20251223Exhibit 8.pdf

Intermountain Gas Company
Transportation Inputs, Transportation Results,
and Supply Results — Design Base Case
2025 — 2030
INTERMOUNTAIN ®R
GAS COMPANY
A Subsidiaryof MDU Resources Group, Inc.
P,
In the Community to Serve'
Exhibit No. 8

me Feb-6
(BBtu) 7.11
wstl$/..Btu) 5 az 5 745 5 az 5 az 5 s0 5 az 5 71
5 az 5 71
5 Bz 5 ez 5 745 5 az 5 745 5
arlable casts($/..era) 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 -
M.Will Flw(BBtu) 17,111 5 az9 5 0 5 az 5 az 5 55 5 Bz 5 0 5 az9 5 0 5 az9 5 az 5 0 5 az 5 0.11 5
wss lBZ)
arlable Casa0/M.etu) 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
M.Will Aow(BBtu) 1111
wst 00 5 131 5 az1 5 az1 5 551 5 az1 5 00 5 00 5 00 5 00 5 00 5 00 5 00 5 1 ON.-) 531 5
arlable Cam(S/MMetu) 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 -
M.Will awlBBtul 72.1.17
cost($/MMRtu) 5 az 5 73 5 az 5 az 5 ss]5 .5 0 5 az 5 0 5 az 5 az 5 0 5 az7 5 �37 5
arlable Cam(S/MMRtuI 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
I M.Will Aw(BBtu)
wnl$/MMRtuI 5 11 5 0 5 1�5 1�5 1n 5 1�5 0 5 1�5 0 5 1�5 1�5 0 5 1I 5 0 5
6TNwss IBBtu1RI'llariable<osa l$/MMRtuI 5 oo0e 5 O S 61 5 1q 5 6 5 1x 5 00]B 5 O S o00,5 O S o00,5 O S oo0e 5 oo0e 5
w(BBtu)
ws.'($/er R 5 060 5 60a60 5 060 5 060 5 0 5 060 5 O S 060 5 O S 060 5 01s0 5 O S 060 5 O S
ss(BB<u1R 1.11
arwbiecosa($/MMRtu) 5 01 5 00 5 ]5 ]5 131 5 01a00 5 06 5 O S 0 5 O S 0 5 O S 1x7 5 61 5
(BBtul
Cost($/MMRtuI 5 41 5 0 5 40 5 47 5 01 5 40 5 0 5 40 5 0 5 40 5 40 5 0 5 40 5 0 5
wss IBB u1R
arlable Cosa($/MMRtu) 5 10 5 O S 0 5 49 5 45 5 1x2 5 O S 0 5 0 5 05 5 000 5 O S 0 5 10 5
GlWiry Flow(BBtu) 200.
wstl$/MMRtuI 5 40 5 0 5 10 5 10 5 nB 5 10 5 00 5 00 5 00 5 00 5 00 5 Z.
5 00 5 0 5
arlable Cosa($/MMRtuI 5 00 5 O S 42 5 42 5 6 5 13 5 aao 5 aao 5 000 5 000 5 000 5 000 5 000 5 10 5
BBtu)
7N13417
ws" MMRtuI 5 o1B7o 5 0 5 .1B7o 5 o1B7o 5 n0 5 ,07 5 0 5 07 5 0 5 000 5 000 5 0 5 000 5 0 5
ss IBB u1R
arwblecosa($/MMRtuI 5 0 5 O9 5 66 5 1q 5 6 5 l 5 0 5 0 5 07 5 0 5 07 5 07 5 07 5 1x 5
(BBtu)
cost($/MMRtuI 5 010]0 5 0 5 0100 5 0100 5 ?00 5 0100 5 0 5 01070 5 0 5 01701
017 5 0 5 010]0 5 0 5
ss IBB u1R
ariable<osa l$/MMRtuI 5 OB 5 0 5 1q 5 1q 5 13 5 u 5 O S O S 0 5 O S O S 0 5 06 5 >�5 wimiry Now(BBtu)
Cost($/MMRtuI 5 653 5 653 5 65 5 65B 5 653 5 653 5 653 5 653 5 653 5 653 5 653 5 65 5 65 5 65 5
oral Rotklez arlable Cam lS/MMRtuI 5 aao 5 aao 5 cq 5 61 5 005
aao 5 aao 5 000 5 aao 5 aao 5 aao 5 aao 5 000 5 000 5
BB)
Cost($/MMeru) 5 175
67 5 97 5 97 5 0 5 97 5 67 5 97 5 67 5 97 5 97 5 6 5 97 5 67 5
77
672
ass IBB<u1R
arwbk<osa l$/MMRtuI 5 a0 5 000 5 0 5 10 5 01 5 0 5 a0 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
(BBtu)
cost W..eru) 5 22 5 0 5 xx 5 xx 5 62 5 xx 5 0 5 xx 5 0 5 xx 5 xx 5 0 5 xx 5 0 5
arwb1ecos10/MMRtuI 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
(BBtu)
Cost($/M.M) 5 36 5 96 5 36 5 3c 5 s7B 5 36 5 96 5 3ii 5 5c 5 3c 5 36 5 96 5 36 5 96 5
ss 11,
u1R IT— 210,7
ariable<osa l$/MMRtuI 5 i11 5 47%6Hl
5 0267 5 0267 5 9 5 x0 5 12 5 0 5 0 5 ox1 5 0 5 0 5 15B 5 xx 5
w(BBtu)
NIP 1 cost($/MMBtu) 5 36 5 %5 %5 %5 1�5 %5 %5 %5 %5 %5 %5 %5 %5 96 5
NWP wssIBB<u1R
arwblecosa($/MMRtu) 5 00 5 14
5 9 5 15 5 9 5 ss 5 - 5 - 5 - 5 - 5 - 5 - 5 O S 09 5
(BBtu) 41W 4—
Cost($/MMBIuI 5 w 5 x40 5 w 5 w 5 410$ w$ 240 5 1 5 240 5 w 5 1 5 240 5 1 5 1.5 1,21
NWPwss IBB ula1.
varwbkcosa($/MMRtu) $ 0B 5 6 5 5 5 5 5 0 5 m 5 10 5 09 5 1500 5 0 5 09 5 02 5 z0$
9 5
(881) 20.
