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# | Location | File | Last Modified |
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1 | C:\gopa\schemas\export\ghg\2016\GHGFinalIncludedFiles | GHG_SubPartC_v6.3.xsd | Fri Dec 8 18:29:20 2017 UTC |
2 | C:\gopa\schemas\export\ghg\2017\GHGFinalIncludedFiles | GHG_SubPartC_v6.3.xsd | Fri Dec 8 18:29:02 2017 UTC |
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1 | <xsd:schem a xmlns:gh g="http:// www.ccdsup port.com/s chema/ghg" xmlns:xsd ="http://w ww.w3.org/ 2001/XMLSc hema" targ etNamespac e="http:// www.ccdsup port.com/s chema/ghg" elementFo rmDefault= "qualified " attribut eFormDefau lt="unqual ified" ver sion="6.3" > | 1 | <xsd:schem a xmlns:gh g="http:// www.ccdsup port.com/s chema/ghg" xmlns:xsd ="http://w ww.w3.org/ 2001/XMLSc hema" targ etNamespac e="http:// www.ccdsup port.com/s chema/ghg" elementFo rmDefault= "qualified " attribut eFormDefau lt="unqual ified" ver sion="6.3" > | |||
2 | <x sd:annotat ion> | 2 | <x sd:annotat ion> | |||
3 | <xsd :documenta tion> | 3 | <xsd :documenta tion> | |||
4 | Sche ma Name : GHG_SubPa rtC_v6.3.x sd | 4 | Sche ma Name : GHG_SubPa rtC_v6.3.x sd | |||
5 | Cu rrent Vers ion Availa ble At : | 5 | Cu rrent Vers ion Availa ble At : | |||
6 | De scription : Identi fication i nformation regarding the submi ssion file . | 6 | De scription : Identi fication i nformation regarding the submi ssion file . | |||
7 | </xs d:document ation> | 7 | </xs d:document ation> | |||
8 | </ xsd:annota tion> | 8 | </ xsd:annota tion> | |||
9 | <x sd:include schemaLoc ation="GHG _SimpleCon tent_v6.3. xsd"/> | 9 | <x sd:include schemaLoc ation="GHG _SimpleCon tent_v6.3. xsd"/> | |||
10 | <x sd:complex Type name= "CUnitData Type"> | 10 | <x sd:complex Type name= "CUnitData Type"> | |||
11 | <xsd :sequence> | 11 | <xsd :sequence> | |||
12 | <xsd:e lement ref ="ghg:GHGa sInfoDetai ls" maxOc curs="unbo unded"/> | 12 | <xsd:e lement ref ="ghg:GHGa sInfoDetai ls" maxOcc urs="unbou nded"/> | |||
13 | <xsd:e lement ref ="ghg:Unit sCDetails" minOccurs ="0" maxOc curs="unbo unded"/> | 13 | <xsd:e lement ref ="ghg:Unit sCDetails" minOccurs ="0" maxOc curs="unbo unded"/> | |||
14 | </xs d:sequence > | 14 | </xs d:sequence > | |||
15 | </ xsd:comple xType> | 15 | </ xsd:comple xType> | |||
16 | <x sd:element name="Sub PartC" typ e="ghg:CUn itDataType "> | 16 | <x sd:element name="Sub PartC" typ e="ghg:CUn itDataType "> | |||
17 | <xsd :annotatio n> | 17 | <xsd :annotatio n> | |||
18 | <xsd:d ocumentati on>MRR Ref erence: 9 8.30</xsd: documentat ion> | 18 | <xsd:d ocumentati on>MRR Ref erence: 9 8.30</xsd: documentat ion> | |||
19 | </xs d:annotati on> | 19 | </xs d:annotati on> | |||
20 | <xsd :unique na me="Unique SubpartCUn itName"> | 20 | <xsd :unique na me="Unique SubpartCUn itName"> | |||
21 | <xsd:s elector xp ath="ghg:U nitsCDetai ls/ghg:Uni tIdentific ation"/> | 21 | <xsd:s elector xp ath="ghg:U nitsCDetai ls/ghg:Uni tIdentific ation"/> | |||
22 | <xsd:f ield xpath ="ghg:Unit Name"/> | 22 | <xsd:f ield xpath ="ghg:Unit Name"/> | |||
23 | </xs d:unique> | 23 | </xs d:unique> | |||
24 | </ xsd:elemen t> | 24 | </ xsd:elemen t> | |||
25 | <x sd:element name="Uni tsCDetails " type="gh g:UnitsCDe tailsDataT ype"> | 25 | <x sd:element name="Uni tsCDetails " type="gh g:UnitsCDe tailsDataT ype"> | |||
26 | <xsd :unique na me="Unique SubpartCFu elId"> | 26 | <xsd :unique na me="Unique SubpartCFu elId"> | |||
27 | <xsd:s elector xp ath="ghg:T ierFuelDet ails"/> | 27 | <xsd:s elector xp ath="ghg:T ierFuelDet ails"/> | |||
28 | <xsd:f ield xpath ="ghg:Fuel InputsId"/ > | 28 | <xsd:f ield xpath ="ghg:Fuel InputsId"/ > | |||
29 | </xs d:unique> | 29 | </xs d:unique> | |||
30 | </ xsd:elemen t> | 30 | </ xsd:elemen t> | |||
31 | <x sd:complex Type name= "UnitsCDet ailsDataTy pe"> | 31 | <x sd:complex Type name= "UnitsCDet ailsDataTy pe"> | |||
32 | <xsd :sequence> | 32 | <xsd :sequence> | |||
33 | <xsd:e lement nam e="UnitIde ntificatio n" type="g hg:UnitIde ntificatio nDetailsDa taType2"> | 33 | <xsd:e lement nam e="UnitIde ntificatio n" type="g hg:UnitIde ntificatio nDetailsDa taType2"> | |||
