# SPILL PREVENTION, CONTROL, AND

COUNTERMEASURE PLAN

McELMO CREEK UNIT

RESOLUTE NATURAL RESOURCES COMPANY

San Juan County, Utah

J ULY 2012

Prepared for:

RESOLUTE NATURAL RESOURCES COMPANY

Denver, Colorado

# SPILL PREVENTION, CONTROL,

AND COUNTERMEASURE PLAN

McElmo Creek Unit



# (Name)

San J u a n County, Utah



# (Location)

Re s ol ute Natural Resources Company



# (Owner N ame)

1675 Broadway, Suite 1950

(Address)



# Denver, CO 80202

(Address)



# (Operator Name; If Different, Than Owner)

(Address)



# July 6 , 2012

( Updated)

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit i July 6, 2012 

# TABLE OF CONTENTS

Page

Table of Contents

................................ ................................ ................................ ............. i

Regulatory Cross

- Reference

................................ ................................ ........................... ii

Log of Plan Review and Amendments

................................ ................................ ............ iii



# Section 1

– General Information

1.0 General Information

................................ ................................ ....................... 1

- 1

1.1 Ma nagement Approval and Review

................................ ................................ 1

- 2

1.2 Profess ional Engineer Certification

................................ ................................ 1

- 3

1.3 Su bstantial Harm Certific ation

................................ ................................ ........ 1

- 5

1.4 Co ntact List and Phone Numbers

................................ ................................ . 1

- 11

1.5 Notification Data Sheet

................................ ................................ ................ 1

- 11

1.6 Personnel, Training, and Dis charge Prevention Procedures

........................ 1

- 11

1.7 Facility Layout and Diagram

................................ ................................ ......... 1

- 12

1.7.1 Facility Layout

................................ ................................ .................. 1

- 12

1.7.2 Facility Diagram

................................ ................................ ................ 1

- 13

1.8 Prev e ntion, Response

, and Cleanup

................................ ............................ 1

- 14

1.9 Impracticability

................................ ................................ ............................. 1

- 15

1.10 Deviati ons to Rule

................................ ................................ ........................ 1

- 1 5

1.11 Conforma n ce with othe r Requirements

................................ ........................ 1

- 15



# Section 2A

– Onshore Facility

2A.1 Container and Potential Spills

................................ ................................ ..... 2A

- 1

2A.2 Bulk Storage Containers

................................ ................................ ............. 2A

- 1

2A.2.1 Completely and Partially Buried Tanks

................................ ......... 2A

- 1

2A.2.2 Mobile or Portable Oil Storage Containers

................................ .... 2A

- 2

2A.2.3 Interna l Heating Co ils

................................ ................................ ... 2A

- 2

2A.2.4 Fail Safe Precautions

................................ ................................ .... 2A

- 2

2A.3 Facility Containment, Drainage and Water Treatment

................................ . 2A

- 3

2A.3.1 Secondary Containment Systems

................................ ................. 2A

- 3

2A.3.2 Facility Undiked Drainage to Surface Waters

................................ 2A

- 4

2A.3.3 Water Treatment System

................................ .............................. 2A

- 4

2A.3.4 Effluent Treatment Facilities

................................ ......................... 2A

- 4

2A.3.5 Facility Drainage to Surface Waters without

Facility Treatment System

................................ ............................ 2A

- 4

2A.4 Facility Transfer Operations, Pumping, and Facility Process

....................... 2A

- 5

2A.4.1 Cathodic Protection of Underground Piping

................................ .. 2A

- 5

2A.4.2 Out of Service Pipelines

................................ ............................... 2A

- 5

2A.4.3 Pipe Supports

................................ ................................ ............... 2A

- 5

2A.4.4 Vehicle Warnings

................................ ................................ .......... 2A

- 5

2A.5 Facility Tank Car & Tank Truck Loading/Unloading Rack

............................ 2A

- 5

2A.5.1 Tank Car & Tank Truck Containment Systems

............................. 2A

- 5

2A.5.2 Prevention of Premature Vehicular Departure

............................... 2A

- 6

2A.5 .3 Drain and Outlet Inspection

................................ .......................... 2A

- 6

2A.6 Security (excluding oil production facilities)

................................ ................. 2A

- 6

2A.7 Inspections, Tests and Records

................................ ................................ .. 2A

- 7

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit ii July 6, 2012 

# Section 2B

– Onshore Oil Production Facility

2B.1 Container and Potential Spills

................................ ................................ .... 2B

- 1

2 B.2 Bulk Storage Containers

................................ ................................ ............. 2B

- 1

2B.3 Facility Drainage

................................ ................................ ......................... 2B

- 2

2B.4 F acility Transfer Operations

................................ ................................ ........ 2B

- 2

2B.4.1 Sa ltwater Disposal Facilities

................................ ............................ 2B

- 2

2B.4.2 F lowline Maintenance Program

................................ ....................... 2B

- 2

2B.5 Facility Tank Car & Tank Truck Loading/ Unloading Rack

............................ 2B

- 3

2B.5.1 Tank Car & Tan k Truck Containment S ystems

................................ 2B

- 3

2B.5.2 Prevention of Pr emature Vehicular Departure

................................ . 2B

- 3

2B.5.3 Drain and Outlet Inspection

................................ ............................. 2B

- 4

2B.6 Ins pections, Tests and Records

................................ ................................ .. 2B

- 4



# APPENDICES

Notification

................................ ................................ ................................ .................. A

- 1

Logs

................................ ................................ ................................ ..................... B

- 1

Site

- Specific Information

................................ ................................ .............................. C

- 1

Oil Spill Contingency Plan

................................ ................................ ........................... D

- 1

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit iii July 6, 2012 RE G ULATORY CROSS

- REFERENCE

Citation Description Section

§112.3(d)(1) Professional Engineer Certification 1.2

§112.5(b) Management of Five Year Review Foreword

§112.7 General requirements for SPCC Plans for all facilities and all oil types

-----

§112.7(a) General requirements: discussion of facility’s conformance with rule requirements; deviations

from Plan requirements; facility characteristics that must be described in the Plan; spill reporting

information in the Plan; emergency procedures 1,2, Appendix

A

- D

§112.7(b) Equipment failure 2B.1

§112.7(c) Secondary containment 2B.1, 2B.3

§112.7(d) Contingency planning Appendix D

§112.7(e) Inspections, tests, and records 2B.6

§112.7(f) Employee training and discharge prevention procedures 1.6

§112.7(g) S ecurity (excluding oil production facilities) N/A

§112.7(h) Loading/unloading (excluding offshore facilities) 2B.5

§112.7(i) Brittle fracture evaluation requirements 2B.6

§112.7(j) Conformance with State requirements 1.11

§112.7( k ) Alternative Containm ent N/A

§112.8 Requirements for onshore facilities (excluding production facilities) 1,2, App A

- D

§112.8(a) General and specific requirements 2 A .1

- 2 A .4,6

§112.8(b) Facility drainage 2 A .3

§112.8(c) Bulk storage containers 2 A .1, 2 A .2

§112.7(d) Facility transfer operations, pumping, and facility process N/A

§112.9 Requirements for onshore production facilities

-----

§112.9(a) General and specific requirements 2B.1

- 2B.4,6

§112.9(b) Oil production facility drainage 2B.3

§112.9(c) Oil production facilit y bulk storage containers 2B.1, 2B.2

§112.9(d) Facility transfer operations, oil production facility 2B.4

§112.10) Requirements for onshore oil drilling and workover facilities N/A

§112.10(a) General and specific requirements N/A

§112.10(b) Mobile faci lities N/A

§112.10(c) Secondary containment

- catchment basins or diversion structures N/A

§112.10(d) Blowout prevention (BOP) N/A

§112.11 Requirements for offshore oil drilling, production, or workover facilities N/A

§112.11(a) General and specific pr ocedures N/A

§112.11(b) Facility drainage N/A

§112.11(c) Sump systems N/A

§112.11(d) Discharge prevention systems for separators and treaters N/A

§112.11(e) Atmospheric storage or surge containers; alarms N/A

§112.11(f) Pressure containers; alarm syst ems N/A

§112.11(g) Corrosion protection N/A

§112.11(h) Pollution prevention system procedures N/A

§112.11(i) Pollution prevention systems; testing and inspection N/A

§112.1(j) Surface and subsurface well shut

- in valves and devices N/A

§112.11(k) Blowo ut prevention N/A

§112.11(l) Manifolds N/A

§112.11(m) Flowlines, pressure sensing devices N/A

§112.11(n) Piping; corrosion protection N/A

§112.11(o) Sub

- marine piping; environmental stresses N/A

§112.11(p) Inspections of sub

- marine piping N/A

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit iv July 6, 2012 

# LOG O F PLAN REVIEW AND AMENDMENTS

NON TECHNICAL AMENDMENTS



##  Non

- technical amendments are not certified by a Professional Engineer.



##  Examples of changes include, but are not limited to, phone numbers, name changes, or any non

- technical text

change(s).

TECHNIC AL AMENDMENTS



##  Technical amendments are certified by a Professional Engineer.



##  Examples of changes include, but are not limited to, commissioning or decommissioning containers;

replacement, reconstruction, or movement of containers; reconstruction, replace ments, or installation of piping

systems; construction or demolition that might alter secondary containment structures; changes or product or

service; or revision of standard operation or maintenance procedures at a facility.



##  An amendment made under this section will be prepared within six (6) months of the change and implemented

as soon as possible but not later than six (6) months following preparation of the amendment.

MANAGEMENT REVIEW



##  Management will review this SPCC Plan at least each five (5) year s and document the review on the form

below.

Review/

Amend

Date Signature Amend Plan

(will/will not) Description of Review

Amendment Affected

Page(s) P.E.

Certification

(Y/N)

10/06 Mike McKee

- See

original plan file. Will Creation of initial SPCC Plan A ll Yes

7/6 /12 Will 5

- yr review of all sites,

updating equipment and berm

calculations. Revised SPCC

Plan based on new EPA

regulations All Yes

# SECTION 1

General Information

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 1

- 1 July 6, 2012 

# 1.0 General Information

Th is Spi ll Prevention, Control, and Countermeasure (SPCC) Plan has been prepared for Resolute

Natural Resources Company (RNR) as required by 40 CFR 112. The SPCC regulations require

facilities with the potential to impact navigable waters

, and with an aboveground aggregate storage

capacity of 1,320 gallons or more, exclusive of exempt containers, to prepare and implement an SPCC

Plan.

This Plan contains Area

- specific information that is associated with all of the Facilities within that Area;

and information specif ic to each Facility within the Area. Facility

- specific information includes the Berm

Containment Calculations and Facility Diagrams in Appendix C. A Professional Engineer Certification

has been provided for this SPCC Plan, and is also included in Section 1.2. A Substantial Harm

Determination has been conducted for the SPCC Facilities within the Area covered by this SPCC Plan.

A certified Substantial Harm Checklist has been signed and is included in Section 1.3.

A copy of the SPCC Plan will be maintain ed either at the facility if normally attended at least four hours

per day, or at the nearest manned office, and will be available for review during normal working hours.