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eaxg0$ B01$ x0$ 40$
40$
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40$
12.$
ass IB11, 121
NIII arwblecosa($/MMRtu) $ 400$ 0 5 xx 5 "5 20 5 10 5 - 5 - 5 - $ - 5 - 5 - 5 - 5 06 5
(881)
NIP cost($/MMRtuI 5 01 5 71 5 'o 5 'o 5 %5 01 5 71 5 01 5 71$ 01 5 01 5 71 5 01 5 71 5
NWP bss(BBtu1R2261
varwbkcosa($/MMRtu) 5 6 5 u 5 67 5 67 5 13 5 z0$
47$
019$
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x11$
w(881) 21
Cost($/MMRtuI $ oe070$
400$ oeB7o 5 oeB7o 5 10 5 oe070 5 06010 5 oeB7o 5 06010$ 00 5 oe070 5 c10 5 oe070$ 01$
bss IBBtu1R6.varwbk<osa($/MMRtuI 5 10$ %9 5 65 5 65 5 9 5 9 5 07 5 00 5 O S 05 5 01 5 6B 5 19 5 ms 5
(881) 13— 13
COst($/.-0 $
0$ 0$ 05 5 O5 5 05 5 05 5 05 5 O5 5 O5 5 OB 5 05 5 05$
05 5 05 5
NWPss IB11, 2 2
arwbk costs($/MMRtuI $
11$ 62$ 3c2 5 3c2 5 9 5 30i90 5 10 5 10 5 0 5 0 5 O S 07 5 1q 5 x0 5
Beta)
w.W..etu) 5 10 5 76105 10 5 10 5 505 105 77105 105 .77105 10 5 10 5 77105 105 77105
NWPbss IBii,
arwblecosa($/MMRtuI 5 67 5 61 5 60 5 60 5 O'29 5 of 52.0.6M29
5 120 52.0.�'29
S 0 5 0 5 0$
x07$
xo 5
w(BBtu)
NIPCost($/MMRtuI 5 00 5 71 5 00 5 00 5 %5 10 5 71 5 10 5 71 5 10$ 10 5 71$ 10$ 71 51.210
—(BBtula
varwbkcosa($/MMRtu) 5 17 5 zx1 5 1�5 10 5 13 5 ws 5 6 5 OB 5 0 5 03$ O S 4B 5 17$ 42 5
(Eft)
Cost($/.MBtu) 5 0000 5 �10 5 o1B0o 5 o1B0o 5 50 5 0000 5 0]010 5 o1B0o 5 0710 5 o1B0o$
0000 5 0�010$ 0000$ 710 5
N'p IC NWP I' ss IBBtu1R
arwblecosa($/MMRtuI 5 67 5 6 5 61$ 61$ 9$ x2$ 6$ 11$ O$ O$ 07 5 11 5 20 5 221 5
IBBtu)
cost($/MMRtuI 5 10 5 01 5 10 5 10 5 50 5 10 5 01 5 10 5 0�010 5 10$ 10 5 0710$ 10$ .77.5
NWP I' bss IBBtu1R
arwblecosa(VIVIVI u) $ 171$ 61$ 6B$ x6 5 %9 5 1i0$ 149$ O S 03 5 05 5 0 5 10 5 7 5 5
(Eft) li,Cost($/.Meru) $ 45$ 0 5 45$
45$
83 5 45$
0 5 49 5 0 5 45 5 230q 5 0 5 49 5 0 5
bss IBBtula1.
arlable Cosa$/MMetul 5 16$ 0$
6$ 6 5 9 5 0B 5 0690 5 0 5 oB 5 0 5 O S 1q 5 179 5 46 5
Beta)
Cost($/.metal $ oz9$
%9$
oz9$ O9 5 0 5 O9 5 %9$
O9 5 %9 5 O9 5 O9 5 %9$
O9$
%9 5
ss IBBtu1R4.
arlablecosa($/MM") $ 41$
62$
0$
0 5 9 5 zz 5 4B$
0 5 oc 5 O S O S 10 5 42 5 9 5
w(—)
cost($/.Meru) $ o02$ 50$
oOBxo$
oOBxo 5 �30 5 o00x0 5 50$
oOBxo 5 .2912 5 o0.5 000x0 5 50 5 o00x0 5 91 5
bss IBBtu1R
arlablecosa($/MMRtuI $
6$ x10$
67$
67 5 90 5 5 61$
0 5 0 5 O S OS 5 1x 5 157 5 10 5
(Eft)
Cost($/MMetu) 5 a0 5 0176$ 6s$
6s 5 40 5 6s 5 a0 5 000 5 000 5 ao0 5 aao 5 aao 5 aao 5 03870 5
wssIBB<ula39
arlable Costs l$/.metal 5 00 5 4B$ 69$ 21 5 0 5 m 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 1e$
w(BBtu)
Cost($/MMRtu) $ o1B0o$ 0710$ o1B0o$ o1B0o 5 50 5 o1B0o 5 0710$ o1B0o 5 0710$ 0000 5 o1B0o$ 0710$ o1B0o$ 0710$
ass lBBtu1R
arIUII osa($/MM-) $ 400$
1o1$ x60q$
6 520.1911
5 4a 5 000 5 000 5 000 5 000 5 aao 5 aao 5 ,111 O S 0 5
w(BBtul
ws1($/MMetu) $ 40$
03400$
40 5 40 5 40$
o3B6o 5 0�00 5 o3B6o 5 0�00 5 o3B6o 5 0350 5 0�00 5 o3B6o 5 7 5
ass IBii, U.