34 | <xsd:ann otation> | 34 | <xsd:ann otation> | |||
35 | <xsd:docum entation>M RR Referen ce: 98.36( b)(1), (c) (1)(i), (c )(2)(i), ( c)(3)(i), and (d)(2) (i); 98.36 (b)(2)</xs d:document ation> | 35 | <xsd:docum entation>M RR Referen ce: 98.36( b)(1), (c) (1)(i), (c )(2)(i), ( c)(3)(i), and (d)(2) (i); 98.36 (b)(2)</xs d:document ation> | |||
36 | </xsd:an notation> | 36 | </xsd:an notation> | |||
37 | </xsd: element> | 37 | </xsd: element> | |||
38 | <xsd:c hoice> | 38 | <xsd:c hoice> | |||
39 | <xsd:ele ment name= "Individua lUnitDetai ls" type=" ghg:Indivi dualUnitDe tailsDataT ype"> | 39 | <xsd:ele ment name= "Individua lUnitDetai ls" type=" ghg:Indivi dualUnitDe tailsDataT ype"> | |||
40 | <xsd:annot ation> | 40 | <xsd:annot ation> | |||
41 | <x sd:documen tation>MRR Reference : 98.36(b )</xsd:doc umentation > | 41 | <x sd:documen tation>MRR Reference : 98.36(b )</xsd:doc umentation > | |||
42 | </xsd:anno tation> | 42 | </xsd:anno tation> | |||
43 | </xsd:el ement> | 43 | </xsd:el ement> | |||
44 | <xsd:ele ment name= "SmallUnit Aggregatio nDetails" type="ghg: SmallUnitA ggregation DetailsDat aType"> | 44 | <xsd:ele ment name= "SmallUnit Aggregatio nDetails" type="ghg: SmallUnitA ggregation DetailsDat aType"> | |||
45 | <xsd:annot ation> | 45 | <xsd:annot ation> | |||
46 | <x sd:documen tation>MRR Reference : 98.36(c )(1)</xsd: documentat ion> | 46 | <x sd:documen tation>MRR Reference : 98.36(c )(1)</xsd: documentat ion> | |||
47 | </xsd:anno tation> | 47 | </xsd:anno tation> | |||
48 | </xsd:el ement> | 48 | </xsd:el ement> | |||
49 | <xsd:ele ment name= "CommonPip eDetails" type="ghg: CommonPipe DetailsDat aType"> | 49 | <xsd:ele ment name= "CommonPip eDetails" type="ghg: CommonPipe DetailsDat aType"> | |||
50 | <xsd:annot ation> | 50 | <xsd:annot ation> | |||
51 | <x sd:documen tation>MRR Reference : 98.36(c )(3)</xsd: documentat ion> | 51 | <x sd:documen tation>MRR Reference : 98.36(c )(3)</xsd: documentat ion> | |||
52 | </xsd:anno tation> | 52 | </xsd:anno tation> | |||
53 | </xsd:el ement> | 53 | </xsd:el ement> | |||
54 | <xsd:ele ment name= "CommonSta ckDetails" type="ghg :CommonSta ckDataType "> | 54 | <xsd:ele ment name= "CommonSta ckDetails" type="ghg :CommonSta ckDataType "> | |||
55 | <xsd:annot ation> | 55 | <xsd:annot ation> | |||
56 | <x sd:documen tation>MRR Reference : 98.36(c )(2)</xsd: documentat ion> | 56 | <x sd:documen tation>MRR Reference : 98.36(c )(2)</xsd: documentat ion> | |||
57 | </xsd:anno tation> | 57 | </xsd:anno tation> | |||
58 | </xsd:el ement> | 58 | </xsd:el ement> | |||
59 | <xsd:ele ment name= "Part75Det ails" type ="ghg:Part 75DetailsD ataType"/> | 59 | <xsd:ele ment name= "Part75Det ails" type ="ghg:Part 75DetailsD ataType"/> | |||
60 | </xsd: choice> | 60 | </xsd: choice> | |||
61 |
<xsd:eleme
nt name="P
lantCode"
type="xsd:
integer" m
inOccurs="
0"
|
61 | <xsd:eleme nt name="P lantCode" type="xsd: integer" m inOccurs=" 0" maxOccurs ="unbounde d" > | |||
62 | <xsd:ann otation> | 62 | <xsd:ann otation> | |||
63 | <xsd:docum entation>M RR Referen ce: 98.36( b)(11), 98 .36(c)(1)( xi), 98.36 (c)(3)(x), 98.36(c)( 2)(x), 98. 36(d)(2)(i i)(J), 98. 36(d)(2)(i ii)(J)</xs d:document ation> | 63 | <xsd:docum entation>M RR Referen ce: 98.36( b)(11), 98 .36(c)(1)( xi), 98.36 (c)(3)(x), 98.36(c)( 2)(x), 98. 36(d)(2)(i i)(J), 98. 36(d)(2)(i ii)(J)</xs d:document ation> | |||
64 | </xsd:an notation> | 64 | </xsd:an notation> | |||
65 | </xsd: element> | 65 | </xsd: element> | |||
66 | <xsd:e lement nam e="CO2Emis sionsGener atedUsingS orbentInje ctionDetai ls" type=" ghg:CO2Emi ssionsGene ratedUsing SorbentInj ectionDeta ilsDataTyp e" minOccu rs="0"> | 66 | <xsd:e lement nam e="CO2Emis sionsGener atedUsingS orbentInje ctionDetai ls" type=" ghg:CO2Emi ssionsGene ratedUsing SorbentInj ectionDeta ilsDataTyp e" minOccu rs="0"> | |||
67 | <xsd:ann otation> | 67 | <xsd:ann otation> | |||
68 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vii i)</xsd:do cumentatio n> | 68 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vii i)</xsd:do cumentatio n> | |||
