패키지형 소형 scr 시스템 내 nh3 농도분포 제어를 위한 aig의 … · the various...

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大韓環境工學會誌 論文 - Original Paper 368~377. 2011 Corresponding author E-mail: [email protected] Tel: 053-810-2547 Fax: 053-811-5288 패키지형 소형 SCR 시스템 내 NH 3 농도분포 제어를 위한 AIG의 배치에 관한 전산해석적 연구 Numerical Study on the Arrangement of AIG for Determining the NH 3 Concentration Distribution in the Package Type of Small Scale SCR System 박선미장혁상 Seonmi ParkHyuksang Chang Tong Zhao 영남대학교 환경공학과 환경에어로졸공학연구실 Environmental Aerosol Engineering Laboratory, Department of Environmental Engineering, Yeungnam University (2010112일 접수, 2011527일 채택) Abstract : A package type of SCR (selective catalytic reduction) system that was proposed for removing the NOx found in flue gas from the small scale of air pollution sources was evaluated. The efficiency of the SCR system is determined by the proper utilization of catalytic media installed inside of the system, and the proper distribution of flow velocity and NH3 concentration in the flue gas is a crucial factor for using the catalytic media. In this study, the distributions of NH3 concentration were estimated under the various arrays and shapes of AIG at the given gas flow condition. The value of RMS (%) in NH3 concentration is 95.3% at co-current flow (at 0°) injection but it is 90.1% at the condition of counter-current flow (at 120°) condition, which implies the counter-current injection is more favorable. By rearranging the NH3 injection flow rates based on the distribution of velocity and NH3 distribution in basic calculation, the value of RMS (%) in NH3 concentration was reduced to 62.8%. The enhanced effect of NH3 mixing by the combined effect of arrays and shapes are complied in the study. Key Words : Selective Catalytic Reduction, NH3 Concentration Distribution, AIG, Computational Fluid Dynamics 요약 : 소규모의 대기오염 배출원으로부터 질소산화물을 저감하는 방법으로 제안된 패키지형 SCR (selective catalytic reduc- tion) 시스템 내에서 암모니아 농도제어에 관한 연구가 시행되었다. SCR 시스템의 효율은 촉매층의 효율적인 활용에 좌우되 며 촉매층의 효율적인 사용은 시스템에 유입되는 배기가스의 유동균일도와 암모니아 농도의 균일도에 의해 좌우된다. 본 연 구에서는 주어진 최적의 유동조건에서 SCR 시스템 내에 배치된 AIG 형상과 분사 유량 조정에 따른 암모니아 농도분포를 평가하였다. 기본 유동조건에서 분사구의 각도에 따른 전산해석 결과, 배가스 유동에 대해 동류방향(0°)으로 암모니아를 분 사한 경우의 농도분포의 RMS(%) 수치는 약 95.3%, 대향방향인 120°의 각도를 가지는 경우 90.1%로 파악되어 대향방향으로 의 분사가 더 효율적인 것으로 파악되었다. 유동박리영역에서 벗어나도록 분사구의 위치를 변경하고 기초계산에서의 속도분 포와 농도분포를 기준으로 환원제 유량을 조정한 결과 RMS(%) 수치를 최대 62.8%까지 하강시키는 효과를 가져왔다. AIG 및 배치구조에 혼합증진의 효과를 정리하였다. 주제어 : 선택적촉매환원법, 암모니아 농도분포, AIG, 전산유체역학 1. 서 론 대표적 대기오염물질인 질소산화물(NOx)은 여러 발생원 으로부터 대기로 유입된다. 발생원별 분포에서 높은 비율 을 차지하는 대형 열기관들로부터의 질소산화물은 그 동안 여러 가지 법적규제와 신기술의 적용을 통해 효과적으로 관 리되어 왔고 그 결과 대폭적인 대기배출량 감소가 이루어 져 왔다. 그러나 규제 측면에서 상대적으로 소외되고 있던 소형 대기오염원으로부터 배출되는 질소산화물은 규제관리 측면이나 제어 기술적 어려움 때문에 효과적인 감소가 이 루어지지 못하고 있다. 대기로 배출되는 질소산화물의 대 부분은 Thermal NOx이기 때문에 연소과정에서의 적절한 제 어를 통해 NOx의 배출량을 최소화하는 노력이 경주되어 왔고 그 결과 많은 성과를 내고 있다. 하지만 연소과정에서 의 질소산화물 저감방법은 기술적 한계가 있기 때문에 열 기관 밖으로 배출되는 NOx의 배출을 효율적으로 제어하기 위해서는 궁극적으로 배기가스에 대한 후처리 기술을 적용 하는 개념이 도입될 수밖에 없다. 본 연구에서는 전술한 상황의 소형 열기관에서 배출되는 질소산화물의 후처리를 위해 적용되는 SCR (selective ca- talytic reduction) 시스템의 운전 변수에 관련된 연구를 수 행하였다. 질소산화물의 후처리시설로서는 SNCR (selective non-catalytic reduction) 시스템이 SCR 시스템과 경쟁적 관 계에 있다. SNCR 시스템의 경우 장치구성상 단순함이 있으 나 환원제와 배기가스 내의 질소산화물과의 효과적 반응을 위해 고온을 유지해야하는 조건이 필요하기 때문에 연소로 에 비해 현격히 낮은 온도가 유지되는 배기관 내의 온도 조 건으로는 SNCR 기술의 적용이 근본적으로 불가능하다. 1) SCR 시스템은 SNCR에 비해 장치운영이 복잡하나 질소산 화물에 대한 안정적 후처리시설로서 적합하기 때문에 주로