arlable Cosa($/M.Btu) 5 a0 5 000 5 O S O S 01 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
M.Will Fl (—) 41—cost($/.Meru) 5 z0 5 9 5 26 5 26 5 20 5 20 5 9 5 20 5 9 5 211 5 211 5 6 5 20 5 6 5
arlable Cosa($/M.Btu) 5 000 5 000 5 oo0 5 Oq 5 00 5 O S o00 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
om
ILY3 M.Will Aw(BBtu) 41—
ws1($/.-M 5 0 5 95 5 0 5 0 5 27 5 0 5 29$
0 5 95$ O S 0 5 29 5 0 5 29 5
0.
ass IBB<ulo00.60110
arwblecosa($/MMM) 5 000 5 000 5 ro 5 O S 02 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 aao 5 aao 5
M.lw lBBtul
I, cost l$/.Vera( 5 az 5 7q 5 az 5 az 5 sq 5 az 5 7q 5 az 5 �3 5 az 5 az 5 74q 5 ex 5 74q 5
asa($/mmm) 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
M.Will Fl w(BBtu)
w1,ONMetul 5 ea 5 0 5 as 5 as 5 zz 5 as 5 0 5 as 5 0 5 as 5 as 5 0 5 as 5 66 5
osa l$/.meta) 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
M.Will A
bl<(BBtu)
Cost($/MMRtuI $ 6 5 O S 6$ 6$ 7e$ 6$ O$ 6$ O$ 6$ 6$ 0250$ 6$ O S
ass IBBtu1R 1.114
ariable<osa l$/..Btu) $ 02$ 01 5 66 5 1q 5 13$
02$
0007E$ m7$
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IBBtu) 1— 10
w.ON.-) 5 10 5 00 5 10 5 10 5 %5 10 5 00 5 16 00 5 16 16 00 5 276 00 5
—IBBuu1R
SM1ell arlable Cosa l$/.metal $ s71 5 0$ 61 5 61 5 9 5 s71 5 4q 5 1o2 5 0 5 0 5 0 5 O S x1 5 20 5 .26
Will Aw(BBtu)
Cost($/.Meru) $ az 5 73$ az 5 az 5 55 5 az 5 73$ az 5 73 5 az 5 az 5 73$ az 5 73 5
arlable Cosa($/MMRtuI 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
.TN M.l Will w(BBtu)
cost($/.Meru) 5 9 5 911$ l.9 5 9 5 34$ 5 5 $ $ $
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arlable Cosa l$/..Btu( 5 11 5 1x1 5 4q 5 14 5 139 5 13B 5 0 5 a056e 5 01 5 01 5 01 5 06 5 >2$ 13$
.TN xamss Max wily NowlBBtul 1.%. 10q.16o Oq.26o Oq.26o A401. 1oq.26o I.I. 1-0. 1-0. 1-0. 1-0. 0C,20. 0q.26o 0q.26o 04.26o
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crx xo�e:: romv:�iame com($/mm-) 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 00o s o0o s o0o s o00 5 000 5 000 5
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(BB.) 7.11 wnlS/Mmawl s Bz s s4 s Bz s �3 5 Bz s 71 s Bz s Bz s 74 s Bz s 74 s Bz s Bz s s4 s az s 71 s az s 74 s az s
-able cazn(5/mmewl s o00 5 000 5 00o s o0o s o00 5 000 5 00o s o00 5 000 5 00o s o00 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
w(BBw) 17
costlS/MMBwI s Bzs s sss s Bz9 5 139 s B29 s vs s B29 s Bx9 s vs s Bx9 s vs s B29 s B29 5 559 5 B29 5 .1s 5 B29 5 .1s 5 B29 5
arlable W"0/mmBwl 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
ow(BBw) 21,
con($/Mmewl 5 Bz1 5 551 5 Bz1 5 u0 5 u0 5 u0 5 u0 5 u0 5 u0 5 u0 5 m1 5 Bz1 5 Bz1 5 551 5 Bz1 5 u0 5 u0 5 u0 5 u0 5 -
wsslBaulo
arlable cozn lS/MMBwI 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
Wily A
ow lBBwl7.
con15/MMBwI 5 s17 5 557 5 7.w
5 337 5 Bz7 5 337 5 s17 5 s17 5 337 5 s17 5 337 5 s17 5 s17 5 557 5 BzzS 73 5 s17 5 337 5 s17 5
Bass lBa ulo
arlable cozn($/MMBtoI 5 u0 5 u0 5 u0 5 u0 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
ow lBBwl TM 7.M
con($/MMBwI $ 11$
1n 5 11 5 w 5 11 5 w 5 11 5 11 5 w 5 11 5 w 5 11 5 11 5 n 5 11 5 w 5 13 5 w 5 11 5
ss(BBtol 1.arlabiecosn lS/MMBwI $
141$ 13 5 1z 5 09 5 oss 5 as 5 as 5 w 5 oss 5 14$
14$
1.41 5 1.41 5 13 5 09 5 0s$ O S as 5 O2 5
ow lBBwl
con15/MMBwI 5 5 00 5 >8°5 as 5 s�0 5 001$ -$ >8°5 BOaso$ sw0 5 s00so 5 sw0 5 sw0 5 70B0 5 1B 5 as 5 1B 5 as 5 1B 5
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con l$/MMBwI 5 11B$
�s 5 os 5 000 5 000 5 000 5 000 5 000 5 000 5 40 5 w$ 11B 5 11B 5 ns$ s1Bis 5 000 5 000 5 000 5 000 5
