EX-99.1 2 ex99_1.htm EXHIBIT 99.1 ex99_1.htm
The following information is current as of June 10, 2009. Eagle Rock intends to
provide updates to this information quarterly to the extent of changes within the
quarter. Eagle Rock may update more frequently in its discretion.
Commodity Hedging Overview
June 10, 2009
As of June 10, 2009
 
1

 
 
The material that follows may include “forward-looking statements” within the meaning of
Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities
Exchange Act of 1934, as amended. All statements, other than statements of historical
facts, included in this material that address activities, events or developments that the
Partnership expects, believes or anticipates will or may occur in the future are forward-
looking statements. These statements are based on certain assumptions made by the
Partnership based on its experience and perception of historical trends, current conditions,
expected future developments and other factors it believes are appropriate under the
circumstances. Such statements are subject to a number of assumptions, risks and
uncertainties, many of which are beyond the control of the Partnership, which may cause
the Partnership’s actual results to differ materially from those implied or expressed by the
forward-looking statements. For a detailed list of the Partnership’s risk factors, please
consult the Partnership’s periodic reports filed, or to be filed, with the Securities and
Exchange Commission.
Disclosure Regarding “Forward-looking Statements”
As of June 10, 2009
 
2

 
 
Recent Hedging Updates and Current Hedge Portfolio
Hedging Objectives
Hedging Processes and Controls
  Risk Management Policy
  Risk Management Committee
  Internal Controls
Hedging Methods
  Commodities Hedged
  Quantities Hedged
  Types of Derivatives Used
  
Special Issues
  Use of Cross-commodity Hedges
  Midstream Segment’s Short Natural Gas Position
  
Table of Contents
As of June 10, 2009
 
3

 
 
Eagle Rock entered into the following transactions on June 1, 2009:
  20,000 bbl/mo NYMEX WTI swap in 2011 at $75.00/bbl
  20,000 bbl/mo NYMEX WTI swap in 2012 at $76.50/bbl
Eagle Rock entered into the following transactions on June 9, 2009:
  20,000 bbl/mo NYMEX WTI swap in 2011 at $80.05/bbl
  20,000 bbl/mo NYMEX WTI swap in 2012 at $82.02/bbl
  60,000 mmbtu/mo NYMEX HH swap in 2012 at $7.085/mmbtu
Derivative Portfolio - Recent Hedges
As of June 10, 2009
 
4

 
 
  For 2009, Eagle Rock estimates that it has now hedged approximately 93% of its expected net
 hedgable natural gas and ethane position, and 89% of its expected net hedgable liquids position
 (crude and NGLs heavier than ethane).
  The majority of Eagle Rock's 2009 liquids hedges (78%) are crude oil derivatives
 that have an average floor price of $91.59/Bbl, and the majority of Eagle Rock's
 2009 natural gas and ethane hedges (73%) are natural gas derivatives that have an
 average floor price of $7.36/MMBTU; the balance of Eagle Rock's hedges are direct
 product hedges.
  For 2010, Eagle Rock estimates that it has now hedged approximately 74% of its expected net
 hedgable natural gas and ethane position, and 92% of its expected net hedgable liquids position
 (crude and NGLs heavier than ethane).
  The majority of Eagle Rock's 2010 liquids hedges (88%) are crude oil derivatives
 that have an average floor price of $60.27/Bbl, and the majority of Eagle Rock's
 2010 natural gas and ethane hedges (89%) are natural gas derivatives that have an
 average floor price of $6.72/MMBTU; the balance of Eagle Rock's hedges are direct
 product hedges.
 
Derivative Portfolio
Net Hedge Volumes - 2009 & 2010
As of June 10, 2009
 
5

 
 
  For 2011, Eagle Rock estimates that it has now hedged approximately 23% of its expected net
 hedgable natural gas and ethane position, and 46% of its expected net hedgable liquids position
 (crude and NGLs heavier than ethane).
  All of Eagle Rock's 2011 liquids hedges are crude oil derivatives that have an
 average floor price of $72.07/Bbl, and all of Eagle Rock's 2011 natural gas and
 ethane hedges are NYMEX natural gas derivatives that have an average floor price
 of $7.34/MMBTU.
  For 2012, Eagle Rock estimates that it has now hedged approximately 12% of its expected net
 hedgable natural gas and ethane position, and 38% of its expected net hedgable liquids position
 (crude and NGLs heavier than ethane).
  All of Eagle Rock's 2012 liquids hedges are crude oil derivatives that have an
 average floor price of $76.09/Bbl, and all of Eagle Rock's 2012 natural gas and
 ethane hedges are NYMEX natural gas derivatives that have an average floor price
 of $7.35/MMBTU.
 