This SPCC Plan has been prepared for the following RNR facilities located within the McElmo Creek

Unit in San Juan County, Utah (Figure 1) , as described in Section 1.7 and included in Appendix C:

McElmo Creek Unit Area Tank Battery # 1

McElmo Creek Unit Area Tank Battery # 2

McElmo Creek Unit Area Tank Battery # 3

McElmo Creek Unit Area Ta nk Battery # 4

McElmo Creek Unit Satellite # 2

McElmo Creek Unit Satellite # 3

McElmo Creek Unit Satellite # 5

McElmo Creek Unit Satellite # 6

McElmo Creek Unit Satellite # 9

McElmo Creek Unit Satellite # 11

McElmo Creek Unit Satellite # 17

McElmo Creek Un it Satellite # 19

McElmo Creek Unit Satellite # 32

McElmo Creek Unit Satellite # 33

McElmo Creek Unit Water Injection Station

McElmo Creek Unit Well P

- 20

McElmo Creek Unit Equipment and Fuel Storage Yard

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 1

- 3 July 6, 2012 

# 1.2 Professional Engineer Certification

Professional Engineer Certification

By means of this Professional Engineer Certification, I hereby attest to the following:

 I am familiar with the requirements of 40 CFR Part 112 and have verified that this SPCC Plan

has been prepared in accordance with the requirements of this 40 CFR Part 112.

 I or my agent have visited and examined the facilities.

 I have verified that this Pla n has been prepared in accordance with good engineering practice,

including consideration of applicable industry standards.

 I have verified that the required inspection and testing procedures have been established as

described in Section 2B.6.

 I have veri fied that this SPCC Plan is adequate for the facilities with the exceptions presented in

Attachment 1, to be corrected within six months.

Heather N. Otterstetter, P.E.

Printed Name of Registered Professional Engineer

Signature of Registered Profe ssional Engineer

Date: 7/6 /12 Registration No.: 41321 State: CO

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 1

- 4 July 6, 2012 

# ATTACHMENT 1 CORRECTIVE ACTIONS

Site Name Corrective Action

McElmo Creek Unit Area #1 Tank Battery Repair walkover damage to the earthen containment berms. The

capacity of the O verflow Tank was added to the capacity of the AST

berm. No containment for the Gas Line Heater, add containment or

move into secondary containment area. Repair leaking ASTs.

McElmo Creek Unit Area #2 Tank Battery Repair walkover damage to the earthen c ontainment berms. The

capacity of the Overflow Tank was added to the capacity of the AST

berm. No containment for Lube Oil, add containment or move into

secondary containment area.

McElmo Creek Unit Area #4 Tank Battery Insufficient containment for AST berm, increase the he ight of the berm

to 2.5 feet. Provide general containment for all facility piping.

Insufficient containment for berm containing Knockout Tank, rebuild

berm height to 1 foot. No containment for Slop Oil, add containment or

move into se condary containment area. No containment for Fluid Trap,

add containment or move into secondary containment area. Evaluate

condition of AST to prevent additional releases, clean areas affected by

overflow and/or venting. Evaluate LACT for possible leaks an d repair.

McElmo Creek Unit Area #6 Tank Battery Insufficient containment for AST berm, areas of walkover need to be

raised back to 2.5' and south side of this containment area also needs to

be raised to 2.5'. Provide general containment for all facility piping.

No containment for Lube Oil, add containment or move into secondary

containment area.

McElmo Creek Unit Satellite #3, Area 1 Provide general containment for piping.

McElmo Creek Unit Sec. 5 Satellite, Area 1 Provide general containment for pipi ng.

McElmo Creek Unit Sec. 32 Satellite, Area 1 Repair walkover damage to earthen containment berms.

No containment for Fluid Trap, add containment or move into secondary

containment area.

McElmo Creek Unit Sec. 9 Satellite, Area 4 Insufficient containm ent for Blowdown Tank, raise berm height to 2.5

feet.

McElmo Creek Unit Satellite #17, Area 4 No containment for Slop Oil, add containment or move into secondary

containment area. Replace damaged Slop Oil drum.

McElmo Creek Unit Sec. 11 Satellite, A rea 6 Insufficient containment for Blowdown Tank, raise berm height to 3

feet. Provide general containment for all facility piping.

McElmo Creek Unit Sec. 19 Satellite, Area 6 Insufficient containment for Blowdown Tank, r aise berm height to 3.5

feet. Provide general containment for all facility piping.

McElmo Creek Unit Water Injection Station Insufficient containment for AST berm, raise berm height to 3.5 feet.

Properly label tanks to indicate if containing produced water or water

for drilling or f racing purposes. . Repair leak in 20,000 bbl Water

Storage Tank.

Remove "Out of Service" sign from Overflow Tanks.

Ensure empty 400 bbl tank is labeled with an "Out of Service" sign.

Provide general containment for piping.

McElmo Creek Unit Well P

- 20 I nsufficient containment for Water Tank, raise berm height to 4 feet.

McElmo Creek Unit Equipment and Fuel Storage Insuffi cient containment for Inhibitor. A dd containment or move into

secondary containment area.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 1

- 11 July 6, 2012 

# 1.4 Contact List and Phone Numbers

The contact list and phone number reference for the McElmo Creek Unit is provided as follows (check

as appropriate):



#  Contact List and Phone Number reference provide d in Appendix A.



#  Emergency Notification P hone Number s provided in Appendix D, Oil Spill Contingency Plan.



# 1.5 Notification Data Sheet

A Notification Data Sheet is provided as follows (check as appropriate):



#  Notification Data Sheet provided in Appendix A.



#  Spill Response Notification Form provided in the FRP.



# 1.6 Personnel, Training, and Discharge Prevention Procedures

**Training**

 RNR provides the following minimum training to oil

- handling personnel:

 

## Operation and maintenance of equipment to preven t oil discharges;

 

## Oil discharge procedure protocols;

 

## Applicable oil spill prevention (State & Federal) laws, rules, and regulations;

 

## G eneral McElmo Creek Unit operations; and

 

## The contents of the McElmo Creek Unit SPCC Plan and applicable pollution control laws, rules,

and regulations.

The training program is further described as follows:

Training for new hires or transferred employees is delivered through classroom and on the job

training. This training enables each individual to competently and safely perform applicable

operation and maintenance duties. This training covers the following information:

1) O peration and maintenance procedures for each assigned job;

2) W astewater/stormwater drainage and flow directions in order to prevent discharges;

3) B asic envir onmental training ( e.g. , applicable SPCC pollution control laws and regulations);

4) McElmo Creek Unit overview

, including general facility operations; and

5) B asic SPCC requirements and the contents of the McElmo Creek Unit SPCC plan.

Training is tailored speci fically to the employee and their responsibilities, and the specific facility.

Refresher training on SPCC requirements, spill response, and other applicable environmental

topics is provided annual l y.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 1

- 12 July 6, 2012 

# Briefings

 RNR conducts prevention briefings for oil

- handling personnel monthly in conjunction with safety

briefings to assure adequate understanding of the SPCC Plan for the McElmo Creek Unit. These

briefings include discussion of potential discharges or component failures and precautionary

measures. The briefing program provides the following minimum training:

Equipment operation and maintenance;

Oil discharge notification and response procedures; and

Potential spill areas and location of spill response equipment.



# Documentation

 Documentation of these p ersonnel t raining and d ischarge p revention programs is maintained for a

minimum period of three (3) years. Sample log forms are provided as follows:

 Sample Training Logs/Discharge Prevention Briefing Logs are provided in 

#  Appendix B or 

# 

Other (describe ):

Completed t raining logs are maintained in employee files kept in the Cortez Office or McElmo Creek

Field Office.

 Reference supporting documentation maintained separately, as appropriate:

None.



# 1.7 Facility Layout and Diagram

1.7.1 Facility Layout

 T he physical layout of the Facility is described as follows:

**McElmo Creek Unit Lease History**  : P rimary drilling and production on the McElmo Creek

Unit began in 1956

. In 1984, Mobil became owner and operator. Tertiary oil recovery

began at that time. RNR acquired the Greater Aneth Area properties, including the McElmo

Creek Unit in April 2006 and assumed operation in June 2006.

**Total Wells** : 173 Producing wells, 127 Injection wells

**Total Production:** A pproximately 4

, 1 00 barrels of crude oil per day (BOPD) and

app roximately 40 ,000 barrels of pr oduced water per day (BWPD)

.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 1

- 13 July 6, 2012 **Facility Listing:** 4 Production Tank Batteries, and 11 Production Satellites ; 1 Water

Injection Facility (water storage/ reinjection only); and 1 Equipment and Fuel Storage yard.

**Tank Batte ries:**  Consolidation facilities for separation, and treatment of oil and gas received

from Satellites . Separation and treatment equipment includes separators, heater treaters,

knockout tanks, and gas scrubbers. Oil and water separated from the gas stream ar e stored

onsite . Water is pumped to the water injection facility for reinjection into the waterflood. Oil is

transferred through a Lease Automatic Custody Transfer (LACT) unit directly into the

pipeline.

**Satelli t**  **es:** Local separation and treatment of oil an d gas received from wells. Separation

and treatment equipment includes separators, heater treaters, knockout tanks, and gas

scrubbers. Oil and water separated from the gas stream are piped to tank batteries for

consolidation and to th e water injection faci lity for reinjection , respectively.

**Water Injection Facility:** Separated water is consolidated fo r reinjection into the waterflood

.

**Equipment and Fuel Storage Area:** Used for empty drum, empty chemical/oil tank storage,

and fuel storage. Fuel is supplied for field vehicles.

 Further details are provided in Appendix C

.



# 1.7.2 Facility diagram s 

#  a re a ttached (Appendix C) with the following detail

and location information (as applicable):

 Containers and their contents.

 Transfer Stations and connecting lines.

 C ompletely buried and bunkered tanks ( None)

.

 Drum and portable container storage areas.

Additional details are provided in the tables included in Appendix C.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 1

- 14 July 6, 2012 

# 1.8 Prevention, Response

, and Cleanup

Prevention

 RNR discharge prevention measures, including proc edures for routine handling of products

(loading, unloading, and facility transfers, etc.), are described as follows:

R NR has standard operating procedures (SOPs) established for the core activities that personnel

are expected to perform while working for Resolute. These SOPs are maintained separately and

referenced below. R NR a lso stewards spill prevention in all work areas, which includes analyzing

spills and identifying ways of reducing these spills in the workplace (i.e., guidelines for temporary or

permanent repair of steel flowlines, fiberglass flowline study, and guidelines for pipeline repair )

.



# Countermeasures

 The McElmo Creek Unit discharge discovery, response

, and cleanup capabilities are described as

follows:

Appendix D includes a n O il Spill C ontingency P lan.

 The contract resources available to the McElmo Creek Unit for discharge cleanup are provided in

the



#  Contact List (provided in Appendix A) or the 

#  FRP.



# Disposal

 The McElmo Creek Unit has established the following methods for disposa l of recovered materials

in accordance with applicable legal requirements (check all that apply):



#  Details below 

#  Facility Response Plan or 

#  Other Document:

Recovered fluids are either returned to oil storage tanks or transported offsite for proper dis posal

at a commercial C lass II underground injection control (UIC) well or recycled

. Spill response

absorbant or booms will be disposed at a properly permitted landfill.

Hydrocarbon affected soil is removed from the spill site for offsite land treatment at a properly

permitted commercial landfarm facility.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 1

- 15 July 6, 2012 

# 1.9 Impracticability (as applicable)

The containment and/or diversionary structures or equipment to prevent a discharge 

#  are 

#  are not practicable.

If not , the following provides a desc ription of the impracticability.