69 | </xsd:an notation> | 69 | </xsd:an notation> | |||
70 | </xsd: element> | 70 | </xsd: element> | |||
71 | <xsd:e lement nam e="Sorbent CO2Emissio nsQuantity " minOccur s="0"> | 71 | <xsd:e lement nam e="Sorbent CO2Emissio nsQuantity " minOccur s="0"> | |||
72 | <xsd:ann otation> | 72 | <xsd:ann otation> | |||
73 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(10) an d 98.36(c) (1)(x)</xs d:document ation> | 73 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(10) an d 98.36(c) (1)(x)</xs d:document ation> | |||
74 | </xsd:an notation> | 74 | </xsd:an notation> | |||
75 | <xsd:com plexType> | 75 | <xsd:com plexType> | |||
76 | <xsd:compl exContent> | 76 | <xsd:compl exContent> | |||
77 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | 77 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | |||
78 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM"/> | 78 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM"/> | |||
79 | </ xsd:extens ion> | 79 | </ xsd:extens ion> | |||
80 | </xsd:comp lexContent > | 80 | </xsd:comp lexContent > | |||
81 | </xsd:co mplexType> | 81 | </xsd:co mplexType> | |||
82 | </xsd: element> | 82 | </xsd: element> | |||
83 | <xsd:e lement nam e="CO2Emis sionsAllBi omassFuels Combined" minOccurs= "0"> | 83 | <xsd:e lement nam e="CO2Emis sionsAllBi omassFuels Combined" minOccurs= "0"> | |||
84 | <xsd:ann otation> | 84 | <xsd:ann otation> | |||
85 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(8)(ii) , 98.36(b) (9)(ii), 9 8.36(c)(1) (vi), 98.3 6(c)(2)(vi ii), 98.36 (c)(3)(vi) , 98.36(d) (2)(ii)(I) , and 98.3 6(d)(2)(ii i)(I) </xs d:document ation> | 85 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(8)(ii) , 98.36(b) (9)(ii), 9 8.36(c)(1) (vi), 98.3 6(c)(2)(vi ii), 98.36 (c)(3)(vi) , 98.36(d) (2)(ii)(I) , and 98.3 6(d)(2)(ii i)(I) </xs d:document ation> | |||
86 | </xsd:an notation> | 86 | </xsd:an notation> | |||
87 | <xsd:com plexType> | 87 | <xsd:com plexType> | |||
88 | <xsd:compl exContent> | 88 | <xsd:compl exContent> | |||
89 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | 89 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | |||
90 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | 90 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | |||
91 | </ xsd:extens ion> | 91 | </ xsd:extens ion> | |||
92 | </xsd:comp lexContent > | 92 | </xsd:comp lexContent > | |||
93 | </xsd:co mplexType> | 93 | </xsd:co mplexType> | |||
94 | </xsd: element> | 94 | </xsd: element> | |||
95 | <xsd:e lement nam e="CO2Emis sionsAllFo ssilFuelsC ombined" m inOccurs=" 0"> | 95 | <xsd:e lement nam e="CO2Emis sionsAllFo ssilFuelsC ombined" m inOccurs=" 0"> | |||
96 | <xsd:ann otation> | 96 | <xsd:ann otation> | |||
97 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(1)(vi) and 98.36 (c)(3)(vi) </xsd:docu mentation> | 97 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(1)(vi) and 98.36 (c)(3)(vi) </xsd:docu mentation> | |||
98 | </xsd:an notation> | 98 | </xsd:an notation> | |||
99 | <xsd:com plexType> | 99 | <xsd:com plexType> | |||
100 | <xsd:compl exContent> | 100 | <xsd:compl exContent> | |||
101 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | 101 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | |||
102 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | 102 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | |||
103 | </ xsd:extens ion> | 103 | </ xsd:extens ion> | |||
104 | </xsd:comp lexContent > | 104 | </xsd:comp lexContent > | |||
105 | </xsd:co mplexType> | 105 | </xsd:co mplexType> | |||
106 | </xsd: element> | 106 | </xsd: element> | |||
107 | <xsd:e lement ref ="ghg:Tier FuelDetail s" minOccu rs="0" max Occurs="un bounded"/> | 107 | <xsd:e lement ref ="ghg:Tier FuelDetail s" minOccu rs="0" max Occurs="un bounded"/> | |||
108 | <xsd:e lement nam e="BioGeni cCO2Verifi cationDeta ils" minOc curs="0"> | 108 | <xsd:e lement nam e="BioGeni cCO2Verifi cationDeta ils" minOc curs="0"> | |||
109 | <xsd:com plexType> | 109 | <xsd:com plexType> | |||
110 | <xsd:seque nce> | 110 | <xsd:seque nce> | |||