oss IBBV.tI) .IbICosul$/MMBwI 5 $ 13$ 13 5 000 5 000 5 00 5 000 5 000 5 000 5 000 5 12 5 14$ 14 5 13 5 ..5 - 5 000 5 000 5 00 5
GTN Wily owlBBwl17 con15/MMBwI 5 130 5 on0 5 o1B7o$ w$
130$ w$ o1B7o 5 o1B7o 5 w$ o1B7o$ w$ 17$ 130 5 on0 5 130$ w$ 130$ w$ 130$ss IBB o1
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.TN 5 Wily o(Bewl
con l$/MMBwI 5 130$ on0$ o1B7o$ w$ 1w$
w$ 130 5 o1B7o w 5 5 o1B7o$ w o
5 1B7o$ o1B7o on0$
o 5 1B7o$ w 5 o1B7o$ w$ o1B7o 5
ss(BBtola
oml$/MMBwI 5 14 5 13 5 13 5 07 5 0B 5 .5 .5 0 5 04 5 11 5 >11 5 143$ 14 5 13$ 11 5 0 5 o4B 5 014 5 0 5073
mlwiry f ow IBBwI
($/M ConMBw)11 5 ss 5 ss 5 ss 5 ss 5 ss 5 ss 5 ss 5 ss 5 ss s ss s ss s ss s ss 5 ss s ss s ss 5 ss s ss s Bs 5
nwl BarBiez om I$/MMBtoI 5IB 154 54$
000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 1B$
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can($/MMBtoI 5 >97 s m7 5 >1$ 157 5 11 5 157 s 11 s 11 s 157 s 19 s 157 s 11 s 19 s o87 s 19 s 157 s 19 s 157 s 19 s
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om($/Mmetol 5 x4$
000 5 000 5 .5 000 5 01 5 000 5 000 5 000 5 ro 5 000 5 ro9 5 x4 5 000 5 .5 000 5 000 5 000 5 00 5
IVAIow lBBwl 123.921
caul$/MMBtoI 5 zz1 5 Bz 5 zz1 5 oz 5 z21 5 0z 5 z21 5 z21 5 0z$
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con15/MMBtoI 5 3B$
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con 15/mmetol s 0$ x0 5 0 5 24 s 0 s 24 s 0 s 0 s 24$ 0 s 24 s 0 5 0 5 4x s 0 s 24 s 0 s x4 s 0 s
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4

n,. r.e n
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5

ame 1e638 IN128 feb-29 M,29
(BBto) 7.11
wst 15/MmBml 5 z4 5 Bz 5 z4 5 Bz 5 Bz 5 w 5 Bz 5 z4 5 sz 5 z4 5 Bz 5 Bz 5 z4 5 Bz 5 z4 5 sz 5 sz 5 s4 5 Bz 5
tau l0B<ula
-able casts0/Mmewl 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
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tau l0B<ola
2.11
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costlS/MMBwI 5 aao 5 aao 5 1
1 5 Bz1 5 Bz1 5 01 5 Bz1 5 aao 5 aao 5 aao 5 aao 5 aao 5 aao 5 aao 5 11 5 Bz1 5 Bz1 5 ssz 5 Bz1 5 -
ar�ablecorts(5/MMBwI 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
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s'S ss'S s'S
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ro 5 Oz 5 13 5 01 5 ro 5
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b.ostz l$/MMBtW
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m"$/MMBwI 5 BB 5 as 5 66 5 as 5 as 5 44 5 as 5 BB 5 as 5 BB 5 as 5 as 5 BB 5 as 5 BB 5 as 5 as 5 xx 5 as 5
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Bowl
cost($/MMBwI 5 O S 18 5 O S 1B 5 1B 5 515 1B 5 O S 1B 5 1.S 1B 5 1B 5 O S 1B 5 O S 1B 5 1B 5 zB 5 1B 5
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111.7
cost($/MMBwI 5 a3 5 150 5 a3 5 150 5 150 5 7 5 10 5 a3 5 T 5 a3 5 10 5 T 5 a3 5 10 5 a3 5 10 5 10 5 4c 5 10 5
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arlabiecosts lS/MMBwI 5 �5 �5 �5 �5 �5 �5 � �5 �5 �5 00
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s con($/MMBwI 5 5 5 5 3 5 23 5 c4 5 5 5 5 53 5 23 5 23 5 94 5 23 5 933 5 23 5 23 5 34 5 13 5
ss lOBwla
s arlabiecosts lS/MMBwI 5 O S x3 5 13 5 14 5 44 5 13 5 13 5 30 5 O S 02 5 o1B 5 O1 5 oz 5 1x 5 11 5 14 5 14 5 139 5 13 5
.TN%press Max wily flow(BOwI 1o4.260 1o4.260 1o4.260 1o4.260 1o4.260 1o4.260 1o4.260 1o4.260 1o4.160 1o4.160 1o4.260 1o4.160 1o4.160 104.260 104.260 104.260 104.260 1o4.160 1o4.260 1o4.260
6

me Feb iB 1e119 4,19