Oil Tanks: Secondary containment is practicable for oil storage tanks and production vessels.

Flowlines: It is impracticable to provide secondary containment for flowlines because of the extensive

length of those flowlin es over varying terrain. Flowlines at th e McElmo Creek Unit are constructed with

limited surface rights within large portions of land or third party property. It would not be appropriate for

RNR to construct structures that would impede natural surface d rainage which could affect the

landowne r ’s natural use of that land (i.e., farming, ranching, etc.), or damage the land through

excessive erosion and loss of topsoil by channeling the surface water flow from heavy rain events thus

altering existing hydrolo gical flow patterns. Rather, RNR personnel conduct daily inspections of oil

production facilities, including flowlines and flowline rights

- of

- way, in order to quickly identify and

respond to leaks.

 Reference supporting documentation maintained separately, as appropriate:

See the Professional Certification , included in Appendix C, for a list of corrective actions required for

compliance

.

 If not practicable, 

#  an O il S pill C ontingency P lan is attached (provided in Appendix D) or 

#  is

addressed by the FRP.

 A written commitment of manpower, equipment

, and materials required to expeditiously control and

remove any quantity of oil discharged is provided in 

#  Appendix D or in the 

#  FRP.

 If containment and/or diversionary structures are impracticable for bulk sto rage containers, then

periodic integrity testing of the container(s) and integrity and leak testing of the valves and piping

are required.



# 1.10 Deviations to Rule (State Reasons for Nonconformance and Discuss Alternate Methods of

Environmental Protection) :

This plan does not deviate from the rule.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 1

- 16 July 6, 2012 

# 1.11 Conformance with other Requirements

Describe conformance with other applicable requirements and effective discharge prevention and

containment procedures in place at the McElmo Creek Unit . Include a description of compliance with

more stringent s tate rules, regulations, and guidelines, if any:

This plan is in compliance with all state, federal, and local rules.

# SECTION 2A

Onshore Facility Information

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2A

- 1 July 6, 2012 

# Section 2A of this SPCC Plan applies to the fol lowing onshore facility:

**Equipment and Fuel Storage Yard**

2A.1 Container and Potential Spills Table

 The potential spill sources and estimated quantities at the McElmo Creek Unit are listed below.

POTENTIAL FAILURE POTENTIAL VOLUME

RELEASED POTENTIAL SPIL L RATE

Complete failure of tank Up to 10,000 gallons Instantaneous

Complete failure of tank (100 bbls) Up to 4,200 gallons Instantaneous

Partial failure of tank Up to 16,800 gallons Gradual to instantaneous

Tank overfill Up to 3,000 gallons Up to 50 ga llons per minute

Pipe/hose/fitting failure Up to 16,800 gallons Up to 50 gallons per minute

Leaking pipe of valve failure Up to 16,800 gallons Gradual (less than 5 gallons per

minute)

Tanker truck leak or failure Up to 3,000 gallons Gradual (less than 2 5 gallons per

minute) to instantaneous

Hose leak during transfer Up to 3,000 gallons Up to 50 gallons per minute

Pump rupture or failure Up to 3,000 gallons Up to 50 gallons per minute

Reasonable (expected) release during

loading Up to 30 gallons Up to 5 gallons per minute

Separator pressure relief (pop

- off

valve) Up to 250 gallons Up to 30 gallons per minute

The following are potential sources for releases:

 

## Valves can malfunction and leak, or can cause a release when they are not sufficiently closed;

 

## Releases can occur during loading operations;

 

## Aboveground piping can freeze or be physically damaged by traffic leading to a release;

 The material and construction of bulk storage containers 

#  are compatible with the material

stored and conditions of stora ge such as pressure and temperature.

 All bulk storage container installations 

#  are  are not constructed so that a means of secondary

containment is provided for the entire capacity of the largest single container and sufficient

freeboard to contain preci pitation. If not , describe the “impracticability” under Section 1.9.

 Diked areas 

#  are sufficiently impervious to contain discharged oil.

 Visible discharges, which result in a loss of product from containers, will be promptly corrected and

any accumulati ons of oil in the diked area(s) will be promptly removed.



# 2A.2 Bulk Storage Containers

2A.2.1 Completely and Partially Buried Tanks

 The Facility 

#  **does** 

#  doe **s not** have completely buried metallic storage tanks that were

installed on or after January 10, 1974.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2A

- 2 July 6, 2012  

## If so , corrosion protection is provided by 

#  protective coatings and/or 

#  cathodic

protection (compatible with local soil conditions) or 

#  other:

.

 

## Completely buried tanks 

#  are 

#  are not regularly leak tested.

 The Facility 

#  does 

#  does not have partially buried or bunkered metallic tanks.

 

## If so , corrosion protection is provided by 

#  protective coatings and/or 

#  cathodic

protection (compatible with local soil conditions) or 

#  other:

.



# 2A.2.2 Mobile or Portable Oil Storage Containers

 Mobile or portable oil storage containers 

#  are 

#  are not located at the Facility (Note: Drums

are mobile or portable containers).

The facility is used for storage of empty drums and out of service chemical/oil tank storage

tanks. Empty drum and tank storage is sto red on one half of the concrete pad.

 

## If so , secondary containment 

#  is provided which is adequately sized to contain the

largest container plus sufficient freeboard for precipitation.

All portable containers are stored empty (the only oil storage at this f acility is the gasoline tank);

however, all containers and equipment are stored on a curbed concrete pad with a collection

sump, for spills, drips, and releases. The collection sump is piped to the slop oil tank located at

McElmo Unit Area Tank Battery #1.



# 2A.2.3 Internal Heating Coils

 The Facility 

#  **does** 

#  doe **s not** utilize internal heating coils. If so , internal heating coil

leakage is controlled by (check method that applies):



#  Monitoring of steam return and exhaust lines for contamination, or passing the steam return

or exhaust lines pass through a settling tank or other separation system.



#  Steam return or exhaust lines do not discharge into an open water course.



#  Alternate protective measure described as follows: N/A



# 2A.2.4 Fail Safe Precauti ons

 Container installation(s) are engineered with at least one of the following devices (check all that

apply):



#  High liquid level alarm with an audible or visual signal at a constantly attended operation or

surveillance station. In smaller facilities an audible air vent may suffice. Describe the

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2A

- 3 July 6, 2012 operation, method and frequency of testing and/or inspection of these devices and where

records are maintained:



#  High liquid level pump cutoff devices set to sto p flow at a predetermined container content

level. Describe the operation, method and frequency of testing and/or inspection of these

devices and where records are maintained:



#  Direct audible or code signal communication between the container gauger and the pumping

station. Describe the operation, method and frequency of testing and/or inspection of these

devices and where records are maintained:



#  Fast respons e system for determining the liquid level of each bulk storage container (i.e.

digital computer, telepulse, direct vision gauge). Note: If this alternative is used, a person

must be present to monitor gauges and the bulk container. Describe the operation , method

and frequency of testing and/or inspection of these devices and where records are

maintained:

A liquid level gauge is installed at the top of the tank noting the liquid level in the tank.

Personnel are present during loading operations and liquid level in the tank is monitored

during filling.

 Records are maintained for a minimum period of three (3) years.



# 2A.3 Facility Containment, Drainage and Water Treatment

2A.3.1 Secondary Containment Systems

 Drainage from diked storage area(s) is restraine d by:



#  Manually operated valves 

#  Manually operated pumps



#  Manually operated ejectors 

#  Other:

None. Precipitation that accumulate s on the pad is collected in the drainage system on the pad.

This drainage system is piped to the slop oil tanks located are the McElmo Tank Battery #1. No

precipitation is drained or pumped from the storage area.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2A

- 4 July 6, 2012 Reference supporting documentation maintained separately, as appropriate:

Containment information is provided in Appendix C.



# 2A.3.2 Facility Undiked Drainage to Surface Waters

 The Facility drainage system 

#  is 

#  is not designed in a manner that will enable undiked

areas with the potential for discharge to flow into:



#  Ponds 

#  Lagoons 

#  Catchment basins 

#  Other:



#  Ditches equipped with a diversion system de signed to retain oil in the Facility

 Describe undiked area drainage or, or if not addressed, describe alternate protective measures:

The facility does not have undiked drainage areas which would have the potential to discharge

oil

.



# 2A.3.3 Water Treatment System

 Drainage waters 

#  are 

#  are not treated in more than one (1) treatment unit.

 If so , and treatment is continuous, two lift stations 

#  are 

#  are not provided with at least one

permanently installed.



# 2A.3.4 Effluent Treatment Facilities

 The Facil ity 

#  **does** 

#  doe **s not** treat water prior to discharge off site.

All water collected within the berm is piped to the McElmo Creek Unit Area Tank Battery #1 slop

tanks

.



# 2A.3.5 Facility Drainage to Surface Waters without Facility Treatment System

 Manually op erated valves 

#  are 

#  are not normally kept closed and 

#  are 

#  are not

resealed following drainage. Describe valve operation or alternate protective measures:

Manually operated valves are not normally used, but where present are kept in a closed, locke d

position.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2A

- 5 July 6, 2012 

# 2A.4 Facility Transfer Operations, Pumping and Facility Process

2A.4.1 Cathodic Protection of Underground Piping

 The Facility 

#  does 

#  doe **s not** have buried piping. Corrosion protection for all new and

replaced buried piping is provided as fo llows (check all that apply):



#  Wrapping and Coating , or



#  Cathodic Protection or satisfy the corrosion protection standards in 40 CFR Part 280 or 281



#  If none , describe alternate protective measures: N/A

 When a pipe section is exposed, it is examined and corrective action taken as necessary.



# 2A.4.2 Out of Service Piping

 Out of service piping terminal connections 

#  are 

#  are not capped or blank

- flanged and

marked when the piping is not in service or in standby service for extended periods.



# 2A.4.3 Pip e Supports

 Pipe supports 

#  are 

#  are not designed to minimize abrasion and corrosion and allow for

expansion and contraction.



# 2A.4.4 Vehicle Warnings

 Vehicles 

#  are 

#  are not warned orally, by signs, with bumper guards, or other methods to be

sure that n o vehicle will endanger aboveground piping or other oil transfer operations.



# 2A.5. Facility Tank Car & Tank Truck Loading/Unloading Rack

 Tank truck loading/unloading 

#  does 

#  doe **s not** occur at the Facility.

 Tank car (rail) loading/unloading 

#  **does** 

#  do e **s not** occur at the Facility.

Note: There are no loading racks present at this facility

.

If yes to either, proceed with the following sections. If not , proceed to Section 2A.6.



# 2A.5.1 Tank Car & Tank Truck Containment Systems

 Loading/unloading area dr ainage 

#  **does** 

#  doe **s not** flow into a catchment basin, treatment

facility, or a quick drainage system designed to handle discharges.

Any releases during loading would be contained by the curbing on the concrete pad and collect in

the drainage system on the pad.

 The containment system 

#  **does** 

#  doe **s not** hold the maximum capacity of any single

compartment of a tank car or tank truck loaded or unloaded at the Facility. Describe containment

system design, construction materials, and volume:

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2A

- 6 July 6, 2012 The collection syst em on the pad is constructed of collection sumps covered in truck rated grating,

water or oil that is collected in the sump is piped to the slop oil tanks at the McElmo Creek Unit

Area Tank Battery #1 (two 500

- barrel tanks).