111 | <x sd:element name="Bio GenicCO2Ve rification MSW" type= "ghg:BioGe nicCO2Samp leAnalysis ResultsDat aType" min Occurs="0" maxOccurs ="unbounde d"> | 111 | <x sd:element name="Bio GenicCO2Ve rification MSW" type= "ghg:BioGe nicCO2Samp leAnalysis ResultsDat aType" min Occurs="0" maxOccurs ="unbounde d"> | |||
112 | <xsd :annotatio n> | 112 | <xsd :annotatio n> | |||
113 | <xsd:d ocumentati on>MRR Ref erence: 9 8.36(e)(2) (x)(A)</xs d:document ation> | 113 | <xsd:d ocumentati on>MRR Ref erence: 9 8.36(e)(2) (x)(A)</xs d:document ation> | |||
114 | </xs d:annotati on> | 114 | </xs d:annotati on> | |||
115 | </ xsd:elemen t> | 115 | </ xsd:elemen t> | |||
116 | <x sd:element name="Bio GenicCO2Ve rification NonMSW" ty pe="ghg:Bi oGenicCO2S ampleAnaly sisResults DataType" minOccurs= "0" maxOcc urs="unbou nded"> | 116 | <x sd:element name="Bio GenicCO2Ve rification NonMSW" ty pe="ghg:Bi oGenicCO2S ampleAnaly sisResults DataType" minOccurs= "0" maxOcc urs="unbou nded"> | |||
117 | <xsd :annotatio n> | 117 | <xsd :annotatio n> | |||
118 | <xsd:d ocumentati on>MRR Ref erence: 9 8.36(e)(2) (xi)</xsd: documentat ion> | 118 | <xsd:d ocumentati on>MRR Ref erence: 9 8.36(e)(2) (xi)</xsd: documentat ion> | |||
119 | </xs d:annotati on> | 119 | </xs d:annotati on> | |||
120 | </ xsd:elemen t> | 120 | </ xsd:elemen t> | |||
121 | </xsd:sequ ence> | 121 | </xsd:sequ ence> | |||
122 | </xsd:co mplexType> | 122 | </xsd:co mplexType> | |||
123 | </xsd: element> | 123 | </xsd: element> | |||
124 | <xsd:e lement nam e="Tier4De tails" typ e="ghg:Uni tTier4Deta ilsDataTyp e" minOccu rs="0"/> | 124 | <xsd:e lement nam e="Tier4De tails" typ e="ghg:Uni tTier4Deta ilsDataTyp e" minOccu rs="0"/> | |||
125 | </xs d:sequence > | 125 | </xs d:sequence > | |||
126 | </ xsd:comple xType> | 126 | </ xsd:comple xType> | |||
127 | <x sd:complex Type name= "Individua lUnitDetai lsDataType "> | 127 | <x sd:complex Type name= "Individua lUnitDetai lsDataType "> | |||
128 | <xsd :sequence> | 128 | <xsd :sequence> | |||
129 | <xsd:e lement nam e="UseIvtI ndicator" type="ghg: IndicatorD ataType" m inOccurs=" 0"/> | 129 | <xsd:e lement nam e="UseIvtI ndicator" type="ghg: IndicatorD ataType" m inOccurs=" 0"/> | |||
130 | <xsd:e lement nam e="MaxRate dheatInput Capacity" minOccurs= "0"> | 130 | <xsd:e lement nam e="MaxRate dheatInput Capacity" minOccurs= "0"> | |||
131 | <xsd:ann otation> | 131 | <xsd:ann otation> | |||
132 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(3)</xs d:document ation> | 132 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(3)</xs d:document ation> | |||
133 | </xsd:an notation> | 133 | </xsd:an notation> | |||
134 | <xsd:com plexType> | 134 | <xsd:com plexType> | |||
135 | <xsd:compl exContent> | 135 | <xsd:compl exContent> | |||
136 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | 136 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | |||
137 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM2"/> | 137 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM2"/> | |||
138 | <xsd :attribute name="oth erheatUOM" type="xsd :string"/> | 138 | <xsd :attribute name="oth erheatUOM" type="xsd :string"/> | |||
139 | </ xsd:extens ion> | 139 | </ xsd:extens ion> | |||
140 | </xsd:comp lexContent > | 140 | </xsd:comp lexContent > | |||
141 | </xsd:co mplexType> | 141 | </xsd:co mplexType> | |||
142 | </xsd: element> | 142 | </xsd: element> | |||
143 | </xs d:sequence > | 143 | </xs d:sequence > | |||
144 | </ xsd:comple xType> | 144 | </ xsd:comple xType> | |||
145 | <x sd:complex Type name= "SmallUnit Aggregatio nDetailsDa taType"> | 145 | <x sd:complex Type name= "SmallUnit Aggregatio nDetailsDa taType"> | |||
146 | <xsd :sequence> | 146 | <xsd :sequence> | |||
147 | <xsd:e lement nam e="UseIvtI ndicator" type="ghg: IndicatorD ataType" m inOccurs=" 0"/> | 147 | <xsd:e lement nam e="UseIvtI ndicator" type="ghg: IndicatorD ataType" m inOccurs=" 0"/> | |||
148 | <xsd:e lement nam e="Highest MaxRatedhe atInputCap acity" min Occurs="0" > | 148 | <xsd:e lement nam e="Highest MaxRatedhe atInputCap acity" min Occurs="0" > | |||