P­y6TNmn15/MMeiu� 5 ox 5 xx 5 02 5 xx 5 5 82 5 xx 5 02 5 xx 5 02 5 xx 5 xx 5 0200 5 xx 5 02$
x3 5 33oro 5 oo0 63 5 xx 511
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7

ame 1e6.30 1-0
w(BBto) 7.11 wstl$/MmBwl 5 Bz 5 34 5 Bz$ Bz$ 34 5 Bz 5 34 5 Bz 5 Bz$ z4 5 Bz 5 34 5 Bz 5 34 5 Bz 5 Bz 5 34 5 az 5 11 5
-able casts0/Mmewl 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5
w(BBw)
cost W.MBwI 5 Bz9 5 vs 5 Bz9 5 Bz9 5 vs 5 az9 5 vs 5 az9 5 029 5 559 5 029 5 vs 5 029 5 r1s 5 029 5 029 5 vs 5 029 5 vs 5
17
wulOB<ul
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ow(BOtol
costl$/MMBwI 5 u0 5 u0 5 u0 5 u0 5 u0 5 u0 5 �31 5 Bz1 5 Bz1 5 551 5 Bz1 5 u0 5 u0 5 u0 5 u0 5 u0 5 u0 5 u0 5 �31 5
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$ 00024 5 0B 5 01$ 6$ 0 s 0 s 13 s 14 s 12 s 12$ 6 5 01 s 01 s 01$ 0..5 6 5 0B O.M s0.13
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11M2113
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cast($/MMBw) $ 9$ 1 $ 9$ 97
5 ssz 5 97
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9

me Feb-31
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11

Transport Name Property Units 2025 2026 2027 2028 2029 2030 2031
FTHLS 1 Flow Out BBtu 1,571 1,541 1,330 1,344 1,456 1,023 866
FTHLS 1 Fixed Costs $0 $ 236.07 $ 236.07 $ 236.07 $ 236.72 $ 236.07 $ 236.07 $ 236.07
FTHLS 1 Total Variable Costs $0 $ - $ - $ - $ - $ - $ - $ -
FTHLS 2 Flow Out BBtu 19,198 19,256 18,772 18,902 16,779 23,095 19,630
FTHLS 2 Fixed Costs $0 $ 2,913.81 $ 2,913.81 $ 2,913.81 $ 2,921.79 $ 2,913.81 $ 2,913.81 $ 2,913.81
FTHLS 2 Total Variable Costs $0 $ - $ - $ - $ - $ - $ - $ -
FTHLS 3 Flow Out BBtu 2,604 2,706 2,558 2,349 2,326 2,482 2,280
FTHLS 3 Fixed Costs $0 $ 288.03 $ 288.03 $ 288.03 $ 289.94 $ 288.03 $ 288.03 $ 288.03
FTHLS 3 Total Variable Costs $0 $ - $ - $ - $ - $ - $ - $ -
FTHLS 4 Flow Out BBtu 1,691 1,723 1,447 1,377 1,501 1,421 1,356
FTHLS4 Fixed Costs $0 $ 245.44 $ 245.44 $ 245.44 $ 246.11 $ 245.44 $ 245.44 $ 245.44
FTHL54 Total Variable Costs $0 $ - $ - $ - $ - $ - $ - $ -
GTN 1 Flow Out BBtu 1,676 1,708 1,598 1,330 1,567 2,257 1,504
GTN 1 Fixed Costs $0 $ 351.82 $ 351.82 $ 351.82 $ 352.79 $ 351.82 $ 351.82 $ 351.82
GTN 1 Total Variable Costs $0 $ 7.58 $ 7.73 $ 7.23 $ 6.02 $ 7.09 $ 10.21 $ 6.80
GTN 2 Flow Out BBtu 7,967 8,603 8,573 8,633 8,767 8,549 8,564
GTN 2 Fixed Costs $0 $ 1,802.93 $ 1,802.93 $ 1,802.93 $ 1,807.87 $ 1,802.93 $ 1,802.93 $ 1,802.93
GTN 2 Total Variable Costs $0 $ 36.05 $ 38.92 $ 38.78 $ 39.06 $ 39.66 $ 38.68 $ 38.74
GTN 3 Flow Out BBtu 5,841 5,675 5,972 6,495 6,921 6,751 7,858
GTN 3 Fixed Costs $0 $ 1,228.77 $ 1,228.77 $ 1,228.77 $ 1,232.14 $ 1,228.77 $ 1,228.77 $ 1,228.77
GTN 3 Total Variable Costs $0 $ 26.43 $ 25.67 $ 27.02 $ 29.38 $ 31.31 $ 30.54 $ 35.55
GTN 4 Flow Out BBtu 2,821 2,934 2,998 2,932 2,950 2,792 2,913
GTN 4 Fixed Costs $0 $ 420.62 $ 420.62 $ 420.62 $ 423.41 $ 420.62 $ 420.62 $ 420.62
GTN 4 Total Variable Costs $0 $ 12.76 $ 13.27 $ 13.56 $ 13.26 $ 13.34 $ 12.63 $ 13.18
GTN 5 Flow Out BBtu 3,842 3,843 3,762 3,917 3,464 2,897 3,065
GTN 5 Fixed Costs $0 $ 835.57 $ 835.57 $ 835.57 $ 837.85 $ 835.57 $ 835.57 $ 835.57
GTN 5 Total Variable Costs $0 $ 17.38 $ 17.39 $ 17.02 $ 17.72 $ 15.67 $ 13.11 $ 13.87
GTN 6 Flow Out BBtu 3,225 3,483 3,235 2,919 2,693 2,366 1,692
GTN 6 Fixed Costs $0 $ 737.26 $ 737.26 $ 737.26 $ 739.28 $ 737.26 $ 737.26 $ 737.26
GTN 6 Total Variable Costs $0 $ 14.59 $ 15.76 $ 14.63 $ 13.21 $ 12.18 $ 10.70 $ 7.65