# 2A.5.2 Prevention of Premature Vehicular Departure

 The methods, procedures, and/or equipment used to prevent premature vehicular departure

include (Check all that apply):



#  **Interlocked warning lights,** 

#  **Physical barrier systems,**



#  **Warning signs,** 

#  **Wheel chocks,**



#  **Vehicle brake interl ock systems,**  

#  **Company personnel inspection with truck**

**driver prior to departure**

. 

# 2A.5.3 Drain a nd Outlet Inspection

 Drains and outlets on tank trucks and tank cars 

#  are 

#  are not checked for leakage before

loading/ unloading or departure and, if necess ary, are tightened, adjusted or replaced.



# 2A.6 Security (excluding oil production facilities)

 The Facility 

#  is 

#  is not fully fenced. Describe the fence or i f not fenced, describe alternate

protective measures:

The equipment and empty drum storage area is fenced and the fuel pump on the gasoline tank is

locked to prevent unaut horized access.

 Entrance gates 

#  are 

#  are not locked and/or guarded when the Facility is unattended or not in

production. Describe the gate security or if not locked or guard ed, describe alternate protective

measures: N/A

 Any valves which permit direct outward flow of a container’s contents 

#  have 

#  do not have

adequate security measures so that they remain closed when in non

- operating or standby status.

 Starter controls on all oil pumps in non

- operating or standby status 

#  are 

#  are not locked in the

off position and located at site accessible only to authorized personnel.

 When Facility piping is not in service or is in standby service for an extended time, loading/

unloa ding connections 

#  are 

#  are not securely capped or blank flanged. This applies to piping

that is emptied of its liquid content either by draining or by inert gas pressure.

 Facility lighting 

#  i s 

#  i s not 

## commensurate with the operation and the type and location of the

Facility to assist in the discovery of discharges and to prevent discharges occurring through acts of

vandalism. Describe Facility lighting or if lighting is not commensurate, describe alternate

protective measures

. Lighting is provided a t the concrete pad, and is operated by a switch if needed.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2A

- 7 July 6, 2012 

# 2A.7 Inspections, Tests and Records

Container Testing and Inspections

 Aboveground containers 

#  are 

#  are not integrity tested on a regular schedule and when

material repairs are made.

 Compara tive records 

#  are 

#  are not kept.

 The container’s supports and foundations 

#  are 

#  are not inspected.

 The outside of the containers 

#  are 

#  are not frequently inspected for signs of deterioration,

discharges, or accumulation of oil inside diked areas.

 T he integrity testing program includes a combination of visual inspections and at least one of the

following alternate testing techniques:



#  Hydrostatic 

#  Radiographic 

#  Ultrasonic 

#  Acoustic Emissions 

#  Other: as determined by

certified inspector

 I n the event that a field

- constructed aboveground container undergoes a repair

, alteration

,

reconstruction , or a change in service , the container 

#  will 

#  will not be evaluated for the risk of

discharge or failure due to brittle fracture or other catastrophe.

D escribe the Facility aboveground container integrity testing and inspection program. Include

inspection frequency, records of inspections and any alternate protective measures:

The gasoline tank, loading area, containment system, and connections are in spected during

regular business operations (before, during, or after fueling). A complete visual inspection is

conducted annually. Example inspection forms are included in Appendix B. Formal testing and

inspections in accordance with the Steel Tank Insti tute SP001: Standard for Inspection of

Aboveground Storage Tanks (SP001

- 4 th 

## Edition)

.



# Piping Inspections

 Buried piping 

#  is 

#  is not present.

All buried piping at this facility is associated with the drainage system.

 Integrity and leak testing of buried piping is performed at the time of 

#  installation,



#  modification, 

#  construction, 

#  relocation, or 

#  replacement.

 All aboveground valves and piping (including flange joints, valve glands and bodies, catch pans,

pipe supports, locking of valves, and metal surfaces) are regularly examined.

Describe the Facility piping (and integrity and leak testing, as appropriate) inspection program. Include

inspection frequency, records of inspection and any alternate protective measures.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2A

- 8 July 6, 2012 Above

- gr ound piping is inspected visually during regular operations. A formal , recorded

inspection is conducted annually. Piping is tested when repairs or modifications are made. All

records are maintained at the main office for a minimum period of three years.



# Dike Drainage Inspections

 Describe the procedure for supervising the drainage of rainwater from secondary containment into a

storm drain or an open watercourse. Include description of (a) inspection for pollutants, and (b)

method of valving security:

Accumulated precipitation is collected in the drainage system which is piped to the McElmo

Creek Unit Area Tank Battery #1 Slop Oil tanks

. No precipitation is discharged outside of the

containment pad.

 Reference supporting documentation maintained separat ely, as appropriate:

NA



# Documentation:

 Records of the inspections and tests (including those maintained under usual and customary

business practices), signed by the appropriate supervisor or inspector are retained on file for a

minimum period of three ( 3) years. (Note: Existing inspections and tests kept under usual and

customary business practices will suffice if approved by the certifying engineer).

 Sample inspection and test records are provided in Appendix B.

# SECTION 2B

Onshore Oil Production

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2B

- 1 July 6, 2012 

# Sec tion 2B of this SPCC Plan applies to the following production facilities:

**All McElmo Creek Tank Batteries, Satellites, and Water Injection facilities**

2B.1 Container and Potential Spills

 The potential spill sources at the McElmo Creek Unit are listed bel ow

.

The following are potential sources for releases:

 

## Valves can malfunction and leak, or can cause a release when they are not sufficiently closed ;

 

## Releases can occur during loading operations;

 

## Aboveground piping can freeze or be physically damaged by tr affic or livestock leading to a

release;

 

## Leaks can occur at inlets and outlets and g au ge connections for all equip ment including pressure

vessels; and

 

## Overflows can occur, usually during power failures when emergency tanks are used for longer

periods of ti me.

 The material and construction of bulk storage containers 

#  are compatible with the material

stored and conditions of storage such as pressure and temperature.

 All bulk storage container installations 

#  are 

#  are not constructed so that a means of

secon dary containment is provided for the entire capacity of the largest single container plus

sufficient freeboard to contain precipitation. If not , describe the “impracticability” under Section 1.9.

 Diked areas 

#  are sufficiently impervious to contain discha rged oil.



# 2B.2 Bulk Storage Containers

 The tank battery installation is provided with at least one of the following (Check all that apply):



#  Container capacity is adequate to assure that a container will not overfill if a pumper/gauger is

delayed in m aking regularly scheduled rounds.



#  Overflow equalizing lines exist between containers so that a full container can overflow to an

adjacent container.



#  Vacuum protection is adequate to prevent container collapse during a pipeline run or other

transfer o f oil from the container.



#  High level sensors generate and transmit an alarm signal to the computer where the facility is

subject to a computer production control system.



#  If none of the above is in place, describe alternate protective measures:

N/A

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2B

- 2 July 6, 2012 

# 2B .3 Facility Drainage

 Tank battery and separation and treating area dike/containment drains 

#  are 

#  are not 

#  N/A

closed and sealed at all times except when draining uncontaminated rainwater. Describe the

operation of the drains and, if not closed and sea led, describe alternate protective measures:

The dikes/containments are earthen berms and are not equipped with drain valves. Rainwater is

allowed to absorb into the soil and to evaporate. If an excessive amount of rainwater is present, it

is pumped from the berm by a vacuum truck.

 Describe the measures that are employed to ensure contaminated rainwater is not discharged from

the containment areas (include description of (a) inspection for pollutants and (b) method of valving

security):

Berms are inspec ted on a regular basis (during daily site visits by RNR employees) for precipitation

and leaks. Berms are not equipped with drain valves.

 If oil is detected in containment areas or in field drainage systems, describe the removal procedures

and the disposi tion of the recovered product?

Contaminated precipitation and oil accumulations will be removed using vacuum truck services and

any contaminated soil will be removed.

 Drainage from undiked areas 

#  is 

#  is not 

#  N/A confined in a catchment basin or holding

pond. If drainage of these undiked areas is not practicable, refer to a (Appendix D

- contingency

plan) and document a written commitment of manpower. Describe undiked area confinement, as

applicable:

All areas are diked.

 Emergency overflow tanks are re gularly monitored and fluids are removed immediately using

vacuum truck services



# 2B.4 Facility Transfer Operations

2B.4.1 Saltwater Disposal Facilities

 The McElmo Creek Unit 

#  does 

#  doe **s not** have a saltwater disposal facility. If so , details of

inspect io n are provided in Section 2B.6.



# 2B.4.2 Flowline Maintenance Program

 Describe the McElmo Creek Unit flowline maintenance program:

All flowlines are steel lines. Records of flowline failures, line replacements, and line repairs are kept

at the McElmo Creek Unit Field Office. Decisions on flowline repair or replacement are based on

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2B

- 3 July 6, 2012 failure history, well production characteristics, estimate d remaining life of the line, and flowline

route. Flowline inspection and testing procedures are discussed in Secti on 2B.6.



# 2B.5 Facility Tank Car & Tank Truck Loading/Unloading Rack

 Tank truck loading/unloading 

#  does 

#  doe **s not** occur at the McElmo Creek Unit

.

 Tank car (rail) loading/unloading 

#  **does** 

#  doe **s not** occur at the McElmo Creek Unit

.

If yes to either, proc eed with the following sub sections. If not , the remainder of Section 2B.5 does

not apply.



# 2B.5.1 Tank Car & Tank Truck Containment Systems

 Loading/unloading area drainage 

#  **does** 

#  doe **s not** flow into a catchment basin, treatment

facility, or a quick drain age system designed to handle discharges.

Loading racks are not present at any of the units. Load line connections at batteries are located

within the earthen berm s or bermed loading areas . Drivers are responsible for carrying spill cleanup

supplies.

 The containment system 

#  **does** 

#  doe **s not** hold the maximum capacity of any single

compartment of a tank car or tank truck loaded or unloaded at the McElmo Creek Unit . Describe

containment system design, construction materials, and volume:

Loading racks ar e not present at any of the units. Load line connections at batteries are located

within the earthen berms or bermed loading areas. Containment is provided by earthen berms,

containment volumes for bermed areas are provided in Appendix C Drivers are respo nsible for

carrying spill cleanup supplies.



# 2B.5.2 Prevention of Premature Vehicular Departure

 The methods, procedures, and/or equipment used to prevent premature vehicular departure include

(Check all that apply):



#  **Interlocked warning lights,** 

#  **Phys ical barrier systems,** 



#  **Warning signs,** 

#  **Wheel chocks,**



#  **Vehicle brake interlock systems,** 

#  **Company personnel inspection with truck**

**driver prior to departure**

.

 Describe these and other premature vehicular prevention measures (for each area):

Signs are p osted at all unloading points within the facilities instructing drivers to ensure that hoses

are fully disconnected before driving off.

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit 2B

- 4 July 6, 2012 

# 2B.5.3 Drain And Outlet Inspection

Drains and outlets on tank trucks and tank cars 

#  are 

#  are not checked for leakage before

loading/ unloading or departure and, if necessary, are tightened, adjusted or replaced. If not

,

describe alternate protective measures.



# 2B.6 Inspections, Tests and Records

 Records of the inspections and tests (including those maintained under us ual and customary

business practices), are signed by the appropriate supervisor or inspector, and are retained on file

for a minimum period of three (3) years.