149 | <xsd:ann otation> | 149 | <xsd:ann otation> | |||
150 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(1)(iv) </xsd:docu mentation> | 150 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(1)(iv) </xsd:docu mentation> | |||
151 | </xsd:an notation> | 151 | </xsd:an notation> | |||
152 | <xsd:com plexType> | 152 | <xsd:com plexType> | |||
153 | <xsd:compl exContent> | 153 | <xsd:compl exContent> | |||
154 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | 154 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | |||
155 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM"/> | 155 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM"/> | |||
156 | </ xsd:extens ion> | 156 | </ xsd:extens ion> | |||
157 | </xsd:comp lexContent > | 157 | </xsd:comp lexContent > | |||
158 | </xsd:co mplexType> | 158 | </xsd:co mplexType> | |||
159 | </xsd: element> | 159 | </xsd: element> | |||
160 | <xsd:e lement nam e="Cumulat iveMaxRate dHeatInput Capacity" minOccurs= "0"> | |||||
161 | <xsd:com plexType> | |||||
162 | <xsd:compl exContent> | |||||
163 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | |||||
164 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM"/> | |||||
165 | </ xsd:extens ion> | |||||
166 | </xsd:comp lexContent > | |||||
167 | </xsd:co mplexType> | |||||
168 | </xsd: element> | |||||
160 | </xs d:sequence > | 169 | </xs d:sequence > | |||
161 | </ xsd:comple xType> | 170 | </ xsd:comple xType> | |||
162 | <x sd:complex Type name= "CommonPip eDetailsDa taType"> | 171 | <x sd:complex Type name= "CommonPip eDetailsDa taType"> | |||
163 | <xsd :sequence> | 172 | <xsd :sequence> | |||
164 | <xsd:e lement nam e="UseIvtI ndicator" type="ghg: IndicatorD ataType" m inOccurs=" 0"/> | 173 | <xsd:e lement nam e="UseIvtI ndicator" type="ghg: IndicatorD ataType" m inOccurs=" 0"/> | |||
165 | <xsd:e lement nam e="Highest MaxRatedHe atInputCap acity" min Occurs="0" > | 174 | <xsd:e lement nam e="Highest MaxRatedHe atInputCap acity" min Occurs="0" > | |||
166 | <xsd:ann otation> | 175 | <xsd:ann otation> | |||
167 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(3)(iii )</xsd:doc umentation > | 176 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(3)(iii )</xsd:doc umentation > | |||
168 | </xsd:an notation> | 177 | </xsd:an notation> | |||
169 | <xsd:com plexType> | 178 | <xsd:com plexType> | |||
170 | <xsd:compl exContent> | 179 | <xsd:compl exContent> | |||
171 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | 180 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | |||
172 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM"/> | 181 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM"/> | |||
173 | </ xsd:extens ion> | 182 | </ xsd:extens ion> | |||
174 | </xsd:comp lexContent > | 183 | </xsd:comp lexContent > | |||
175 | </xsd:co mplexType> | 184 | </xsd:co mplexType> | |||
176 | </xsd: element> | 185 | </xsd: element> | |||
186 | <xsd:e lement nam e="Cumulat iveMaxRate dHeatInput Capacity" minOccurs= "0"> | |||||
187 | <xsd:com plexType> | |||||
188 | <xsd:compl exContent> | |||||
189 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | |||||
190 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM"/> | |||||
191 | </ xsd:extens ion> | |||||
192 | </xsd:comp lexContent > | |||||
193 | </xsd:co mplexType> | |||||
194 | </xsd: element> | |||||
177 | </xs d:sequence > | 195 | </xs d:sequence > | |||
178 | </ xsd:comple xType> | 196 | </ xsd:comple xType> | |||
179 | <x sd:complex Type name= "CommonSta ckDataType "> | 197 | <x sd:complex Type name= "CommonSta ckDataType "> | |||
180 | <xsd :sequence> | 198 | <xsd :sequence> | |||
181 | <xsd:e lement nam e="UseIvtI ndicator" type="ghg: IndicatorD ataType" m inOccurs=" 0"/> | 199 | <xsd:e lement nam e="UseIvtI ndicator" type="ghg: IndicatorD ataType" m inOccurs=" 0"/> | |||
182 | <xsd:e lement nam e="Numbero fUnits" mi nOccurs="0 "> | 200 | <xsd:e lement nam e="Numbero fUnits" mi nOccurs="0 "> | |||
183 | <xsd:ann otation> | 201 | <xsd:ann otation> | |||