Derivative Portfolio
Net Hedge Volumes - 2011 & 2012
As of June 10, 2009
 
6

 
 
Eagle Rock has prepared a summary of its commodity derivative portfolio as of June
10, 2009.
In some cases, Eagle Rock entered into transactions to offset previous transactions.
In the cases where the offsetting transaction was an exact match to the original
transaction (i.e., same underlying, quantity, time period and strike price), neither the
original nor the offsetting transaction are shown.
Most of Eagle Rock’s derivative transactions have a constant quantity each month,
but a few do not. On the following table, for those that have varying monthly
quantities, the average monthly quantity is shown. These values are highlighted in
bold italics.
Hedges that have settled are not shown.
The portfolio summary now includes a column that identifies the business segment
to which the hedge applies. Some transactions have been allocated to more than one
business segment, and those instances are presented as two or more lines grouped
together in a box. These transactions were presented previously on a single line.
Derivative Portfolio
As of June 10, 2009
 
7

 
 
Eagle Rock Energy Partners Commodity Hedge Portfolio
As of 6/10/2009
 
year
underlying
 
type
start
end
 quantity
floor price
ceiling price
months
total quantity
units
Segment
2009
IF Waha
 
costless collar
Apr-09
Jun-09
       20,000
7.50
7.95
3
          60,000
mmbtu
Upstream
2009
IF Waha
 
costless collar
Jul-09
Sep-09
       20,000
7.50
8.60
3
          60,000
mmbtu
Upstream
2009
IF Waha
 
costless collar
Oct-09
Dec-09
       20,000
7.50
8.90
3
          60,000
mmbtu
Upstream
2009
NYMEX Henry Hub
 
costless collar
Jan-09
Dec-09
       20,000
6.25
11.20
12
         240,000
mmbtu
Minerals
2009
NYMEX Henry Hub
 
costless collar
Jan-09
Dec-09
       72,028
7.85
9.25
12
         864,336
mmbtu
Upstream
2009
NYMEX Henry Hub
 
costless collar
Jan-09
Dec-09
       12,972
7.85
9.25
12
         155,664
mmbtu
Minerals
2009
NYMEX Henry Hub
 
put
Jan-09
May-09
       40,000
7.00
 
5
         200,000
mmbtu
Upstream
2009
NYMEX Henry Hub
 
swap
Jan-09
Dec-09
       72,028
8.35
 
12
         864,336
mmbtu
Upstream
2009
NYMEX Henry Hub
 
swap
Jan-09
Dec-09
       12,972
8.35
 
12
         155,664
mmbtu
Minerals
2009
NYMEX Henry Hub
 
swap
Jan-09
Dec-09
       70,000
6.685
 
12
         840,000
mmbtu
Upstream
2009
NYMEX Henry Hub
 
swap
Jun-09
Dec-09
       70,000
6.885
 
7
         490,000
mmbtu
Upstream
2009
NYMEX WTI
 
swap
Jan-09
Dec-09
       60,000
97.00
 
12
         720,000
bbls
Midstream
2009
NYMEX WTI
 
costless collar
Jan-09
Dec-09
         6,000
60.00
77.00
12
          72,000
bbls
Minerals
2009
NYMEX WTI
 
costless collar
Jan-09
Dec-09
       10,000
93.00
100.85
12
         120,000
bbls
Upstream
2009
NYMEX WTI
 
put
Jan-09
Dec-09
         7,000
90.00
 
12
          84,000
bbls
Midstream
2009
NYMEX WTI
 
put
Jan-09
Dec-09
         5,000
100.00
 
12
          60,000
bbls
Midstream
2009
NYMEX WTI
 
swap
Jan-09
Dec-09
       25,000
71.25
 
12
         300,000
bbls
Upstream
2009
NYMEX WTI
 
swap
Jan-09
Dec-09
       33,000
100.00
 
12
         396,000
bbls
Midstream
2009
NYMEX WTI
 
swap
Jan-09
Dec-09
         2,594
100.00
 
12
          31,128
bbls
Minerals
2009
NYMEX WTI
 
swap
Jan-09
Dec-09
       14,406
100.00
 
12
         172,872
bbls
Upstream
2009
OPIS Ethane Mt Belv non TET
 
costless collar
Jan-09
Dec-09
     420,000
0.4800
0.5800
12
      5,040,000
gallons
Midstream
2009
OPIS Ethane Mt Belv non TET
 