 Each container of oil 

#  is visually inspected for deterioration and maintenance needs, includin g

the foundation and support of each container located on or above the surface of the ground.

 I n the event that a field

- constructed aboveground container undergoes a repair

, alteration

,

reconstruction , or a change in service , the container 

#  **will** 

#  **will n ot**  be evaluated for the risk of

discharge or failure due to brittle fracture or other catastrophe.

 Field drainage systems (i.e. field drainage ditches or road ditches) and oil traps, sumps, or

skimmers 

#  are inspected for accumulations of oil.

 RNR 

#  **cond ucts**  an inspection of the following aboveground facility transfer operation

appurtenances (check all that apply):



#  Transfer operation piping and valves 

#  Valve glands and bodies



#  Drip pans 

#  Pipe supports



#  Pumping well polish rod stuffing boxes 

#  Bleed er and gauge valves



#  Other: _________________________

 RNR 

#  does 

#  does not inspect saltwater disposal facilities.

 RNR has the following inspection and test procedures in place (describe the procedure, forms,

location of records, etc.):

Facilities are visually inspected daily by operating personnel in the normal course of their daily

responsibilities. Annually, the McElmo Creek Unit facilities are formally inspected and the results

are documented. The inspection consists of drainage areas, aboveground piping, bulk oil storage

containers, exposed flowlines crossing waters of the U.S., security measures, and truck

loading/unloading areas. Inspection logs are filed with the McElmo Creek Unit ’s SPCC Plan.

 Reference supporting documentation maintained sepa rately, as appropriate:

N/ A

 Sample inspection and test records are provided in Appendix B.

# APPENDIX A

NOTIFICATION

 Contact List and Phone Numbers

 Reporting Procedures

 Notification Data Sheet

 Submittal of Information to Regional Administrator for Qualified Discharge(s)

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit A

- 1 July 6, 2012 

# Contact List and Phone Numbers

Contact Primary Alternate

**Designated Person Accountable For Oil Spill Prevention and/or Facility Response Coordinator**

Name/Title: Nate Benal l y/EHS 425

- 651

- 3265 x 4110 970

- 396

- 1448

Name/Title: Michael McKee /EHS Coordinator 303

- 573

- 4886 x 1625 720

- 539

- 6701

**Cleanup Contractors (as necessary):**

Nate Benally and/or Michael McKee will be responsible

for contacting Emergency Response Contractors.

**Other Federal, State and local agencies (as nece ssary)** 

National Response Center 800

- 424

- 8802

Utah Department of Environmental Quality 801

- 536

- 4123

Utah DEQ Water Quality Division 801

- 538

- 6146 801

- 536

- 4123

Bureau of Land Management

– Farmington, NM 505

- 564

- 7600

Navajo Nation EPA (UIC) 505

- 368

- 10 40

Navajo Nation EPA (NPDES) 928

- 871

- 7185

Navajo Nation Land Administration 435

- 651

- 3504

Navajo Nation State Emergency Response Commission

(SERC and LEPC) 928

- 871

- 7275 928

- 871

- 6892

Bureau of Indian Affairs

– Gallop, NM

Mary Lujan

– mary.lujan@bia.gov 505

- 368

- 3374

National Response Center 800

- 424

- 8802

**Other contact references:**

Patrick Flynn, Resolute Natural Resources Company 303

- 534

- 4600 303

- 941

- 0389

## Spill Prevention, Control, and Countermeasure Plan

McElmo Creek Unit A

- 2 July 6, 2012 

# External Reporting Procedures

Any used oil or f uel release of 25 gallons or more must be reported immediately to the Utah

Department of Environmental Quality , with a follow

- up written report in 15 days.

Any release that could potentially affect the waters of the State must be reported immediately to t he

Utah Water Quality Division , with a follow

- up written report as requested

.

In the event a spill impacts surface water, the spill must be reported, by telephone, to the National

Response Center (immediately after discovery of the spill).

# APPE NDIX B

LOGS

 Inspection Log

 Personal Training/Discharge Prevention Briefing Log

 Container/Containment Inspection Log/Drainage Event Log

## Spi ll Prevention, Control, and Countermeasure Plan

McElmo Creek Unit B

- 1 July 6, 2012 

# Inspection Log

Facility :

______________________________

Date of Inspection: Inspector:

Onshore Productio n

- Component Adequate

(Yes/No) Comments

Container Surface (Walls, Roof)

Container (Foundation/Supports/Cradles

Aboveground Piping:

Metal Surfaces

Flange Joints

Valve Glands and Bodies

Drip Pans

Pumping Well Polish Rod Stuffing Boxes

Bleeder and Gauge Valves

Field Drainage System:

Oil Trap(s)

Sump(s)

Skimmer(s)

Secondary Containment (Walls, Floor)

Saltwater Disposal Facility

Brittle Fracture Evaluation

## Spi ll Prevention, Control, and Countermeasure Plan

McElmo Creek Unit B

- 2 July 6, 2012 

# Personnel Training/Discharge Prevention Briefi ng Log



# TOPIC(S):

(Note: Required topics must include SPCC Plan.)



# SIGN IN SHEET

NAME (PLEASE PRINT) COMPANY/POSITION TELEPHONE

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

Instructor: Date:

Subject/Issue Identif ied 

# Required Action

Implementation Date:

## Spi ll Prevention, Control, and Countermeasure Plan

McElmo Creek Unit B

- 3 July 6, 2012 

# Container/Containment Inspection Log/Drainage Event Log

Inspector: Date:

Inspection Frequency: (Retain record three (3) years.)

Container/

Containment Comments Drainage Event

(Vol.)

Check containers for:

 

### leaks, drip marks and discoloration;

 

### puddles containing spilled or leaked material;

 

### corrosion;

 

### cracks; and

 

### localiz ed dead vegetation.

Check foundation for:

 

### cracks;

 

### discoloration;

 

### puddles containing spilled or leaked material;

 

### settling;

 

### gaps between tank and foundation; and

 

### damage caused by vegetation roots.

Check piping for:

 

### droplets of stored material;

 

### discoloration ;  

### corrosion;

 

### bowing of pipe between supports;

 

### evidence of stored material seepage from valves

or seals;

 

### localized dead vegetation.

Check containment for:

 

### cracks;

 

### discoloration;

 

### presence of spilled material;

 

### corrosion (if applicable);

 

### erosion (if applicabl e);

 

### valve conditions (if applicable).

Record drainage event

 

### Appearance of stormwater discharged.

 

### Volume of water and volume or oil, if any,

removed discharged.

 

### Other details (i.e. testing)

## Spi ll Prevention, Control, and Countermeasure Plan

McElmo Creek Unit B

- 4 July 6, 2012 

# Pollution Prevention Equipment And Systems Log

Frequency of Ins pection:

Date of Inspection: Inspector:



# Equipment Condition Action Taken

# APPENDIX C

Facility Tables and Diagram s

( Drawings are not to Scale)

# APPENDIX D

Oil Spill Contingency Plan

# OIL SPILL CONTINGENCY PLAN

Resolute Natural Resources Company

McElmo Creek Unit

McElmo Creek Unit D

- 1 July 6, 2012 A. Immediate response by RNR personnel. *

1. Shut off the source of the spill. Take safety precautions to prevent excessive conditions such as

intolerable pressure, temperature, or h igh flow rates in other parts of the system.

2. Asse ss the volume of the spill and the potential for the spill to impact the vicinity and the

surrounding areas.

3. Call for the manpower and equipment necessary to contain and remove the discharge as soon

as po ssible, once the discharge has been stopped and all necessary safety precautions have

been taken.

4. Call the Environmental Health and Safety (EHS) Supervisor to report the details of the spill and

to obtain any instructions or assistance which may be approp riate from higher authority levels.

The EHS Supervisor will coordinate any action requested by RNR personnel at the scene of the

spill. The EHS Supervisor will notify the necessary governmental agencies as follows:



# • Any release of oil that causes a sheen on nearby surface waters must be reported

immediately to the National Response Center (80 0

- 424

- 8802), the Bureau of Land

Management, the Bureau of Indian Affairs, the Navajo Nation EPA and the Navajo Nation

Land Administration (see page A

- 1 for contact in formation).



# • Any release of refined petroleum product (gasoline, diesel, lube oil) 25 gallons or more must

be reported to the Utah Department of Environmental Quality within 24 hours.



# • Any release that could potentially a ffect the waters of the s tate must be reported

immediately to the Utah Water Quality Division.

B. Preplanned strategy for deployment of containment and cleanup equipment.

1. Local supervisory or senior personnel will be responsible for directing containment and cleanup

operations.

2. Oil will b e restrained from reaching water by the following methods:

(a) Digging drainages to catch and redirect flow; or

(b) Co nstructing earthen dams or diver sion barriers to direct oil away from water.

3. Oil can be contained within the affected area using the following m ethods:

(a) The use of floating booms, dams, dikes, or other barriers; and

(b) Oil absorbent materials.

4. If the movement of the spill can not be stopped, an attempt should be made to direct the spill to

areas less vulnerable to prolonged effects.

5. Recovered oil will be returned to the process facilities if possible.

# OIL SPILL CONTINGENCY PLAN

Resolute Natural Resources Company

McElmo Creek Unit

McElmo Creek Unit D

- 2 July 6, 2012 6. After cleanup, all results will be reported to the EHS Supervisor and the Resolute Natural

Resources Company Headquarters Office located in Denver, Colorado.

C. Commitment of manpower, equipment, and m aterials needed to expeditiously control and remove

oil discharges.

1. Normally, the type and size of the oil spill which could reasonably be expected to occur at each

facility can be contained and removed by RNR eq uipment and personnel which are readily

ava ilable in the vicinity of each facility. The available equipment and manpower are listed

below.

(a) Manpower*

Personnel Days per Week

Personnel are Available Hours per Day

Personnel are Available

Operations Personnel 7 24

Maintenance Personnel 5 8

(b) Equi pment and materials

Type of materials Resolute Natural Resources Location

Spill Response Trailer #1 McElmo Creek Unit Field Office

Spill Response Trailer #2 McElmo Creek Unit Field Office

2. If necessary, the following contractors can be called for assi stance: Michael McKee will be

responsible for contacting Emergency Response Contractors.

Company Name Location Telephone Response

Time **

JR Construction Montezuma Creek, Utah (435) 651

- 3220 1 hour

Lansing Construction Montezuma Creek, Utah (435) 651

- 3 440 1 hour

Maryboys LLC Montezuma Creek, Utah (435) 651

- 3230 1 hour

Montezuma Well Service Montezuma Creek, Utah (435) 651

- 3469 1 hour

* The Natural Resources Oil Spill Response Field Manual includes insight on boom d eployment

,

strategies, skim mers sor bents, shoreline protection, etc.

