HomeMy WebLinkAbout20131792.tiffEXHIBIT INVENTORY CONTROL SHEET
Case USR13-0022 - NOBLE ENERGY, INC.
Exhibit Submitted By Description
A. Planning Commission Resolution of Recommendation
B. Planning Commission Summary of Hearing (Minutes dated 07/02/2013)
C. Planning Services PowerPoint Presentation
D. Baseline Corporation PowerPoint Presentation
E. Baseline Corporation Hardcopy PowerPoint Presentation
F. Baseline Corporation 2 Letters to Surrounding Property Owners
G. Baseline Corporation LNG Hazards Information
Planning Services and
H. Dept. of Bldg. Inspection Proposed Amendments to Resolution
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7/16/2013
Noble Gill Storage Yard
USR13-0022
Weld County
Board of County
Commissioners
July 17, 2013
noble
energy
'BASELINE
1
7/16/2013
Site Description
Y1 noble
energy
The storage facility will receive, store, and
dispatch oil and gas equipment.
Production tanks
Water pits
Separators
Pipe
• Pumping units
• Meter houses
• Emission control
devices
A Liquid Natural Gas (LNG) Facility will also be
located on site. This facility acts as a mobile
refueling station and will be operated by
EnCana.
2
7/16/2013
Example Storage Facility,
Access, & Fencing
Example Tanks
Example Separators
3
7/16/2013
Example LNG Mobile
Fueling Station
8.5' x 50'
4
7/16/2013
LNG Facility Layout
7/16/2013
1'1 noble
■ V energy
• NOBLE suggests this application meets the code requirements
of Sections 23-2-260 and all requirements in 23-2-220
related to a Mineral Resource Development Facility
• Consistent with Chapter 22 code provisions
Consistent with the intent of the AGRICULTURAL zone district
Proposed use is compatible with the existing surrounding land uses
Use is permitted with a USR in the Agriculture Zone district
• Compatible with future development in the area
Provides for the protection of Health, Safety & Welfare for the County
residents
• NOBLE agrees to comply with the development conditions and
development standards listed outlined in the Weld County
Code including the revised `screening p/an'condition required
prior to recordation of the USR plat. This was discussed at the
Planning Commission meeting.
Neighboring Properties
On July 10 Baseline hand delivered
a notice re -informing neighbors of
the proposed development
The letter informed the residents of
the request to waive the "Opaque
Fencing Requirement"
Contact information for Noble
Energy and Baseline was provided
At this time, neither Noble nor
Baseline has been contacted by the
property owners.
Urtusuastegui
Dentlinger
6
7/16/2013
Thank You
noble
energy
VASELINE
Engineering Planning Surveying
7
July 10, 2013
Leroy and Julianne Dentlinger
28423 County Road 64.5
Gill, CO 80624-9112
Re: Development of Neighboring Property
Dear Mr. and Mrs. Dentlinger,
MBASELINE
Engineering • Planning • Surveying
HAND DELIVERED
Baseline Corporation is representing Noble Energy, Inc. to process a land use application on its
property at the northeast corner of WCR 64.5 and WCR 57. As you may be aware, Noble is
planning to build a storage facility on this site. As part of the development process, a Use by
Special Review permit from Weld County is required. This permit is approved by the Weld
County Planning Commission and Board of County Commissioners.
On July 2, 2013 the Planning Commission recommended that we (Noble Energy) try to contact
you as the property owner since we have not heard from you about the project to get your
opinion. The item of discussion is related to opaque fencing that can be required around a
storage facility; however, Noble Energy has requested that this requirement be waived. Given
the rural nature of the site, such a solid fence would increase the risk of burglary and decrease
safety in the area. The Planning Commission agreed that an opaque/solid fence is not suitable
for this site.
We are reaching out to you as an immediate adjoining neighboring property owner of this
proposed storage facility to discuss this request.
We would like to discuss this request with you. Please contact me at 303.202.5010 ext. 217 or
vince@baselinecorp.com as soon as possible this week. You may also contact Dan Sommer at
Noble Energy at 303-228-4169.