swap
Jan-09
Dec-09
       42,000
0.5300
 
12
         504,000
gallons
Midstream
2009
OPIS Ethane Mt Belv non TET
 
swap
Jan-09
Dec-09
   1,050,000
0.6361
 
12
    12,600,000
gallons
Midstream
2009
OPIS IsoButane Mt Belv non TET
 
costless collar
Jan-09
Dec-09
     105,000
0.9350
1.0350
12
      1,260,000
gallons
Midstream
2009
OPIS IsoButane Mt Belv non TET
 
swap
Jan-09
Dec-09
     105,000
0.9850
 
12
      1,260,000
gallons
Midstream
2009
OPIS IsoButane Mt Belv non TET
 
swap
Jan-09
Dec-09
     127,670
1.2950
 
12
      1,532,034
gallons
Upstream
2009
OPIS NButane Mt Belv non TET
 
costless collar
Jan-09
Dec-09
     231,000
0.9350
1.0350
12
      2,772,000
gallons
Midstream
2009
OPIS NButane Mt Belv non TET
 
swap
Jan-09
Dec-09
     231,000
0.9850
 
12
      2,772,000
gallons
Midstream
2009
OPIS NButane Mt Belv non TET
 
swap
Jan-09
Dec-09
     253,750
1.2775
 
12
      3,045,000
gallons
Upstream
2009
OPIS Propane Mt Belv non TET
 
costless collar
Jan-09
Dec-09
     441,000
0.7650
0.8150
12
      5,292,000
gallons
Midstream
2009
OPIS Propane Mt Belv non TET
 
swap
Jan-09
Dec-09
     230,419
1.0775
 
12
      2,765,028
gallons
Upstream
2009
OPIS Propane Mt Belv non TET
 
swap
Jan-09
Dec-09
     124,103
1.0875
 
12
      1,489,236
gallons
Upstream
2009
OPIS Propane Mt Belv non TET
 
swap
Jan-09
Dec-09
     441,000
0.8150
 
12
      5,292,000
gallons
Midstream
2009
OPIS Propane Mt Belv non TET
 
swap
Jan-09
Dec-09
     630,000
1.0925
 
12
      7,560,000
gallons
Midstream
2010
NYMEX Henry Hub
 
costless collar
Jan-10
Dec-10
       93,212
7.70
9.10
12
      1,118,544
mmbtu
Upstream
2010
NYMEX Henry Hub
 
costless collar
Jan-10
Dec-10
       16,788
7.70
9.10
12
         201,456
mmbtu
Minerals
2010
NYMEX Henry Hub
 
swap
Jan-10
Dec-10
     125,000
6.65
 
12
      1,500,000
mmbtu
Upstream
2010
NYMEX Henry Hub
 
swap
Jan-10
Dec-10
     120,000
6.14
 
12
      1,440,000
mmbtu
Midstream
2010
NYMEX Henry Hub
 
swap
Jan-10
Dec-10
       50,000
6.14
 
12
         600,000
mmbtu
Upstream
2010
NYMEX WTI
 
costless collar
Jan-10
Dec-10
         5,000
50.00
68.00
12
          60,000
bbls
Midstream
2010
NYMEX WTI
 
costless collar
Jan-10
Dec-10
       15,000
50.00
67.50
12
         180,000
bbls
Midstream
2010
NYMEX WTI
 
costless collar
Jan-10
Dec-10
         5,000
50.00
67.50
12
          60,000
bbls
Midstream
2010
NYMEX WTI
 
costless collar
Jan-10
Dec-10
       15,000
50.00
68.30
12
         180,000
bbls
Midstream
2010
NYMEX WTI
 
costless collar
Jan-10
Dec-10
         9,000
90.00
99.80
12
         108,000
bbls
Upstream
2010
NYMEX WTI
 