** Approximate time for response contractor to arrive on site.APPENDIX CTABLE 1: BERM CONTAINMENT CALCULATIONSMCELMO CREEK UNITRESOLUTE NATURAL RESOURCES COMPANYSAN JUAN COUNTY, UTAH

Site Name Tank Size (bbl) Total Volume (bbl) Tank Displacement of Containment (gal) Construction Material Tank Description/ Content Containment Type Flow Rate Direction of Runoff Flow Largest Tank Size (bbl) Height (ft) Berm Area (ft^2) Berm Containment Capacity (gal) Corrected Berm Volume* (gal) Precipitation** (gal) Total Containment Capacity (gal) Total Containment Capacity (bbl) Berm Capacity (%) Corrective Action(3) 1,000 3,000 566 Steel Oil TankEarthenBermVariable, up to1,000 bbl/minuteSoutheast1,0001.5 12,926 145,052 142,315 2,585142,467 3,892389(3) 1,000 3,000 849 Steel Water TankEarthenBermVariable, up to1,000 bbl/minuteSoutheast1,000 1,000 283 Steel Skim TankEarthenBermVariable, up to1,000 bbl/minuteSoutheast(2) 500 1,000 530 SteelSlop OilTankEarthenBermVariable, up to1,000 bbl/minuteSoutheast400 400 170 Steel Water TankEarthenBermVariable, up to1,000 bbl/minuteSoutheast400 400 170 Steel Oil TankEarthenBermVariable, up to1,000 bbl/minuteSoutheast400 400 170 Steel Skim TankEarthenBermVariable, up to1,000 bbl/minuteSoutheast(2) 420 840 0 SteelKnockouttankEarthenBermVariable, up to1,000 bbl/minuteSoutheast4201.0 5,060 37,854 37,854 1,01236,842 87720963 63 0 Steel SeparatorEarthenBermVariable, up to1,000 bbl/minuteSoutheast27 27 0 SteelTestseparatorEarthenBermVariable, up to1,000 bbl/minuteSoutheast180 180 0 SteelHeater/treaterEarthenBermVariable, up to1,000 bbl/minuteSoutheast1801.3 1,01210,09410,094 2029,892 236131100 100 7 SteelHeater/treaterEarthenBermVariable, up to1,000 bbl/minuteSoutheast1001.0 6805,0875,080 1364,951 1181183 3 0 Steel DemulsifierPlasticContainmentVariable, up to1,000 bbl/minuteSoutheast31.3 24239239 5235 61861 1 0 Steel DemulsifierPlasticContainmentVariable, up to1,000 bbl/minuteSoutheast11.0 64545 144 1104(2) 1 2 0 Steel Slop OilPlasticContainmentVariable, up to1,000 bbl/minuteSoutheast11.0 45337337 9328 8780(2) 1 2 0 Steel Slop OilPlasticContainmentVariable, up to1,000 bbl/minuteSoutheast11.0 45337337 9328 878015 15 0 SteelGas LineHeaterNoContainmentVariable, up to1,000 bbl/minuteSoutheast 15 0 000 00 00(2) 1,500 3,000 796 Steel Oil TankEarthenBermVariable, up to1,500 bbl/minuteEast/Southwest1,5001.5 9,071101,79099,785 1,81499,976 2,780185(2) 1,000 2,000 1,039 Steel Water TankEarthenBermVariable, up to1,500 bbl/minuteEast/Southwest400 400 170 Steel Skim TankEarthenBermVariable, up to1,500 bbl/minuteEast/Southwest(2) 180 360 5 SteelHeater/treaterEarthenBermVariable, up to1,500 bbl/minuteEast/Southwest1800.5 11,11541,57641,564 2,22339,353 1,337743180 180 0 SteelKnockouttankEarthenBermVariable, up to1,500 bbl/minuteEast/Southwest27 27 0 SteelCompositeSeparatorEarthenBermVariable, up to1,500 bbl/minuteEast/Southwest15 15 4 SteelVertical TestSeparatorEarthenBermVariable, up to1,500 bbl/minuteEast/Southwest13 13 4 SteelVertical TestSeparatorEarthenBermVariable, up to1,500 bbl/minuteEast/Southwest12 12 0 Steel Fluid TrapEarthenBermVariable, up to1,500 bbl/minuteEast/Southwest1 3 0 Steel DemulsifierPlasticContainmentVariable, up to1,500 bbl/minuteEast/Southwest31.3 24 239 239 5235 1866,186(2) 1 2 0 Steel Lube Oil Earthen bermVariable, up to1,500 bbl/minuteEast/Southwest10 000 00 00(2) 1 2 0 Steel Slop OilPlasticContainmentVariable, up to1,500 bbl/minuteEast/Southwest11.0 45337337 9328 8780Repair walkover damage to the earthen containment berms.The capacity of the Overflow Tank was added to the capacity ofthe AST berm.No containment for the Gas Line Heater, add containment ormove into secondary containment area.Repair leaking ASTs.Repair walkover damage to the earthen containment berms.The capacity of the Overflow Tank was added to the capacity ofthe AST berm.No containment for Lube Oil, add containment or move intosecondary containment area.McElmo Creek Unit Area #1 TankBatteryMcElmo Creek Unit Area #2 TankBattery1 of 5APPENDIX CTABLE 1: BERM CONTAINMENT CALCULATIONSMCELMO CREEK UNITRESOLUTE NATURAL RESOURCES COMPANYSAN JUAN COUNTY, UTAH

Site Name Tank Size (bbl) Total Volume (bbl) Tank Displacement of Containment (gal) Construction Material Tank Description/ Content Containment Type Flow Rate Direction of Runoff Flow Largest Tank Size (bbl) Height (ft) Berm Area (ft^2) Berm Containment Capacity (gal) Corrected Berm Volume* (gal) Precipitation** (gal) Total Containment Capacity (gal) Total Containment Capacity (bbl) Berm Capacity (%) Corrective Action(2) 1,500 3,000 796 Steel Oil TankEarthenBermVariable, up to1,500 bbl/minuteNortheast1,5001.5 4,28448,073 46,06885747,216 1,12475(2) 1,000 2,000 1,039 Steel Water TankEarthenBermVariable, up to1,500 bbl/minuteNortheast400 400 170 Steel Skim TankEarthenBermVariable, up to1,500 bbl/minuteNortheast(2) 400 800 302 SteelEmergencyWater TankEarthenBermVariable, up to1,500 bbl/minuteNortheast4002.7 1,63432,597 32,29632732,270 768192(2) 180 360 0 SteelHeater/treaterEarthenBermVariable, up to1,500 bbl/minuteNortheast1800.7 2,02510,099 10,0994059,694 231128180 180 0 SteelKnockouttankEarthenBermVariable, up to1,500 bbl/minuteNortheast1800.5 1,6206,060 6,0603245,736 13776180 180 0 Steel SeparatorEarthenBermVariable, up to1,500 bbl/minuteNortheast63 63 0 SteelCompositeSeparatorEarthenBermVariable, up to1,500 bbl/minuteNortheast(2) 13 26 4 SteelVertical TestSeparatorEarthenBermVariable, up to1,500 bbl/minuteNortheast130.6 5762,514 2,5091152,398 57439(2) 1 2 0 Steel DemulsifierPlasticContainmentVariable, up to1,500 bbl/minuteNortheast11.0 24180 1805175 44161 1 0 Steel Slop OilPlasticContainmentVariable, up to1,500 bbl/minuteNortheast11.0 645 45144 1104(3) 1 3 0 Steel Slop OilPlasticContainmentVariable, up to1,500 bbl/minuteNortheast 1 0 000 00 0012 12 0 Steel Fluid TrapNoContainmentVariable, up to1,500 bbl/minuteNortheast 12 0 000 00 00(2) 1,500 3,000 796 Steel Oil TankEarthenBermVariable, up to1,500 bbl/minuteNortheast1,5001.5 4,40049,375 47,53988048,495 1,15577(2) 1,000 2,000 1,039 Steel Water TankEarthenBermVariable, up to1,500 bbl/minuteNortheast350 350 0 SteelKnockoutTankEarthenBermVariable, up to1,500 bbl/minuteNortheast3500.8 3,96922,269 22,26479421,475 51114663 63 0 SteelCompositeSeparatorEarthenBermVariable, up to1,500 bbl/minuteNortheast13 13 5 SteelTestseparatorEarthenBermVariable, up to1,500 bbl/minuteNortheast13 13 0 Steel Fluid TrapEarthenBermVariable, up to1,500 bbl/minuteNortheast180 180 0 SteelHeater/TreaterEarthenBermVariable, up to1,500 bbl/minuteNortheast 180 1.0 5,31939,791 39,7911,06438,728 9225123 3 0 Steel DemulsifierPlasticContainmentVariable, up to1,500 bbl/minuteNortheast31.3 24239 2395235 61861 1 0 Steel DemulsifierPlasticContainmentVariable, up to1,500 bbl/minuteNortheast11.0 645 45144 1104(2) 1 2 0 Steel Slop OilPlasticContainmentVariable, up to1,500 bbl/minuteNortheast11.0 24180 1805175 44161 1 0 Steel Lube OilNoContainmentVariable, up to1,500 bbl/minuteNortheast 1 0 000 00 00Insufficient containment for AST berm, areas of walkover needto be raised back to 2.5 feet and south side of this containmentarea also needs to be raised to 2.5 feet.Provide general containment for all facility piping.No containment for Lube Oil, add containment or move intosecondary containment area.Insufficient containment for AST berm, increase the height ofthe berm to 2.5 feet.Provide general containment for all facility piping.Insufficient containment for berm containing Knockout Tank,rebuild berm height to 1 foot.No containment for Slop Oil, add containment or move intosecondary containment area.No containment for Fluid Trap, add containment or move intosecondary containment area.Evaluate condition of AST to prevent additional releases, cleanareas affected by overflow and/or venting.Evaluate LACT for possible leaks and repair.McElmo Creek Unit Area #4 TankBatteryMcElmo Creek Unit Area #6 TankBattery2 of 5APPENDIX CTABLE 1: BERM CONTAINMENT CALCULATIONSMCELMO CREEK UNITRESOLUTE NATURAL RESOURCES COMPANYSAN JUAN COUNTY, UTAH