184 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(2)(ii) </xsd:docu mentation> | 202 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(2)(ii) </xsd:docu mentation> | |||
185 | </xsd:an notation> | 203 | </xsd:an notation> | |||
186 | <xsd:com plexType> | 204 | <xsd:com plexType> | |||
187 | <xsd:simpl eContent> | 205 | <xsd:simpl eContent> | |||
188 | <x sd:extensi on base="g hg:Count"/ > | 206 | <x sd:extensi on base="g hg:Count"/ > | |||
189 | <! -- <xsd:at tribute na me="isConf identialBu sinessInfo rmationInd icator" ty pe="ghg:In dicatorDat aType" use ="optional "/> --> | 207 | <! -- <xsd:at tribute na me="isConf identialBu sinessInfo rmationInd icator" ty pe="ghg:In dicatorDat aType" use ="optional "/> --> | |||
190 | </xsd:simp leContent> | 208 | </xsd:simp leContent> | |||
191 | </xsd:co mplexType> | 209 | </xsd:co mplexType> | |||
192 | </xsd: element> | 210 | </xsd: element> | |||
193 | <xsd:e lement nam e="Combine dMaxRatedH eatInputCa pacity" mi nOccurs="0 "> | 211 | <xsd:e lement nam e="Combine dMaxRatedH eatInputCa pacity" mi nOccurs="0 "> | |||
194 | <xsd:ann otation> | 212 | <xsd:ann otation> | |||
195 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(2)(iii )</xsd:doc umentation > | 213 | <xsd:docum entation>M RR Referen ce: 98.36 (c)(2)(iii )</xsd:doc umentation > | |||
196 | </xsd:an notation> | 214 | </xsd:an notation> | |||
197 | <xsd:com plexType> | 215 | <xsd:com plexType> | |||
198 | <xsd:compl exContent> | 216 | <xsd:compl exContent> | |||
199 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | 217 | <x sd:extensi on base="g hg:Measure mentDetail sDataType" > | |||
200 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM"/> | 218 | <xsd :attribute name="hea tUOM" type ="ghg:heat UOM"/> | |||
201 | </ xsd:extens ion> | 219 | </ xsd:extens ion> | |||
202 | </xsd:comp lexContent > | 220 | </xsd:comp lexContent > | |||
203 | </xsd:co mplexType> | 221 | </xsd:co mplexType> | |||
204 | </xsd: element> | 222 | </xsd: element> | |||
205 | </xs d:sequence > | 223 | </xs d:sequence > | |||
206 | </ xsd:comple xType> | 224 | </ xsd:comple xType> | |||
207 | <x sd:complex Type name= "UnitTier4 DetailsDat aType"> | 225 | <x sd:complex Type name= "UnitTier4 DetailsDat aType"> | |||
208 | <xsd :sequence> | 226 | <xsd :sequence> | |||
209 | <xsd:e lement nam e="SlipStr eamIndicat or" minOcc urs="0"> | 227 | <xsd:e lement nam e="SlipStr eamIndicat or" minOcc urs="0"> | |||
210 | <xsd:ann otation> | 228 | <xsd:ann otation> | |||
211 | <xsd:docum entation>M RR Referen ce: 98.33 (a)(4)(vii i)</xsd:do cumentatio n> | 229 | <xsd:docum entation>M RR Referen ce: 98.33 (a)(4)(vii i)</xsd:do cumentatio n> | |||
212 | </xsd:an notation> | 230 | </xsd:an notation> | |||
213 | <xsd:com plexType> | 231 | <xsd:com plexType> | |||
214 | <xsd:simpl eContent> | 232 | <xsd:simpl eContent> | |||
215 | <x sd:extensi on base="g hg:Indicat orDataType "/> | 233 | <x sd:extensi on base="g hg:Indicat orDataType "/> | |||
216 | </xsd:simp leContent> | 234 | </xsd:simp leContent> | |||
217 | </xsd:co mplexType> | 235 | </xsd:co mplexType> | |||
218 | </xsd: element> | 236 | </xsd: element> | |||
219 | <xsd:e lement ref ="ghg:Tier 4QuarterFu elDetails" minOccurs ="0" maxOc curs="unbo unded"> | 237 | <xsd:e lement ref ="ghg:Tier 4QuarterFu elDetails" minOccurs ="0" maxOc curs="unbo unded"> | |||
220 | <xsd:ann otation> | 238 | <xsd:ann otation> | |||
221 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vi) (B)</xsd:d ocumentati on> | 239 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vi) (B)</xsd:d ocumentati on> | |||
222 | </xsd:an notation> | 240 | </xsd:an notation> | |||
223 | </xsd: element> | 241 | </xsd: element> | |||
224 | <xsd:e lement nam e="TotalSo urceOperat ingHours" minOccurs= "0"> | 242 | <xsd:e lement nam e="TotalSo urceOperat ingHours" minOccurs= "0"> | |||
225 | <xsd:ann otation> | 243 | <xsd:ann otation> | |||
226 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vi) (A)</xsd:d ocumentati on> | 244 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vi) (A)</xsd:d ocumentati on> | |||
227 | </xsd:an notation> | 245 | </xsd:an notation> | |||