Incremental Rockies Flow Out BBtu 1,369 1,688 2,146 2,621 3,335 3,836 4,090
Incremental Rockies Fixed Costs $0 $ 437.04 $ 499.19 $ 609.62 $ 718.18 $ 808.31 $ 887.66 $ 972.82
Incremental Rockies Total Variable Costs $0 $ 11.39 $ 14.05 $ 17.86 $ 21.81 $ 27.74 $ 31.92 $ 34.03
1P 1 Flow Out BBtu 967 984 877 980 333 519 637
1P 1 Fixed Costs $0 $ 426.27 $ 426.27 $ 426.27 $ 427.44 $ 426.27 $ 426.27 $ 426.27
1P 1 Total Variable Costs $0 $ 8.04 $ 8.19 $ 7.30 $ 8.15 $ 2.77 $ 4.32 $ 5.30
NOVA 1 Flow Out BM 26,853 28,936 27,685 27,181 26,327 27,459 27,026
NOVA 1 Fixed Costs $0 $ 9,071.56 $ 9,071.56 $ 9,071.56 $ 9,096.42 $ 9,071.56 $ 9,071.56 $ 9,071.56
NOVA 1 Total Variable Costs $0 $ - $ - $ - $ - $ - $ - $ -
NWP 1 Flow Out BM 13,892 12,658 12,547 14,230 14,982 13,882 13,049
NWP1 Fixed Costs $0 $ 9,532.77 $ 9,532.77 $ 9,532.77 $ 9,558.89 $ 9,532.77 $ 9,532.77 $ 9,532.77
NWP 1 Total Variable Costs $0 $ 115.58 $ 105.31 $ 104.39 $ 118.39 $ 124.65 $ 115.50 $ 108.57
NWP 2 Flow Out BBtu 5,809 4,644 5,377 5,792 6,203 7,364 8,907
NWP 2 Fixed Costs $0 $ 6,917.58 $ 6,917.58 $ 6,917.58 $ 6,936.53 $ 6,917.58 $ 6,917.58 $ 6,917.58
NWP 2 Total Variable Costs $0 $ 48.33 $ 38.64 $ 44.74 $ 48.19 $ 51.61 $ 61.27 $ 74.11
NWP 3 Flow Out BBtu 934 1,015 966 1,056 1,063 1,126 1,204
NWP3 Fixed Costs $0 $ 625.30 $ 625.30 $ 625.30 $ 627.01 $ 625.30 $ 625.30 $ 625.30
NWP 3 Total Variable Costs $0 $ 7.77 $ 8.45 $ 8.03 $ 8.79 $ 8.84 $ 9.37 $ 10.02
NWP4 Flow Out BBtu 310 306 299 255 402 394 297
NWP4 Fixed Costs $0 $ 416.86 $ 416.86 $ 416.86 $ 418.01 $ 416.86 $ 416.86 $ 416.86
NWP4 Total Variable Costs $0 $ 2.58 $ 2.55 $ 2.49 $ 2.12 $ 3.34 $ 3.28 $ 2.47
NWP 5 Flow Out BBtu 1,589 1,702 1,699 1,628 1,510 1,613 1,454
NWP5 Fixed Costs $0 $ 1,031.63 $ 1,031.63 $ 1,031.63 $ 1,034.45 $ 1,031.63 $ 1,031.63 $ 1,031.63
NWP 5 Total Variable Costs $0 $ 13.22 $ 14.16 $ 14.13 $ 13.55 $ 12.57 $ 13.42 $ 12.10
NWP6 Flow Out BBtu 4,521 4,870 4,821 4,126 4,054 3,888 3,798
NWP 6 Fixed Costs $0 $ 1,944.69 $ 1,944.69 $ 1,944.69 $ 1,950.02 $ 1,944.69 $ 1,944.69 $ 1,944.69
NWP 6 Total Variable Costs $0 $ 37.62 $ 40.51 $ 40.11 $ 34.33 $ 33.73 $ 32.35 $ 31.60
12

Transport Name Property Units 2025 2026 2027 2028 2029 2030 2031
NWP7 Flow Out BBtu 2,692 2,775 3,022 2,598 2,271 2,210 2,047
NWP7 Fixed Costs $0 $ 2,032.11 $ 2,032.11 $ 2,032.11 $ 2,032.11 $ 2,032.11 $ 2,032.11 $ 2,032.11
NWP 7 Total Variable Costs $0 $ 22.40 $ 23.08 $ 25.14 $ 21.61 $ 18.89 $ 18.38 $ 17.03
NWP8 Flow Out BBtu 1,491 1,684 1,520 1,282 1,142 914 865
NWP 8 Fixed Costs $0 $ 1,032.91 $ 1,032.91 $ 1,032.91 $ 1,035.74 $ 1,032.91 $ 1,032.91 $ 1,032.91
NWP 8 Total Variable Costs $0 $ 12.41 $ 14.01 $ 12.65 $ 10.67 $ 9.50 $ 7.60 $ 7.20
NWP9 Flow Out BBtu 6,468 7,688 7,531 6,936 7,344 8,200 8,699
NWP 9 Fixed Costs $0 $ 4,078.79 $ 4,078.79 $ 4,078.79 $ 4,089.96 $ 4,078.79 $ 4,078.79 $ 4,078.79
NWP9 Total Variable Costs $0 $ 53.81 $ 63.97 $ 62.65 $ 57.71 $ 61.10 $ 68.23 $ 72.37
NWP 10 Flow Out BBtu 2,144 2,466 2,352 2,348 2,243 2,109 2,084
NWP 10 Fixed Costs $0 $ 1,424.70 $ 1,424.70 $ 1,424.70 $ 1,428.61 $ 1,424.70 $ 1,424.70 $ 1,424.70
NWP 30 Total Variable Costs $0 $ 17.84 $ 20.52 $ 19.57 $ 19.53 $ 18.66 $ 17.54 $ 17.34
NWP 11 Flow Out BBtu 1,052 1,108 1,003 1,004 935 779 748
NWP 11 Fixed Costs $0 $ 712.35 $ 712.35 $ 712.35 $ 714.30 $ 712.35 $ 712.35 $ 712.35
NWP 11 Total Variable Costs $0 $ 8.75 $ 9.22 $ 8.35 $ 8.35 $ 7.78 $ 6.48 $ 6.22
NWP 12 Flow Out BBtu 3,673 3,770 3,948 3,738 3,623 3,627 3,870
NWP 12 Fixed Costs $0 $ 813.07 $ 813.07 $ 813.07 $ 815.30 $ 813.07 $ 813.07 $ 813.07