Site Name Tank Size (bbl) Total Volume (bbl) Tank Displacement of Containment (gal) Construction Material Tank Description/ Content Containment Type Flow Rate Direction of Runoff Flow Largest Tank Size (bbl) Height (ft) Berm Area (ft^2) Berm Containment Capacity (gal) Corrected Berm Volume* (gal) Precipitation** (gal) Total Containment Capacity (gal) Total Containment Capacity (bbl) Berm Capacity (%) Corrective Action400 400 0 FiberglassBlowdownTankEarthenBermVariable, up to400 bbl/minuteEast4002.0 1,27119,017 19,01725418,763 44711263 63 0 SteelCompositeSeparatorEarthenBermVariable, up to400 bbl/minuteEast631.0 4,44033,216 33,21688832,328 7701,22227 27 0 SteelTestseparatorEarthenBermVariable, up to400 bbl/minuteEast1 1 0 Steel Slop OilEarthenBermVariable, up to400 bbl/minuteEast500 500 0 SteelBlowdownTankEarthenBermVariable, up to500 bbl/minuteNorthwest5002.0 1,73425,944 25,94434725,597 60912263 63 0 SteelCompositeSeparatorEarthenBermVariable, up to500 bbl/minuteNorthwest631.0 9256,920 6,9201856,735 16025527 27 0 SteelTestseparatorEarthenBermVariable, up to500 bbl/minuteNorthwest500 500 0 SteelBlowdownTankEarthenBermVariable, up to500 bbl/minuteNortheast/Southwest5002.5 2,50546,845 46,84550146,344 1,10322163 63 0 SteelCompositeSeparatorEarthenBermVariable, up to500 bbl/minuteNortheast/Southwest632.0 1,29219,331 19,33125819,073 45472127 27 0 SteelTestseparatorEarthenBermVariable, up to500 bbl/minuteNortheast/Southwest400 400 0 SteelBlowdownTankEarthenBermVariable, up to400 bbl/minuteSoutheast4002.0 1,70525,510 25,51034125,169 59915063 63 0 SteelCompositeSeparatorEarthenBermVariable, up to400 bbl/minuteSoutheast630.7 1,0565,267 5,2672115,055 12019127 27 0 SteelTestseparatorEarthenBermVariable, up to400 bbl/minuteSoutheast1 1 0 Steel Slop OilEarthenBermVariable, up to400 bbl/minuteSoutheast3 3 0 Steel InhibitorPlasticContainmentVariable, up to400 bbl/minuteSoutheast31.3 24239 2395235 61863 3 0 Steel DemulsifierPlasticContainmentVariable, up to400 bbl/minuteSoutheast31.3 24239 2395235 6186500 500 0 SteelBlowdownTankEarthenBermVariable, up to500 bbl/minuteNortheast5002.0 1,71325,634 25,63434325,291 60212063 63 0 SteelTestseparatorEarthenBermVariable, up to500 bbl/minuteNortheast631.0 2,33217,446 17,44646616,979 40464227 27 0 SteelCompositeseparatorEarthenBermVariable, up to500 bbl/minuteNortheast12 12 0 Steel Fluid TrapNoContainmentVariable, up to500 bbl/minuteNortheast 12 0 000 00 00400 400 0 SteelBlowdownTankEarthenBermVariable, up to400 bbl/minuteEast4002.5 2,05838,490 38,49041238,078 90722763 63 0 SteelCompositeSeparatorEarthenBermVariable, up to400 bbl/minuteEast631.5 2,68830,163 30,16353829,626 7051,12027 27 0 SteelTestseparatorEarthenBermVariable, up to400 bbl/minuteEast3 3 0 Steel InhibitorPlasticContainmentVariable, up to400 bbl/minuteEast31.3 24239 2395235 61863 3 0 Steel DemulsifierPlasticContainmentVariable, up to400 bbl/minuteEast1 1 0 Steel Slop OilPlasticContainmentVariable, up to400 bbl/minuteEast11.0 645 45144 1104No corrective actions.Repair walkover damage to earthen containment berms.No containment for Fluid Trap, add containment or move intosecondary containment area.No corrective actions.Provide general containment for piping.Provide general containment for piping.McElmo Creek Unit Sec. 2 Satellite, Area1McElmo Creek Unit Satellite 3, Area 1McElmo Creek Unit Sec. 5 Satellite, Area1McElmo Creek Unit Satellite #6, Area 1No corrective actions.McElmo Creek Unit Sec. 32 Satellite,Area 1McElmo Creek Unit Satellite #333 of 5APPENDIX CTABLE 1: BERM CONTAINMENT CALCULATIONSMCELMO CREEK UNITRESOLUTE NATURAL RESOURCES COMPANYSAN JUAN COUNTY, UTAH

Site Name Tank Size (bbl) Total Volume (bbl) Tank Displacement of Containment (gal) Construction Material Tank Description/ Content Containment Type Flow Rate Direction of Runoff Flow Largest Tank Size (bbl) Height (ft) Berm Area (ft^2) Berm Containment Capacity (gal) Corrected Berm Volume* (gal) Precipitation** (gal) Total Containment Capacity (gal) Total Containment Capacity (bbl) Berm Capacity (%) Corrective Action400 400 0 SteelBlowdownTankEarthenBermVariable, up to400 bbl/minuteEast4001.8 1,06414,593 14,59321314,380 3428663 63 0 SteelCompositeSeparatorEarthenBermVariable, up to400 bbl/minuteEast 632 1,248 14,004 14,00425013,755 32752027 27 0 SteelTestseparatorEarthenBermVariable, up to400 bbl/minuteEast1 1 0 Steel Slop OilEarthenBermVariable, up to400 bbl/minuteEast1 1 0 Steel InhibitorPlasticContainmentVariable, up to400 bbl/minuteEast 11.4 24 254 2545250 6594400 400 0 SteelBlowdownTankEarthenBermVariable, up to400 bbl/minuteSouthwest4002.0 1,77926,617 26,61735626,262 62515663 63 0 SteelCompositeSeparatorEarthenBermVariable, up to400 bbl/minuteSouthwest631.7 6,25577,993 77,9931,25176,742 1,8272,90027 27 0 SteelTestseparatorEarthenBermVariable, up to400 bbl/minuteSouthwest3 3 0 Plastic InhibitorSteelcontainmentVariable, up to400 bbl/minuteSouthwest31.3 24239 2395235 6186(2) 1 2 0 Steel Slop OilNoContainmentVariable, up to400 bbl/minuteSouthwest 1 0 000 00 00400 400 0 SteelBlowdownTankEarthenBermVariable, up to400 bbl/minuteNorth4002.2 96615,658 15,65819315,851 3779463 63 0 SteelCompositeSeparatorEarthenBermVariable, up to400 bbl/minuteNorth631.0 1,54411,551 11,55130911,242 26842527 27 0 SteelTestseparatorEarthenBermVariable, up to400 bbl/minuteNorth(2) 1 2 0 Steel Slop OilPlasticContainmentVariable, up to400 bbl/minuteNorth11.0 24180 1805175 4416400 400 0 SteelBlowdownTankEarthenBermVariable, up to400 bbl/minuteNortheast4001.8 79510,904 10,90415910,745 2566463 63 0 SteelCompositeSeparatorEarthenBermVariable, up to400 bbl/minuteNortheast631.0 1,1028,244 8,2442208,024 19130327 27 0 SteelTestseparatorEarthenBermVariable, up to400 bbl/minuteNortheast1 1 0 Steel InhibitorPlasticContainmentVariable, up to400 bbl/minuteNortheast11.0 645 45144 11041 1 0 Steel Slop OilPlasticContainmentVariable, up to400 bbl/minuteNortheast11.0 645 45144 660012 12 0 Steel Fluid trapNoContainmentVariable, up to400 bbl/minuteNortheast120.5 144539 53929510 12101No containment for Slop Oil, add containment or move intosecondary containment area.Replace damaged Slop Oil drum.Insufficient containment for Blowdown Tank, raise berm heightto 3.5 feet.Provide general containment for all facility piping.Insufficient containment for Blowdown Tank, raise berm heightto 3 feet.Provide general containment for all facility piping.Insufficient containment for Blowdown Tank, raise berm heightto 2.5 feet.McElmo Creek Unit Sec. 11 Satellite,Area 6McElmo Creek Unit Sec. 19 Satellite,Area 6McElmo Creek Unit Sec. 9 Satellite, Area4McElmo Creek Unit Satellite #17, Area 44 of 5APPENDIX CTABLE 1: BERM CONTAINMENT CALCULATIONSMCELMO CREEK UNITRESOLUTE NATURAL RESOURCES COMPANYSAN JUAN COUNTY, UTAH

Site Name Tank Size (bbl) Total Volume (bbl) Tank Displacement of Containment (gal) Construction Material Tank Description/ Content Containment Type Flow Rate Direction of Runoff Flow Largest Tank Size (bbl) Height (ft) Berm Area (ft^2) Berm Containment Capacity (gal) Corrected Berm Volume* (gal) Precipitation** (gal) Total Containment Capacity (gal) Total Containment Capacity (bbl) Berm Capacity (%) Corrective Action25,000 25,000 0 Steel Water TankEarthenBermVariable, up to25,000 bbl/minuteSouth25,0000.8 49,433308,174 303,4339,887298,287 7,1022820,000 20,000 2,347 Steel Water TankEarthenBermVariable, up to25,000 bbl/minuteSouth(2) 5,000 10,000 2,300 Steel Water TankEarthenBermVariable, up to25,000 bbl/minuteSouth400 400 94 Fiberglass Skim TankEarthenBermVariable, up to25,000 bbl/minuteSouth(2) 1 2 0 Steel DemulsifierPlasticContainmentVariable, up to25,000 bbl/minuteSouth11.0 24180 1805175 4416400 400 0 Steel Water TankEarthenBermVariable, up to400 bbl/minuteWest/Northeast4001.8 6088,339 8,3391228,217 196491 1 0 Steel Slop OilEarthenBermVariable, up to400 bbl/minuteWest/Northeast240 240 0 SteelGasolineTankConcretebermVariable, up to240 bbl/minuteNorthwest2401.5 11200.0125,681 125,6812,240123,441 2,9391,22512 12 0 Steel InhibitorPlasticContainmentVariable, up to240 bbl/minuteNorthwest120.8 45.0281 2819272 654Notes:**Precipitation for San Juan County, New Mexico for a 25-year, 24-hour storm is assumed to be 2.4-inches based on NOAA Technical Paper No. 40.bbl - barrelgal - gallonAST - Aboveground Storage TankMcElmo Creek Unit Equipment and FuelStorageInsufficient containment for Inhibitor, add containment or moveinto secondary containment area.LACT - Lease Automatic Custody TransferInsufficient containment for Water Tank, raise berm height to 4feet.*Corrected Berm Volume - Volume of the berm - tank displacement of containmentInsufficient containment for AST berm, raise berm height to 3.5feet.Label tanks properly to indicate whether tank contains producedwater or drilling or fracing purposes.Repair leak in 20,000 bbl Water Storage Tank.Remove "Out of Service" sign from Overflow Tanks.Ensure empty 400 bbl tank is labeled with an "Out of Service"sign.Provide general containment for piping.McElmo Creek Unit Water InjectionStationMcElmo Creek Unit Well P-205 of 5R E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K E Q U I P M E N T A N D

F U E L S T O R A G E

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. 3 2 T 4 0 S R 2 5 E N

N O T T O S C A L E



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F r o m S e c

. 3

T r a n s f e r L i n eR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T A R E A # 2

T A N K B A T T E R Y

S E C

. 4 T 4 1 S R 2 5 EN

N O T T O S C A L EHeaterTreater180bblHeaterTreater180bblCompositeSeparator27bbl 1 3 b b l V e r t i c a l T e s t

S e p a r a t o r

1 5 b b l G a s

S c r u b b e r

1 7 b b l

H e a d e rKnockout180bbl S l o p O i l

5 5 g a lPropane

R e s e r v e

O i l

1

, 5 0 0 b b l O i l

1

, 5 0 0 b b l

S k i m T a n k

4 0 0 b b l

W a t e r

1

, 0 0 0 b b l

W a t e r

1

, 0 0 0 b b l L A C T O v e r f l o w

T a n k

4 0 0 b b l E m e r g e n c y P i t

1 0

, 0 0 0 b b l

O O S 1 2

b b l 

# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

U N D E R G R O U N D P I P I N G

( L O C A T I O N A P P R O X I M A T E )

O U T O F S E R V I C E O O S L E A S E A U T O M A T I C C U S T O D Y

T R A N S F E R L A C T F l u i d T r a p L u b e O i l

5 5 g a l

D e m u l s i f i e r

1 2 5 g a l

C l a r i f i e r

1 2 5 g a l

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y N o V i s i b l e W a t e r w a y s