put
Jan-10
Dec-10
         6,000
90.00
 
12
          72,000
bbls
Midstream
2010
NYMEX WTI
 
put
Jan-10
Dec-10
         5,000
100.00
 
12
          60,000
bbls
Midstream
2010
NYMEX WTI
 
swap
Jan-10
Dec-10
       25,000
70.00
 
12
         300,000
bbls
Upstream
2010
NYMEX WTI
 
swap
Jan-10
Dec-10
         7,000
78.35
 
12
          84,000
bbls
Midstream
2010
NYMEX WTI
 
swap
Jan-10
Dec-10
            458
78.35
 
12
            5,496
bbls
Minerals
2010
NYMEX WTI
 
swap
Jan-10
Dec-10
         2,542
78.35
 
12
          30,504
bbls
Upstream
2010
NYMEX WTI
 
swap
Jan-10
Dec-10
       45,000
53.55
 
12
         540,000
bbls
Midstream
2010
NYMEX WTI
 
swap
Jan-10
Dec-10
       33,000
51.40
 
12
         396,000
bbls
Upstream
2010
NYMEX WTI
 
swap
Jan-10
Dec-10
         7,000
51.40
 
12
          84,000
bbls
Minerals
2010
OPIS Ethane Mt Belv non TET
 
costless collar
Jan-10
Dec-10
     378,000
0.4300
0.5300
12
      4,536,000
gallons
Midstream
2010
OPIS Ethane Mt Belv non TET
 
swap
Jan-10
Dec-10
     378,000
0.4800
 
12
      4,536,000
gallons
Midstream
2010
OPIS IsoButane Mt Belv non TET
 
costless collar
Jan-10
Dec-10
     210,000
0.8200
1.0200
12
      2,520,000
gallons
Midstream
2010
OPIS NButane Mt Belv non TET
 
costless collar
Jan-10
Dec-10
     462,000
0.8200
1.0200
12
      5,544,000
gallons
Midstream
2010
OPIS Propane Mt Belv non TET
 
costless collar
Jan-10
Dec-10
     420,000
0.7050
0.8100
12
      5,040,000
gallons
Midstream
2010
OPIS Propane Mt Belv non TET
 
swap
Jan-10
Dec-10
     420,000
0.7550
 
12
      5,040,000
gallons
Midstream
2011
NYMEX Henry Hub
 
costless collar
Jan-11
Dec-11
       84,739
7.50
8.85
12
      1,016,868
mmbtu
Upstream
2011
NYMEX Henry Hub
 
costless collar
Jan-11
Dec-11
       15,261
7.50
8.85
12
         183,132
mmbtu
Minerals
2011
NYMEX Henry Hub
 
swap
Jan-11
Dec-11
       60,000
7.085
 
12
         720,000
mmbtu
Upstream
2011
NYMEX WTI
 
costless collar
Jan-11
Dec-11
       11,596
75.00
85.70
12
         139,152
bbls
Upstream
2011
NYMEX WTI
 
swap
Jan-11
Dec-11
       10,436
80.00
 
12
         125,232
bbls
Upstream
2011
NYMEX WTI
 
swap
Jan-11
Dec-11
               2
80.00
 
12
                 24
bbls
Midstream
2011
NYMEX WTI
 
swap
Jan-11
Dec-11
       30,000
65.60
 
12
         360,000
bbls
Upstream
2011
NYMEX WTI
 
swap
Jan-11
Dec-11
       10,000
65.10
 
12
         120,000
bbls
Upstream
2011
NYMEX WTI
 
swap
Jan-11
Dec-11
         5,000
75.00
 
12
          60,000
bbls
Upstream
2011
NYMEX WTI
 
swap
Jan-11
Dec-11
       15,000
75.00
 
12
         180,000
bbls
Midstream
2011
NYMEX WTI
 
swap
Jan-11
Dec-11
       20,000
80.05
 
12
         240,000
bbls
Midstream
2012
NYMEX Henry Hub
 
costless collar
Jan-12
Dec-12
       76,265
7.35
8.65
12
         915,180
mmbtu
Upstream
2012
NYMEX Henry Hub
 
costless collar
Jan-12
Dec-12
       13,735
7.35
8.65
12
         164,820
mmbtu
Minerals
2012
NYMEX WTI
 
costless collar
Jan-12
Dec-12
       11,298
75.30
86.00
12
         135,576
bbls
Upstream
2012
NYMEX WTI
 
swap
Jan-12
Dec-12
         9,039
80.30
 
12
         108,468
bbls
Upstream
2012
NYMEX WTI
 
swap
Jan-12
Dec-12
       20,000
68.30
 
12
         240,000
bbls
Upstream
2012
NYMEX WTI
 
swap
Jan-12
Dec-12
       20,000
76.50
 
12
         240,000
bbls
Upstream
2012
NYMEX WTI
 
swap
Jan-12
Dec-12
       20,000
82.02
 
12
         240,000
bbls
Midstream
                         
                         
indicates positions with changes
                     
indicates new positions
                     
                         
indicates existing positions allocated between business segments
               
 
excludes offsetting transactions
values in bold italics are monthly averages
 
 
 