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09.hwp - Original Paper 368~377. 2011
† Corresponding author E-mail: [email protected] Tel: 053-810-2547 Fax: 053-811-5288
SCR NH3 AIG
Numerical Study on the Arrangement of AIG for Determining the NH3
Concentration Distribution in the Package Type of Small Scale SCR System


(2010 11 2 , 2011 5 27 )
Abstract : A package type of SCR (selective catalytic reduction) system that was proposed for removing the NOx found in flue gas from the small scale of air pollution sources was evaluated. The efficiency of the SCR system is determined by the proper utilization of catalytic media installed inside of the system, and the proper distribution of flow velocity and NH3 concentration in the flue gas is a crucial factor for using the catalytic media. In this study, the distributions of NH3 concentration were estimated under the various arrays and shapes of AIG at the given gas flow condition. The value of RMS (%) in NH3 concentration is 95.3% at co-current flow (at 0°) injection but it is 90.1% at the condition of counter-current flow (at 120°) condition, which implies the counter-current injection is more favorable. By rearranging the NH3 injection flow rates based on the distribution of velocity and NH3
distribution in basic calculation, the value of RMS (%) in NH3 concentration was reduced to 62.8%. The enhanced effect of NH3
mixing by the combined effect of arrays and shapes are complied in the study. Key Words : Selective Catalytic Reduction, NH3 Concentration Distribution, AIG, Computational Fluid Dynamics
: SCR (selective catalytic reduc- tion) . SCR . SCR AIG . , (0°) RMS(%) 95.3%, 120° 90.1% . RMS(%) 62.8% . AIG . : , , AIG,
1.
.



.


.
Thermal NOx
NOx
.

NOx

.
SCR (selective ca- talytic reduction)
. SNCR (selective non-catalytic reduction) SCR
. SNCR



SNCR .1) SCR SNCR

369
SCR NH3 AIG
33 5 2011 5
(a) (b)
Fig. 1. Schematic of the SCR system: (a) dimension of the SCR system, (b) cut view of the SCR system.
.


SCR

. SCR




(package) SCR
.
SCR
. SCR
SCR


. SCR




.