NWP 12 Total Variable Costs $0 $ 30.56 $ 31.36 $ 32.85 $ 31.10 $ 30.14 $ 30.17 $ 32.20
NWP 13 Flow Out BBtu 3,918 3,256 3,740 5,459 4,708 4,470 3,666
NWP 13 Fixed Costs $0 $ 621.48 $ 621.48 $ 621.48 $ 623.18 $ 621.48 $ 621.48 $ 621.48
NWP 13 Total Variable Costs $0 $ 32.60 $ 27.09 $ 31.12 $ 45.42 $ 39.17 $ 37.19 $ 30.50
NWP 14 Flow Out BBtu 5,459 5,939 6,108 5,801 5,786 5,648 5,542
NWP 14 Fixed Costs $0 $ 890.42 $ 890.42 $ 890.42 $ 892.86 $ 890.42 $ 890.42 $ 890.42
NWP 14 Total Variable Costs $0 $ 45.42 $ 49.42 $ 50.82 $ 48.27 $ 48.14 $ 46.99 $ 46.11
NWP 15 Flow Out BBtu 401 426 440 430 425 417 448
NWP 15 Fixed Costs $0 $ 141.46 $ 141.46 $ 141.46 $ 141.46 $ 141.46 $ 141.46 $ 141.46
NWP 15 Total Variable Costs $0 $ 3.34 $ 3.55 $ 3.66 $ 3.57 $ 3.53 $ 3.47 $ 3.73
NWP 16 Flow Out BBtu 1,027 961 935 947 1,133 1,174 957
NWP 16 Fixed Costs $0 $ 1,282.23 $ 1,282.23 $ 1,282.23 $ 1,285.75 $ 1,282.23 $ 1,282.23 $ 1,282.23
NWP 16 Total Variable Costs $0 $ 8.55 $ 7.99 $ 7.78 $ 7.88 $ 9.43 $ 9.77 $ 7.96
PLY 1 Flow Out BBtu 498 731 702 671 993 1,002 919
PLY 1 Fixed Costs $0 $ 300.76 $ 300.76 $ 300.76 $ 301.58 $ 300.76 $ 300.76 $ 300.76
PLY 1 Total Variable Costs $0 $ 4.15 $ 6.08 $ 5.84 $ 5.58 $ 8.26 $ 8.34 $ 7.65
PLY 2 Flow Out BBtu 522 465 428 442 724 925 912
PLY 2 Fixed Costs $0 $ 127.08 $ 127.08 $ 127.08 $ 127.43 $ 127.08 $ 127.08 $ 127.08
PLY 2 Total Variable Costs $0 $ 4.34 $ 3.87 $ 3.56 $ 3.68 $ 6.02 $ 7.69 $ 7.59
PLY Flow Out BBtu 448 807 628 561 752 893 1,162
PLY 3 Fixed Costs $0 $ 147.88 $ 147.88 $ 147.88 $ 148.29 $ 147.88 $ 147.88 $ 147.88
PLY 3 Total Variable Costs $0 $ 3.72 $ 6.71 $ 5.22 $ 4.67 $ 6.25 $ 7.43 $ 9.67
Shell Flow Out BBtu 2,292 2,288 2,021 2,232 2,382 1,736 1,237
Shell Fixed Costs $0 $ 339.04 $ 339.04 $ 339.04 $ 339.97 $ 339.04 $ 339.04 $ 339.04
Shell Total Variable Costs $0 $ - $ - $ - $ - $ - $ - $ -
Shell Flow Out BBtu 1,688 2,132 2,214 2,222 2,395 2,106 1,798
Shell Fixed Costs $0 $ 835.99 $ 835.99 $ 835.99 $ 838.28 $ 835.99 $ 835.99 $ 835.99
Shell Total Variable Costs $0 $ - $ - $ - $ - $ - $ - $ -
Shell Flow Out BBtu 2,285 2,292 2,197 2,361 2,485 2,269 2,357
Shell Fixed Costs $0 $ 499.01 $ 499.01 $ 499.01 $ 500.37 $ 499.01 $ 499.01 $ 499.01
Shell Total Variable Costs $0 $ 10.34 $ 10.37 $ 9.94 $ 10.68 $ 11.24 $ 10.27 $ 10.67
Shell Flow Out BBtu 2,153 2,359 2,083 1,482 1,096 1,031 1,591
Shell Fixed Costs $0 $ 854.83 $ 854.83 $ 854.83 $ 857.17 $ 854.83 $ 854.83 $ 854.83
Shell Total Variable Costs $0 $ 17.91 $ 19.63 $ 17.33 $ 12.33 $ 9.12 $ 8.57 $ 13.24
GTN Xpress Flow Out BBtu 22,340 23,523 24,973 25,235 26,051 19,459 22,994
GTN Xpress Fixed Costs $0 $ 3,394.86 $ 3,394.86 $ 3,394.86 $ 3,404.16 $ 3,394.86 $ 3,394.86 $ 3,394.86
GTN Xpress Total Variable Costs $0 $ - $ - $ - $ - $ - $ - $ -
GTN Xpress Flow Out BBtu 22,036 22,497 22,764 22,849 21,645 21,332 20,408
GTN Xpress Fixed Costs $0 $ 10,773.80 $ 10,773.80 $ 10,773.80 $ 10,803.31 $ 10,773.80 $ 10,773.80 $ 10,773.80
GTN Xpress Total Variable Costs $0 $ 99.70 $ 101.78 $ 102.99 $ 103.37 $ 97.93 $ 96.51 $ 92.33
GTN Xpress Flow Out BBtu 21,156 19,969 21,203 22,035 21,773 19,649 19,538
GTN Xpress Fixed Costs $0 $ 7,632.29 $ 7,632.29 $ 7,632.29 $ 7,653.20 $ 7,632.29 $ 7,632.29 $ 7,632.29
GTN Xpress Total Variable Costs $0 $ - $ - $ - $ - $ - $ - $ -
13

Supply Name Property Units 2025 2026 2027 2028 2029 2030
AECO Base Take Quantity BBtu 12,867 12,907 12,949 13,042 13,058 13,112
AECO Base Price $/MMBtu $ 1.81 $ 2.39 $ 2.52 $ 2.47 $ 2.48 $ 2.56