W i t h i n 5 0 0 F e e t

T o O i l

S a l e s L i n e F r o m W e l l F r o m W e l l T o G a s

S a l e s L i n eR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

A R E A # 6 T A N K B A T T E R Y

S E C

. 1 3 T 4 1 S R 2 4 EN

N O T T O S C A L E

W a t e r

1 0 0 0 b b l W a t e r

1 0 0 0 b b l

O i l

1 5 0 0 b b l O i l

1 5 0 0 b b lKnockoutTank350bblCompositeSeparator63bbl

F l u i d T r a p

1 3 b b l V e r t i c a l

T e s t S e p a r a t o r

1 3 b b lHeaterTreater180bbl

L A C T P a r a f f i n

1 2 5 g a l

L u b e O i l

5 5 g a l S l o p O i l

5 5 g a l D e m u l s i f i e r

5 5 g a l P a r a f f i n

5 5 g a l D e m u l s i f i e r

1 2 5 g a l

P a r a f f i n

1 2 5 g a l 

# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

U N D E R G R O U N D P I P I N G

( L O C A T I O N A P P R O X I M A T E )

L E A S E A U T O M A T I C C U S T O D Y

T R A N S F E R L A C T

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y P r o p a n e

P r o p a n e

S h e d w i t h

C o m p r e s s o r H e a d e r T o W a t e r I n j e c t i o n F a c i l i t y

D R I P P A N

R A I S E D C O N C R E T E P A D

D r y W a s h

6 0 'R E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T A R E A # 4

T A N K B A T T E R Y ( D R A W I N G A )

S E S E S E C

. 7 T 4 1 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

R e s e r v e

O i l

1 5 0 0 b b l

W a t e r

1 0 0 0

b b l S k i m

4 0 0

b b lVRU L A C T

V e r t i c a l

T e s t

S e p a r a t o r sHeaderPropane

1 3

b b l 1 3

b b lHeaterTreater180bbl

C o m p o s i t e

S e p a r a t o r

6 3 b b l K n o c k o u t T a n k

1 8 0 b b l

S e p a r a t o r

1 8 0 b b lDemulsifier(2)55gal P a r a f f i n

1 2 5 g a l

F l u i d

T r a p

1 2 b b l G a s

S c r u b b e r

3 4 b b l V A P O R R E C O V E R Y U N I T V R U

L E A S E A U T O M A T I C C U S T O D Y

T R A N S F E R L A C T

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y O i l

1 5 0 0 b b l

W a t e r

1 0 0 0

b b l

T o O v e r f l o w T a n k s ( 2 )

1 8 5 ' L o a d O u t

F r o m W e l lPropane F r o m W e l lHeaterTreater180bbl

S l o p O i l

( 4 ) 5 5 g a l L o a d i n g

A r e a

S h e d w i t h

C o m p r e s s o rO v e r f l o w

4 0 0 b b l O v e r f l o w

4 0 0 b b l F r o m V e r t i c a l S e p a r a t o r s

, G a s S c r u b b e r

, a n d F l u i d

T r a p

1 8 5 ' e a s t R E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T A R E A # 4

T A N K B A T T E R Y ( D R A W I N G B )

S E S E S E C

. 7 T 4 1 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y V A P O R R E C O V E R Y U N I T V R U

L E A S E A U T O M A T I C C U S T O D Y

T R A N S F E R L A C T

F r o m H e a t e r T r e a t e r s ( 2 )

1 8 5 ' e a s tR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

S E C

. 1 1 S A T E L L I T E

, A R E A 6

S E S E S E C

. 1 1 T 4 1 S R 2 4 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

H e a d e r

S l o p O i l

( 2 ) 5 5 g a lCompositeSeparator63bblTestSeparator27bbl

D r y D r a i n a g e

7 0 ' B l o w d o w n T a n k

4 0 0 b b l

G a s

S c r u b b e r

1 3 b b l

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y F r o m W e l l s

T o A r e a 6

T a n k B a t t e r y T o G a s

S a l e s L i n eR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

S E C T I O N 1 7 S A T E L L I T E

, A R E A 4

N E N W S E C

. 1 7 T 4 1 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

D r y D r a i n a g e

2 0 0 ' B l o w d o w n

T a n k 4 0 0 b b l C o m p o s i t e

S e p a r a t o r

6 3 b b l

T e s t S e p a r a t o r

2 7 b b l H e a d e r G a s

S c r u b b e r

4 5 b b l I n h i b i t o r

1 2 5 g a l S l o p O i l

( 2 ) 5 5 g a l

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y T o A r e a 4

T a n k

B a t t e r y

F r o m

W e l l sPropaneR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

S E C

. 1 9 S A T E L L I T E

, A R E A 6

N E N W S E C

. 1 9 T 4 1 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

B l o w d o w n

T a n k

4 0 0 b b l

H e a d e r S l o p O i l

5 5 g a l I n h i b i t o r

5 5 g a l

P r o p a n e

C o m p o s i t e

S e p a r a t o r

6 3 b b l

T e s t S e p a r a t o r

2 7 b b l F l u i d

T r a p

1 2 b b l

D r y W a s h

3 0 0 '

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y C o m p r e s s o r

F r o m W e l l s D L D R A I N L I N E D L T o A r e a 6

T a n k B a t t e r yR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

S E C

. 2 S A T E L L I T E

, A R E A 1

N E S W S E C

. 2 T 4 1 S R 2 4 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

B l o w d o w n

T a n k 4 0 0 b b l H e a d e r

C o m p o s i t e

S e p a r a t o r

6 3 b b l T e s t S e p a r a t o r

2 7 b b l

G a s

S c r u b b e r

1 3 b b l

S l o p O i l 5 5 g a l A l l e n C a n y o n W a s h

5 0 0 '

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y T o G a s

S a l e s L i n e S h e d w i t h

C o m p r e s s o rPropanePropane

T o S e c

. # 3

T a n k B a t t e r y F r o m

W e l l sNNOT TO SCALEHeaderTestSeparator27 bblCompositeSeparator63 bblTremolite125 galNOTE: ALL PIPING IS FOR PROCESS FLOWDEMONSTRATION ONLYBlowdownTank 500 bblRESOLUTE NATURAL RESOURCES COMPANYMCELMO CREEK UNITSATELLITE #3SESE SEC. 1 T41S R24ELEGENDBERMDIRECTION OF FLOWABOVEGROUND PIPINGBARREL(S)BBLFENCENo Visible WaterwaysWithin 500 FeetGasScrubber27 bblBuildingFrom WellsTo Gas LineTo Area 1Tank BatteryR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

S E C

. 3 2 S A T E L L I T E

, A R E A 1

N W S E S E C

. 3 2 T 4 0 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

B l o w d o w n

T a n k

5 0 0 b b l C o m p o s i t e

S e p a r a t o r

6 3 b b l T e s t S e p a r a t o r

2 7 b b l

G a s

S c r u b b e r

1 3 b b l H e a d e r

F l u i d

T r a p

1 2 b b l D r a i n a g e

7 0 '

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y O n s i t e F l o w F r o m W e l l s

T o A r e a 1

T a n k B a t t e r yR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

S A T E L L I T E # 3 3

N W S E S E C

. 3 3 T 4 0 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

O v e r f l o w

T a n k

4 0 0 b b l

S l o p O i l

5 5 g a l

T e s t

S e p a r a t o r

2 7 b b l C o m p o s i t e

S e p a r a t o r

6 3 b b l D e m u l s i f i e r

1 2 5 g a l I n h i b i t o r

1 2 5 g a l

H e a d e r

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y S h e d w i t h

C o m p r e s s o r P r o p a n e

T o T a n k B a t t e r y T o G a s

S a l e s L i n e F r o m W e l l s D L

D L D R A I N L I N E

G a s

S c r u b b e r

1 3 b b l N o V i s i b l e W a t e r w a y s

W i t h i n 5 0 0 F e e tR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

S E C

. 5 S A T E L L I T E

, A R E A 1

S E N W S E C

. 5 T 4 1 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

B l o w d o w n

5 0 0 b b l



# H e a d e r

C o m p o s i t e S e p a r a t o r

6 3 b b l T e s t S e p a r a t o r

2 7 b b l D r y D r a i n a g e

1 5 0 '

G a s

S c r u b b e r

1 3 b b l

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y B E R M O V E R F L O W P I P E

F r o m W e l l s T o A r e a 1

T a n k B a t t e r yCompressor

P r o p a n e T o G a s

S a l e s L i n eR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

S E C

. 6 S A T E L L I T E

, A R E A 1

S E C

. 6 T 4 1 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

H e a d e r D e m u l s i f i e r

1 2 5 g a l I n h i b i t o r

1 2 5 g a l

T e s t S e p a r a t o r

2 7 b b l S l o p O i l

5 5 g a l

C o m p o s i t e

S e p a r a t o r

6 3 b b l

G a s

S c r u b b e r

1 2 b b l

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y N o V i s i b l e W a t e r w a y s

W i t h i n 5 0 0 F e e t

F r o m W e l l s B l o w d o w n T a n k

4 0 0 b b l T o T a n k

B a t t e r y S h e d P r o p a n eR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

S E C

. 9 S A T E L L I T E

, A R E A 4

S E S W S E C

. 9 T 4 1 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

B l o w d o w n

T a n k

4 0 0 b b lHeader

P r o p a n e

I n h i b i t o r

5 5 g a lPropane C o m p o s i t e S e p a r a t o r

6 3 b b l T e s t S e p a r a t o r

2 7 b b l

S l o p O i l

5 5 g a l D r a i n a g e

1 5 0 '

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y S h e d w i t h

C o m p r e s s o r T o A r e a 4

T a n k B a t t e r y F r o m W e l l s

T o G a s L i n e G a s

S c r u b b e r

1 3 b b lR E S O L U T E N A T U R A L R E S O U R C E S C O M P A N Y

M C E L M O C R E E K U N I T

W A T E R I N J E C T I O N S T A T I O N

S W S W S E C

. 3 2 T 4 0 S R 2 5 E N

N O T T O S C A L E



# L E G E N D

B E R M

D I R E C T I O N O F F L O W A B O V E G R O U N D P I P I N G

B A R R E L ( S ) b b l F E N C E

4 0 0

b b l

O O S

O v e r f l o w

T a n k

5

, 0 0 0 b b l

O v e r f l o w

T a n k

5

, 0 0 0 b b lHeader

W a t e r

2 5

, 0 0 0 b b l P e t r o l i t e

5 0 0 g a l D e m u l s i f i e r

( 2 ) 5 5 g a l

S k i m

4 0 0 b b l

W a t e r

2 0

, 0 0 0 b b l O U T O F S E R V I C E O O S

N O T E : A L L P I P I N G I S F O R P R O C E S S F L O W

D E M O N S T R A T I O N O N L Y D L D R A I N L I N E

L o a d i n g

A r e aFromTankBattery

F r o m T a n k B a t t e r y

T o I n j e c t i o n P u m p s D L N o V i s i b l e W a t e r w a y s

W i t h i n 5 0 0 F e e t

D L

D LRESOLUTE NATURAL RESOURCES COMPANYMCELMO CREEK UNIT WELL P-20SWSE SEC. 8 T41S R25E NNOT TO SCALELEGENDBERMDIRECTION OF FLOWABOVEGROUND PIPINGBARREL(S)bblFENCEWater Tank 400bblEmpty Drum55 galSlop Oil55 galCompressorDry Wash130'NOTE:ALL PIPING IS FOR PROCESS FLOWDEMONSTRATION ONLYDLDRAIN LINEDLFrom Monitoring/Recovery Wells