(ammonia slip)
.2~4) SCR

(duct) SCR




. SCR

(baffle)

SCR

.5)

AIG (ammonia injection grid)
.
SCR
5) AIG

.
370
(a) (b)
Fig. 2. Array and angular position of ammonia gas injection holes of the AIG: (a) array of holes in case 0 and cases A (b) angular positions in cases A.
(75 MBtu/hr)
SCR 2.4(X) × 2.4(Y) × 3.1(Z) m3
. Fig. 1
. SCR 2.4 × 2.4 × 0.28 m3 3 AIG
AIG 0.75 m (Z = 0.835 m). AIG Z Z = 0.085 m XY . SCR 8, 8
1 .
AIG

. Fig. 2 AIG . 6 AIG
0.135 m (Z = 0.085 m) X .
AIG 4 mm
AIG Y = 0.17 m 0.14 m (Y = 0.14 m) AIG 16
. Z
0° .
case A-0 .
AIG Fig. 2
SCR

case A . AIG
Z θ = 0°
case A-0 Fig. 2(b) AIG
θ = ±30°, θ = ±60°, θ = ±120° case A-1, case A-2, case A-3 .
θ = 0° (zig- zag) AIG 16
case A-1 AIG θ = +30° 8, θ = -30° 8 . θ = ±120°
. Case A

AIG
θ = ±120° case A-3
AIG, AIG

θ = +120° θ = -120° . AIG
Y = 0.384 m
Fig. 3. Array of ammonia gas injection holes of the AIG in case A-(3*).
371
SCR NH3 AIG
33 5 2011 5
(a) (b) (c)
Fig. 4. Arrangement of AIG: (a) 4 AIG type, (b) lattice type, (c) donut type.
0.126 m 14 .
AIG case A-3* . case A-3* Fig. 3 .
2.1.2. AIG
AIG
SCR
case B . Case B case A-3*
AIG
. Case B-1 AIG

AIG
AIG

×
, i AIG Z
1 mm , QT SCR , v‾ vi
. Case B AIG 6 i
1 6 . Case B-1
AIG
AIG

. Case B-2 case A-3*
5 mm (Z = 0.83 m)
AIG Qi
. AIG Z 5 mm
AIG
Qi
Table 1. Corrections for ammonia gas injection in cases B
Injection amount (g/sec)

. c‾ ci . Table 1 (1) (2) .
2.1.3. AIG

AIG
AIG case C . AIG , , . Fig. 4 AIG
. Case C-1 6 AIG

AIG
120°
Y = 0.384 m . 0.126 m
AIG 14. Case C-2
AIG
AIG X Y 3 . AIG case C-1 . Case C-3
(1.314 m) . AIG
. AIG 0.35 m
372
Journal of KSEE Vol.33, No.5 May, 2011
AIG 1.4 m, AIG 1.05 m AIG
18° AIG 20 . AIG 0.7 m, 0.35 m
AIG
36° 10 .
120°

.
2.2.
RNG k - ε .1,4)
(hydraulic diameter) 1.314 m
2~3%,
10~12% , SCR
10% .

10% .6)
2.2.1. (turbulence equation) RNG k-ε k
ε (transport equation) (semi-equation) .
k , ε . k ε (3) (4)
.
µeff , ρ Gb
, Gk
. α k, α ε k ε
Prandtl Numbers , C1ε = 1.42, C2ε = 1.68
C3ε .
2.2.2. (species transport equation) AIG

.

,

(5) .
, Ji i (diffusion flux)
(6) .
∇ ∇ (6)
Di,m , DT,i µt
. Sct
Schmit ,
0.7 .
2.3.
SCR
.7) AIG
AIG
SCR
.
AIG AIG
2
SCR AIG
. CFD
FLUENT .8)
AIG AIG
mass flow inlet
AIG pressure outlet
. AIG 0.37
99.63 18.33 Nm3/hr
368.15 K.
0.69 kg/m3 1.02 × 10-5 kg/ m-sec .
(residual) 1 × 10-6
,
1 × 10-3
. (under-
373
SCR NH3 AIG
33 5 2011 5
Table 2. Computational conditions of the SCR system
Numerical conditions Boundary conditions
Outlet 1 atm Pressure outlet
AIG holes Air:99.63%+NH3:0.37% Mass flow inlet
Catalyst - Porous media
Outlet (AIG holes)

.9)
SCR
velocity inlet
, pre- ssure outlet
. AIG mass flow inlet
SCR
AIG AIG
. 25,300 Nm3/hr
0.77 0.23
.3)
,
(porous media)

z 10 m-1 z 10
.10) z
x y

. Table 2 AIG SCR
.
GAMBIT

.11) hex tetrahedral
2,660,000 .
AIG SCR
RMS (root mean square)(%)
.