 
 
 
Eagle Rock’s management recognizes that commodity price volatility can cause significant
changes in cash flow, and these changes can affect Eagle Rock's ability to achieve its distribution
objective and also its ability to comply with the covenants in its senior secured credit facility.
Therefore, Eagle Rock’s management has concluded that it is appropriate for Eagle Rock to
engage in non-speculative hedging activities (including resetting existing hedges to higher prices)
to reduce the impact that future changes in commodity prices might have on cash flow.
Eagle Rock’s management has also concluded that it is necessary to hedge a substantial portion
of its expected future production in order to meaningfully reduce its future cash flow volatility.
Eagle Rock recognizes that hedging 100% of its future expected production would be imprudent. It
generally limits its hedging levels to 80% of expected future production (excluding the special case
of natural gas and ethane), although hedging at this level does not eliminate all of the volatility in
Eagle Rock's cash flow.
Currently, Eagle Rock has hedged in excess of 80% of its expected hedgable future production in
2009 and 2010 to minimize the effects of commodity price changes on its financial performance
during this period of heightened commodity price volatility. These hedge levels were approved by
its Board of Directors.
Hedging Objectives
As of June 10, 2009
 
8

 
 
Eagle Rock has a Risk Management Policy that has been approved by its Board of
Directors and is amended from time to time.
The Risk Management Policy addresses the following -
  Management’s authority to conduct hedging activities,
  The establishment and responsibilities of the Risk Management Committee,
  Allowable hedging levels and the maximum amount of hedging that can be conducted
 in a single quarter,
  Prohibition against speculation, and
  Requirement to provide quarterly reporting to the Board of Directors.
* Throughout this presentation, “Board of Directors” refers to the Board of Directors of the general partner of the general partner of the Partnership.
Hedging Processes and Controls
Risk Management Policy
As of June 10, 2009
 
9

 
 
The Risk Management Committee is currently comprised of the following -
  Chief Executive Officer
  Senior Vice President, Chief Financial Officer and Treasurer
  Senior Vice President, Corporate Development
  Senior Vice President, Technical Evaluations
  Senior Vice President, Midstream
  Senior Vice President, Chief Compliance Officer, Secretary and General Counsel
  Vice President, Marketing
  Vice President, Financial Reporting
The Risk Management Committee has a regular monthly meeting, but also holds additional
meetings as needed.
The Risk Management Committee is the forum where hedging transactions are evaluated
and discussed. The committee also draws on the expertise of other Eagle Rock employees
and third party consultants.
Hedging Processes and Controls
Risk Management Committee
As of June 10, 2009
 
10

 
 
 Eagle Rock maintains extensive internal controls to ensure the proper execution, valuation and
reporting of derivative transactions.
As part of these controls, Eagle Rock has segregated various duties:
  Hedging recommendation - Risk Management Committee
  Trade execution - SVP, Corporate Development
  Trade witnessing and entry - 3rd party risk management consultant
  Valuation - VP, Financial Reporting
  Settlement - Treasury Manager
 (occasionally other officers may substitute for those listed above)
Eagle Rock uses the Kiodex system to record and value derivative positions.
In addition, Eagle Rock’s internal and external auditors routinely test various hedging-related
controls.
The Board of Directors establishes the maximum hedging levels and the maximum amount of
hedging that can be conducted in a given quarter. These limits can be exceeded with Board
approval, however.
The Audit Committee of the Board of Directors and the full Board receive a hedging update each
quarter at their regular meetings.
Hedging Processes and Controls
Internal Controls
As of June 10, 2009
 
11

 
 
