/

20104752013a40%

D

18

2 9

2.19

2.211

314

3.114

3.2APCS14

3.2.118

3.2.1.1ESP18

3.2.1.2FF20

3.2.1.3PM20

3.2.2SO220

3.2.2.1FGD20

3.2.2.2FGD21

3.2.3NOx22

3.323

3.3.123

3.3.224

3.3.325

3.3.426

3.427

3.4.128

3.4.229

3.4.330

3.531

3.5.131

3.5.2ACI33

535

5.135

5.1.135

5.1.235

5.1.3APCS35

5.1.435

5.236

5.2.136

5.2.236

5.2.3APCS36

5.2.437

5.2.537

639

6.139

6.239

6.339

6.439

6.5PEMS40

6.640

6.740

741

1.WCA2014

2.GalbreathZygarlicke,

3.Ito2006

4.SCR+ESP+FGD SCR+LLT-ESP+FGD

5.ESPLOI%(SeniorJohnson, 2008)

6.FGD

7.(PRB-; TxL-; NDL-)

8.WFGD/Keiser2014

9.ACI

10.

1./

2.APCS

3.APCSZhang2015

4. ZMWG2015

5.

6.

7./kW, 2010(Ancora, 2015)

8.(/kW2012)(2013)

9.600 MWAPCS2010Ancora2015

10.

11.ACI/kW2007

12.250 MWESPFFIJC2005

APCS

BAT

BEP

COP

ESP

FF

FGD

ID

O&M

PAC

PC

PM

SCR

UBC

1

D

4702013a

Amar2008

APCS

/

2 2.1

ASTMASTM D388

25-35%w/w19.26 MJ/kg

35-45%w/w19.2626.80 MJ/kg

45-86%w/w26.8032.66 MJ/kg

86-97%w/w32.66 KJ/kg

1WCA2014180%

1.WCA2014

1Tewalt2010

1./

0.075

0.01-0.31

Nelson, 2007; Tewalt , 2010

0.19

0.02-0.96 (8)

Finkelman, 2004; Tewalt , 2010

0.10

0.04-0.15 (28)

Finkelman, 2004; Tewalt , 2010

0.20

0.3

0.04-0.81 (23)

0.06-0.94 (45)

Finkelman, 2004; Tewalt , 2010

0.058

0.033-0.12 (12)

Tewalt , 2010

0.21

0.033

0.03-2.2 (19)

0.022-0.057 (4)

Tewalt , 2010

/

0.17

0.01-2.248 (482)

Zhang , 2012; , 2011

0.069

>0.02-0.17 (16)

Finkelman, 2004

0.338

0.126