AECO Base Commodity Cost $0 $ 23,350.45 $ 30,811.28 $ 32,642.64 $ 32,275.08 $ 32,406.32 $ 33,512.88
AECO Base W Take Quantity BBtu 18,250 18,575 18,851 19,226 19,416 19,718
AECO Base W Price $/MMBtu $ 1.91 $ 2.49 $ 2.62 $ 2.57 $ 2.58 $ 2.66
AECO Base W Commodity Cost $0 $ 39,425.40 $ 47,823.07 $ 54,778.30 $ 53,538.87 $ 53,303.12 $ 54,730.14
AECO Day S Take Quantity BBtu 1,200 1,204 1,208 1,212 1,216 1,220
AECO Day 5 Price $/MMBtu $ 2.01 $ 2.59 $ 2.72 $ 2.67 $ 2.68 $ 2.76
AECO Day S Commodity Cost $0 $ 2,145.95 $ 2,987.65 $ 2,918.87 $ 2,974.81 $ 3,057.18 $ 3,222.27
AECO Day W Take Quantity BBtu 1,715 1,727 1,729 1,740 1,727 1,717
AECO Day W Price $/MMBtu $ 2.06 $ 2.64 $ 2.77 $ 2.72 $ 2.73 $ 2.81
AECO Day W Commodity Cost $0 $ 3,894.37 $ 4,751.14 $ 5,314.74 $ 5,128.21 $ 5,018.20 $ 5,039.12
AECO Peak Take Quantity BBtu 15,665 16,624 16,366 16,219 15,078 13,447
AECO Peak Price $/MMBtu $ 2.56 $ 3.14 $ 3.27 $ 3.22 $ 3.23 $ 3.31
AECO Peak Commodity Cost $0 $ 41,272.98 $ 53,866.95 $ 56,036.28 $ 53,930.27 $ 49,891.44 $ 45,415.38
RNG Take Quantity BBtu - - - - - -
RNG Price $/MMBtu $ 19.00 $ 19.00 $ 19.00 $ 19.00 $ 19.00 $ 19.00
RNG Commodity Cost $0 $ - $ - $ - $ - $ - $ -
Rockies Base Take Quantity BBtu 10,520 2,569 7,301 9,328 10,684 12,427
Rockies Base Price $/MMBtu $ 3.90 $ 4.16 $ 3.92 $ 3.56 $ 3.41 $ 3.35
Rockies Base Commodity Cost $0 $ 41,020.47 $ 10,695.86 $ 28,626.07 $ 33,164.47 $ 36,476.36 $ 41,620.41
Rockies Base W Take Quantity BBtu 469 - - - - -
Rockies Base W Price $/MMBtu $ 4.00 $ 4.26 $ 4.02 $ 3.66 $ 3.51 $ 3.45
Rockies Base W Commodity Cost $0 $ 2,334.81 $ - $ - $ - $ - $ -
Rockies Day S Take Quantity BBtu 610 1,210 910 910 300 300
Rockies Day S Price $/MMBtu $ 4.10 $ 4.36 $ 4.12 $ 3.76 $ 3.61 $ 3.55
Rockies Day S Commodity Cost $0 $ 1,560.71 $ 4,301.82 $ 2,750.72 $ 2,685.84 $ 902.90 $ 922.81
Rockies Day W Take Quantity BBtu 1,240 512 379 371 127 84
Rockies Day W Price $/MMBtu $ 4.15 $ 4.41 $ 4.17 $ 3.81 $ 3.66 $ 3.60
Rockies Day W Commodity Cost $0 $ 7,266.49 $ 2,952.69 $ 1,451.98 $ 1,264.35 $ 465.75 $ 287.72
Rockies Peak Take Quantity BBtu 1,650 2,330 107 - - -
Rockies Peak Price $/MMBtu $ 4.65 $ 4.91 $ 4.67 $ 4.31 $ 4.16 $ 4.10
Rockies Peak Commodity Cost $0 $ 8,598.44 $ 9,079.40 $ 377.38 $ - $ - $ -
Stan Peak Take Quantity BBtu 1,208 1,209 1,209 1,213 1,210 1,210
Stan Peak Price $/MMBtu $ 1.81 $ 2.39 $ 2.52 $ 2.47 $ 2.48 $ 2.56
Stan Peak Commodity Cost $0 $ 2,214.30 $ 2,909.67 $ 3,099.77 $ 3,044.19 $ 3,035.88 $ 3,123.68
SUMAS Base Take Quantity BBtu - - - - 606 1,541
SUMAS Base Price $/MMBtu $ 4.33 $ 4.13 $ 4.04 $ 3.90 $ 3.63 $ 3.44
SUMAS Base Commodity Cost $0 $ - $ - $ - $ - $ 2,195.08 $ 5,296.33
SUMAS Base W Take Quantity BBtu - - - - - -
SUMAS Base W Price $/MMBtu $ 4.43 $ 4.23 $ 4.14 $ 4.00 $ 3.73 $ 3.54
SUMAS Base W Commodity Cost $0 $ - $ - $ - $ - $ - $ -
SUMAS Day S Take Quantity BBtu 910 910 910 1,220 1,830 1,830
SUMAS Day S Price $/MMBtu $ 4.53 $ 4.33 $ 4.24 $ 4.10 $ 3.83 $ 3.64
SUMAS Day S Commodity Cost $0 $ 1,988.34 $ 2,480.84 $ 2,545.32 $ 3,649.60 $ 5,508.11 $ 5,522.32
SUMAS Day W Take Quantity BBtu 362 93 99 118 16 313
SUMAS Day Price $/MMBtu $ 4.58 $ 4.38 $ 4.29 $ 4.15 $ 3.88 $ 3.69
SUMAS Day W Commodity Cost $0 $ 1,456.56 $ 376.90 $ 368.81 $ 436.18 $ 81.17 $ 1,087.40
SUMAS Peak Take Quantity BBtu 3,774 2,026 1,664 1,303 - -
SUMAS Peak Price $/MMBtu $ 5.08 $ 4.88 $ 4.79 $ 4.65 $ 4.38 $ 4.19
SUMAS Peak Commodity Cost 0 $ 13,124.54 $ 6,047.78 $ 5,440.99 $ 4,390.62 $ - $ -
14