4
Graf, ?, (2007) 3n!uen"e of Phsi"a# Parameters on ?ethane O-i$ation in%an$/## Coer oi#s !aster Studies in Environmental Science, *JH KLri"h >'8>
Gebert, M, .a"hor, 3 an$ GrNngrNft, E, (200<) Co#umn tu$ for Essessing the3n!uen"e of oi# Com+a"tion on CH4 O-i$ation in %an$/## Coers Institute of Soil
Science niersit of Hamburg 8'2>
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REFERENCES
Park, , Bro&n, W an$ Jhomas, M C, (2002) Jhe ee"t of arious
enironmenta# an$ $esign +arameters on methane o-i$ation in a mo$e#bio/#ters "aste !anagement and Research #$, 4>4'442
"heutI, C an$ e#$sen, P, (2005) Bio$egra$ation of tra"e gases in simu#ate$#an$/## soi# "oer sstems Journal Air %"aste !anagement Association ,
A7A'AA5
"heutI, Ch, e#$sen P, Bogner M *, :e iss"her E, Gebert M, Hi#ger H EHuber'Humer, ?, +okas, (200<) ?i"robia# methane o-i$ation +ro"esses an$te"hno#ogies for mitigation of #an$/## gas emissions "aste !anagement %Research #&, 40<'455
Jantha"hoon, D, Chiem"haisri, C, Chiem"haisri, W (2007) E#ternatie E++roa"hfor *n"ouraging ?ethane O-i$ation in Com+ost Base$ %an$/## Coer %aer &ithegetation Pro"ee$ings of the 3nternationa# Conferen"e on ustainab#e o#i$Waste ?anagement, 5 ' 7 e+tember 2007, Chennai, 3n$ia 202'20<
;uan, % (200) ?ethane *mission an$ O-i$ation Jhrough %an$/## Coers 'he(lorida State )niversit* College of Engineering 8'80A
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JHED ;O
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Gle'ent Concentration('gsoil!Gle'ent Concentration('gsoil!
Elu'iniu'(El!
150.95 itiu' (i! >0.01
Ersenic (Es! >0.01 *agnesiu' (*g! 10.64
oron (! >0.01 *anganese (*n! 2.62
Cad'iu' (Cd! >0.01 *ercur. (Hg! >0.01
Calciu' (Ca! 14.60 Fic8el (Fi! >0.01
Cro'iu'(Cr! 0.72 Posorous (P! 0.48
Co&alt (Co! >0.01 Potassiu' (>! 11.09
Coer (Cu! 0.08 "odiu' (Fa! 12.66
ron ()e! 135.96 "ulur ("! 19.58
ead (P&! 0.55 Iinc (In! 0.95
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Colu'n
Ratio of"oil to
CoconutHus8
ul8Densit.A
J&(gc'!
–)E",*
D2?<(
ParticleDensit.A
J(gc'!
–)E",*
DB54(
Porosit.)%(
1 30:70 0.3225 1.9862 83.76
2 50:50 0.4977 2.3088 78.44
3 70:30 0.6814 2.4246 71.90
4
;na'ende
d soil 1.3717 2.8122 51.22
100)1( x
d
b
ρ
ρ −