. RMS(%)


(7) .



, A
. (8) .



. RMS(%)


.1,3,6)
3.
, .
3.1.
AIG Y = 1.2 m 5 mm


. Fig. 5 0°
. Fig. 5(a) X = 1.2 m
, Fig. 5(b)
.
(7) (8)
.
4.98 m/sec, 1.28 m/sec, (5) RMS(%) 25.7% , Fig. 5(a)
SCR
,

. Fig. 5(b)
Z


.
3.51 × 10-5, 3.35 × 10-5, RMS(%)
374
Journal of KSEE Vol.33, No.5 May, 2011
Fig. 5. Distribution of (a) velocity and (b) NH3 mass fraction at case 0 at X = 1.2 m.
Fig. 6. Distribution of NH3 mass fraction at Z = 0.83 m in cases A.
95.3%
. RMS(%)
,

.3) 1

AIG
.
3.2. AIG
Fig. 6 5 mm
. Case 0 , case A-1 30° . Case A-1 RMS(%) 93.6%
case 0 1.7%

10.8 m/sec
375
SCR NH3 AIG
33 5 2011 5
Fig. 7. Corrected distribution of NH3 mass fraction at Z = 0.83 in cases B.

,

. Case A-2 60°

RMS(%) 91.9%. Case A-3 120° . 120°

RMS(%) 90.1% , case 0 5.2%
. AIG


SCR
.
case A-3* RMS(%) 77.7%

.
3.3. AIG

SCR
AIG


. (1) (2)

Fig. 7 .
case B-1 2.75 × 10-5, 1.73 × 10-5, RMS(%) 62.8%
14.9%
. 10.8 m/sec
4 m/sec

. Case B-2
2.73 × 10-5, 1.72 × 10-5, RMS(%) 62.9%. Fig. 7(b)

.


.
Fig. 8 AIG
. AIG
AIG
. Case C-1 4 AIG
2.59 × 10-5, 1.37 × 10-5 RMS (%) 53% . 6 AIG
37.1%
AIG
. Case C-2 AIG 2.78 × 10-5, 1.58 × 10-5 RMS(%) 56.8%
4 AIG RMS(%) . Case C-3 AIG 1.85 × 10-5, 0.82 × 10-5
RMS(%) 44.2%
RMS(%) .
,


.
376
Journal of KSEE Vol.33, No.5 May, 2011
Fig. 8. Distribution of NH3 mass fraction at Z = 0.83 in cases C.
RMS(%)

. SCR


SCR AIG
. SCR

.
4.
SCR 1
AIG

.
1) RMS(%) 25.7% , RMS(%) 95.3%
.

AIG
. 2)
0° ±30°, ±60°, ±120° RMS(%)
120°
. AIG

. 3)
,
AIG RMS(%) 62.8%
.
RMS(%) 62.9%
14.9%

. 4) AIG

AIG RMS(%)
.
.
RMS(%) 44.2% SCR AIG .
SCR

SCR .

.
1. , , , , “

,” , 19(12), 811~820(2007). 2. , , , , “ SCR
,”
, 17(4), 347~354(2001). 3. , , “ SCR
deNOx ,”
377
SCR NH3 AIG
33 5 2011 5
, 16(1), 165~172(2008). 4. , , , , , , “SCR
,” KOSCO SYMPOSIUM , , , pp. 151~155(2009).
5. , , , “ SCR
baffle ,” , 32(9), 862~869(2010).
6. , , , , , , “Urea SCR
,” 2007
, , pp. 314~319(2007).
7. , , , , , “
CFD ,”
, 11(4), 56~61(2006). 8. FLUENT Inc. FLUENT User's Guide, Ver. 12.0(2009). 9. Patankar, S. V., Numerical Heat Transfer and Fluid Flow, 1st
ed., McGraw-Hill, New York(1980). 10. , , , , , , “SCR

,” , 16(6), 192~199(2008). 11. FLUENT Inc. GAMBIT User's Guide, Ver. 2.0(2000).
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