Eagle Rock bases its volumes available for hedging on its expected future production.
For the Upstream and Minerals businesses, the expected future production is derived from the
proved reserves.
  The proved reserves quantities are adjusted downwards to account for price-dependent expenses
 and revenue reductions.
  Specifically, they are reduced to account for the volumes needed to pay state severance taxes and to
 make the Exxon Retained Revenue Interest payments (see SEC filings for more information on the
 Exxon Retained Revenue Interest).
For the Midstream business, the volumes available for hedging are based on the expected future
production of the wells currently flowing to Eagle Rock's processing plants, plus additional volumes
that Eagle Rock expects to receive from future drilling.
  Eagle Rock’s expectations for volumes from future drilling are based on information it receives from
 the operators and its historical observations.
  To these projections, it applies various contract terms to determine its equity share of the
 commodities.
In the cases where one commodity is hedged with a closely-correlated commodity (which Eagle
Rock calls “cross-commodity hedging”), such as using crude oil to hedge natural gas liquids, Eagle
Rock converts the expected volumes of the underlying commodity to equivalent volumes of the
hedged commodity.
  The conversions are based on the linear regression of the prices of the two commodities observed
 during the previous 36 months.
Commodity Hedging Methods
Quantities Hedged
As of June 10, 2009
 
12

 
 
Eagle Rock generally uses put options, costless collars, and fixed price swaps to
achieve its hedging objectives. There are other hedging strategies that use more than
two options; however, Eagle Rock is not currently utilizing these more complex
strategies.
Put options provide price protection below the strike price, while maintaining
exposure to higher future prices. They require the payment of a “premium” which
may or may not be recovered, depending on future prices.
Costless collars are a hedging strategy that uses two options: a long put and a short
call. The put establishes a “floor” price and provides downside price protection. The
call has a higher strike price than the put, and is sold to offset the cost of the put. The
call limits exposure to future prices that exceed its strike price, however. Between the
two strike prices, the owner of the position is exposed to changes in prices.
Fixed price swaps provide the swap holder with a fixed price, regardless of future
prices.
Eagle Rock considers its expected future production, its current hedge portfolio,
current forward pricing, quoted option prices, and other factors to determine which
types of derivatives to use at a given time.
Commodity Hedging Methods
Types of Derivatives Used
As of June 10, 2009
 
13

 
 
 When applicable, Eagle Rock has hedged its future volumes with derivatives that
are based on the same commodity. In some cases, however, Eagle Rock believes it is
better to hedge future changes in the price of one commodity with a derivative of
another commodity. Eagle Rock refers to these as “cross-commodity” hedges.
Eagle Rock often hedges the changes in future NGL prices (propane and heavier)
using crude oil hedges. It has adopted this practice based on the following
observations:
  Historically, NGL prices have been highly correlated to crude oil prices.
  NGL forward prices are often quoted at a discount to crude oil forward prices. In some
 instances, depending on the NGL component and the time period, the discounts can
 be very significant and unattractive.
Eagle Rock also uses natural gas hedges to hedge a portion of its expected future
ethane production.
  The rationale for this practice is that the forward curve for ethane is often severely
 discounted from current prices. Also, natural gas prices provide support to ethane
 prices because in many processing plants ethane can be recombined with the residue
 gas stream and sold as natural gas.
  For the purpose of determining the volumes of ethane available to hedge with natural
 gas, Eagle Rock uses the thermal content of ethane (measured in mmbtu/gallon).
Special Issues
Use of Cross-commodity Hedges
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Eagle Rock’s Midstream business has a long and a short physical position in its expected future
natural gas production streams.
The long position is derived from its “percent-of-proceeds” contracts. Under these agreements,
Eagle Rock keeps a percentage of the residue gas and natural gas liquids that are sold from the
plants it owns.
The short position is derived from its “keep-whole” and “fixed-recovery” processing contracts.
Under these arrangements, Eagle Rock keeps all of the natural gas liquids it extracts from the gas
stream that producers deliver to us, but it must pay the producers for the shrinkage that occurs to
their gas stream as a result of processing.
The gas streams that are processed under percent-of-proceeds and keep-whole arrangements are
generally independent of each other. Therefore, as the performance of wells changes, and as Eagle
Rock acquires new sources of supply for processing, the expected future volumes of the long
natural gas and short natural gas positions can change.
These changes, combined with the long natural gas position in Eagle Rock's Upstream and
Minerals segments, can result in changes to Eagle Rock’s exposure to changes in natural gas
prices.
Including the effect of its natural gas hedge position, Eagle Rock attempts to maintain a small, net
long natural gas position.
Special Issues
Midstream Business Short Natural Gas Position
 
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