228 | <xsd:com plexType> | 246 | <xsd:com plexType> | |||
229 | <xsd:simpl eContent> | 247 | <xsd:simpl eContent> | |||
230 | <x sd:extensi on base="x sd:decimal "/> | 248 | <x sd:extensi on base="x sd:decimal "/> | |||
231 | <! -- <xsd:at tribute na me="isConf identialBu sinessInfo rmationInd icator" ty pe="ghg:In dicatorDat aType" use ="optional "/> --> | 249 | <! -- <xsd:at tribute na me="isConf identialBu sinessInfo rmationInd icator" ty pe="ghg:In dicatorDat aType" use ="optional "/> --> | |||
232 | </xsd:simp leContent> | 250 | </xsd:simp leContent> | |||
233 | </xsd:co mplexType> | 251 | </xsd:co mplexType> | |||
234 | </xsd: element> | 252 | </xsd: element> | |||
235 | <xsd:e lement nam e="Operati ngHoursDet ails" type ="ghg:Oper atingHours DetailsDat aType" min Occurs="0" > | 253 | <xsd:e lement nam e="Operati ngHoursDet ails" type ="ghg:Oper atingHours DetailsDat aType" min Occurs="0" > | |||
236 | <xsd:ann otation> | 254 | <xsd:ann otation> | |||
237 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vi) (C) and 98 .3(c)(8)</ xsd:docume ntation> | 255 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vi) (C) and 98 .3(c)(8)</ xsd:docume ntation> | |||
238 | </xsd:an notation> | 256 | </xsd:an notation> | |||
239 | </xsd: element> | 257 | </xsd: element> | |||
240 | <xsd:e lement nam e="CO2Emis sionsNonBi ogenic" mi nOccurs="0 "> | 258 | <xsd:e lement nam e="CO2Emis sionsNonBi ogenic" mi nOccurs="0 "> | |||
241 | <xsd:ann otation> | 259 | <xsd:ann otation> | |||
242 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(9)(ii) and 98.36 (c)(2)(vii i)</xsd:do cumentatio n> | 260 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(9)(ii) and 98.36 (c)(2)(vii i)</xsd:do cumentatio n> | |||
243 | </xsd:an notation> | 261 | </xsd:an notation> | |||
244 | <xsd:com plexType> | 262 | <xsd:com plexType> | |||
245 | <xsd:compl exContent> | 263 | <xsd:compl exContent> | |||
246 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | 264 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | |||
247 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | 265 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | |||
248 | </ xsd:extens ion> | 266 | </ xsd:extens ion> | |||
249 | </xsd:comp lexContent > | 267 | </xsd:comp lexContent > | |||
250 | </xsd:co mplexType> | 268 | </xsd:co mplexType> | |||
251 | </xsd: element> | 269 | </xsd: element> | |||
252 | <xsd:e lement nam e="CO2Emis sionsBioge nic" minOc curs="0"> | 270 | <xsd:e lement nam e="CO2Emis sionsBioge nic" minOc curs="0"> | |||
253 | <xsd:com plexType> | 271 | <xsd:com plexType> | |||
254 | <xsd:compl exContent> | 272 | <xsd:compl exContent> | |||
255 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | 273 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | |||
256 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | 274 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | |||
257 | </ xsd:extens ion> | 275 | </ xsd:extens ion> | |||
258 | </xsd:comp lexContent > | 276 | </xsd:comp lexContent > | |||
259 | </xsd:co mplexType> | 277 | </xsd:co mplexType> | |||
260 | </xsd: element> | 278 | </xsd: element> | |||
261 | <xsd:e lement nam e="AnnualC O2Emission sMeasuredB yCEMS" min Occurs="0" > | 279 | <xsd:e lement nam e="AnnualC O2Emission sMeasuredB yCEMS" min Occurs="0" > | |||
262 | <xsd:ann otation> | 280 | <xsd:ann otation> | |||
263 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(9)(i), 98.36(b)( 9)(ii), 98 .36(c)(2)( viii)</xsd :documenta tion> | 281 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(9)(i), 98.36(b)( 9)(ii), 98 .36(c)(2)( viii)</xsd :documenta tion> | |||
264 | </xsd:an notation> | 282 | </xsd:an notation> | |||
265 | <xsd:com plexType> | 283 | <xsd:com plexType> | |||
266 | <xsd:compl exContent> | 284 | <xsd:compl exContent> | |||
267 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | 285 | <x sd:extensi on base="g hg:Calcula tedDetails DataType"> | |||
268 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | 286 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | |||
269 | </ xsd:extens ion> | 287 | </ xsd:extens ion> | |||
270 | </xsd:comp lexContent > | 288 | </xsd:comp lexContent > | |||
271 | </xsd:co mplexType> | 289 | </xsd:co mplexType> | |||
272 | </xsd: element> | 290 | </xsd: element> | |||
273 | <xsd:e lement ref ="ghg:Tier Methodolog yStartDate " minOccur s="0"> | 291 | <xsd:e lement ref ="ghg:Tier Methodolog yStartDate " minOccur s="0"> | |||
274 | <xsd:ann otation> | 292 | <xsd:ann otation> | |||
275 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(6), 98 .36(c)(2)( vi)</xsd:d ocumentati on> | 293 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(6), 98 .36(c)(2)( vi)</xsd:d ocumentati on> | |||
276 | </xsd:an notation> | 294 | </xsd:an notation> | |||
277 | </xsd: element> | 295 | </xsd: element> | |||
278 | <xsd:e lement ref ="ghg:Tier Methodolog yEndDate" minOccurs= "0"> | 296 | <xsd:e lement ref ="ghg:Tier Methodolog yEndDate" minOccurs= "0"> | |||
279 | <xsd:ann otation> | 297 | <xsd:ann otation> | |||
280 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(7), 98 .36(c)(2)( vii)</xsd: documentat ion> | 298 | <xsd:docum entation>M RR Referen ce: 98.36 (b)(7), 98 .36(c)(2)( vii)</xsd: documentat ion> | |||
281 | </xsd:an notation> | 299 | </xsd:an notation> | |||
282 | </xsd: element> | 300 | </xsd: element> | |||
283 | <xsd:e lement ref ="ghg:Biog enicPortio nDetails" minOccurs= "0"/> | 301 | <xsd:e lement ref ="ghg:Biog enicPortio nDetails" minOccurs= "0"/> | |||
284 | </xs d:sequence > | 302 | </xs d:sequence > | |||
285 | </ xsd:comple xType> | 303 | </ xsd:comple xType> | |||
286 | <x sd:complex Type name= "CO2Emissi onsGenerat edUsingSor bentInject ionDetails DataType"> | 304 | <x sd:complex Type name= "CO2Emissi onsGenerat edUsingSor bentInject ionDetails DataType"> | |||
287 | <xsd :sequence> | 305 | <xsd :sequence> | |||
288 | <xsd:e lement nam e="TotalAm ountOfSorb entUsed" m inOccurs=" 0"> | 306 | <xsd:e lement nam e="TotalAm ountOfSorb entUsed" m inOccurs=" 0"> | |||
289 | <xsd:ann otation> | 307 | <xsd:ann otation> | |||
290 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vii i)(A)</xsd :documenta tion> | 308 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vii i)(A)</xsd :documenta tion> | |||
291 | </xsd:an notation> | 309 | </xsd:an notation> | |||
292 | <xsd:com plexType> | 310 | <xsd:com plexType> | |||
293 | <xsd:simpl eContent> | 311 | <xsd:simpl eContent> | |||
294 | <x sd:extensi on base="x sd:decimal "> | 312 | <x sd:extensi on base="x sd:decimal "> | |||
295 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | 313 | <xsd :attribute name="mas sUOM" type ="ghg:mass UOM" use=" optional"/ > | |||
296 | </ xsd:extens ion> | 314 | </ xsd:extens ion> | |||
297 | </xsd:simp leContent> | 315 | </xsd:simp leContent> | |||
298 | </xsd:co mplexType> | 316 | </xsd:co mplexType> | |||
299 | </xsd: element> | 317 | </xsd: element> | |||
300 | <xsd:e lement nam e="Sorbent MolecularW eight" typ e="xsd:dec imal" minO ccurs="0"> | 318 | <xsd:e lement nam e="Sorbent MolecularW eight" typ e="xsd:dec imal" minO ccurs="0"> | |||
301 | <xsd:ann otation> | 319 | <xsd:ann otation> | |||
302 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vii i)(B)</xsd :documenta tion> | 320 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vii i)(B)</xsd :documenta tion> | |||
303 | </xsd:an notation> | 321 | </xsd:an notation> | |||
304 | </xsd: element> | 322 | </xsd: element> | |||
305 | <xsd:e lement nam e="Sorbent Ratio" typ e="xsd:dec imal" minO ccurs="0"> | 323 | <xsd:e lement nam e="Sorbent Ratio" typ e="xsd:dec imal" minO ccurs="0"> | |||
306 | <xsd:ann otation> | 324 | <xsd:ann otation> | |||
307 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vii i)(C)</xsd :documenta tion> | 325 | <xsd:docum entation>M RR Referen ce: 98.36 (e)(2)(vii i)(C)</xsd :documenta tion> | |||
308 | </xsd:an notation> | 326 | </xsd:an notation> | |||
309 | </xsd: element> | 327 | </xsd: element> | |||
310 | </xs d:sequence > | 328 | </xs d:sequence > | |||
311 | </ xsd:comple xType> | 329 | </ xsd:comple xType> | |||
312 | </xsd:sche ma> | 330 | </xsd:sche ma> |
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