We are scheduled for the Board of County Commissioners to review this case on their July 17,
2013 agenda for a final review.
Sincerely,
Vince Harris
Planning Director
CC: Dan Sommer (Noble Energy)
Corporate Headquarters
Downtown Golden
700 12th Street, Suite 220
Golden, Colorado 80401
Ph 303.940.9966
Fax 303.940.9959
High Plains
Downtown Greeley
710 11th Avenue, Suite 105
Greeley, Colorado 80631
Ph 970.353.7600
Fax 970.353.7601
EXHIBIT
ea
Rocky Mountains
Ski Village
1815 Central Park Drive, #370
Steamboat Springs, Colorado 80477
Ph 970.879.1825
Fax 866.242.9106
i
July 10, 2013
Manuel and Raquel Urtusuastegui
31635 County Road 57
Gill, CO 80624-9130
Re: Development of Neighboring Property
Dear Mr. and Mrs. Urtusuastegui,
BASELINE
Engineering Nonni ig Surveying
HAND DELIVERED
Baseline Corporation is representing Noble Energy, Inc. to process a land use application on its
property at the northeast corner of WCR 64.5 and WCR 57. As you may be aware, Noble is
planning to build a storage facility on this site. As part of the development process, a Use by
Special Review permit from Weld County is required. This permit is approved by the Weld
County Planning Commission and Board of County Commissioners.
On July 2, 2013 the Planning Commission recommended that we (Noble Energy) try to contact
you as the property owner since we have not heard from you about the project to get your
opinion. The item of discussion is related to opaque fencing that can be required around a
storage facility; however, Noble Energy has requested that this requirement be waived. Given
the rural nature of the site, such a solid fence would increase the risk of burglary and decrease
safety in the area. The Planning Commission agreed that an opaque/solid fence is not suitable
for this site.
We are reaching out to you as an immediate adjoining neighboring property owner of this
proposed storage facility to discuss this request.
We would like to discuss this request with you. Please contact me at 303.202.5010 ext. 217 or
vince@baselinecorp.com as soon as possible this week. You may also contact Dan Sommer at
Noble Energy at 303-228-4169.
We are scheduled for the Board of County Commissioners to review this case on their July 17,
2013 agenda for a final review.
Sincerely,
1
Vince Harris
Planning Director
CC: Dan Sommer (Noble Energy)
Corporate Headquarters
Downtown Golden
700 12th Street, Suite 220
Golden, Colorado 80401
Ph 303.940.9966
Fax 303.940.9959
High Plains
Downtown Greeley
710 11th Avenue, Suite 105
Greeley, Colorado 80631
Ph 970.353.7600
Fax 970.353.7601
Rocky Mountains
Ski Village
1815 Central Park Drive, #370
Steamboat Springs, Colorado 80477
Ph 970.879.1825
Fax 866.242.9106
LNG Hazards
LNG presents three main hazards:
1. Flammability
2. Dispersion
3. Cryogenic temperatures.
When LNG is spilled and its vapors come into contact with an ignition source. the
spill will develop into a pool fire and present thermal radiation hazard. If there is no
ignition source, the LNG will vaporize rapidly forming a cold gas cloud that initially is
heavier then air, spreads and is carried downwind until it reaches neutral buoyancy
when enough air mixes with it. The vapor is ignitable in the 5 to 15% range. The
flammable region of the vapor cloud is closely approximated by the visible white
cloud that is actually water vapor condensed due to the cold LNG vapor; once ignited
it will burn back to the LNG source.
1. Flammability Hazards
LNG is primarily composed of 85% to 96% methane, with other light hydrocarbons
such as propane, ethane and butane making up most of the balance. LNG also
contains about 1% nitrogen. LNG is flammable in its vapor state between 5% and
15% concentration of gas in air. The ignition temperature of LNG vapor at 100
Degree F is higher than that of other common fuels.
2. Dispersion Hazards
Methane is a flammable and odorless gas. While it is non-toxic, it can be an
asphyxiant when it displaces oxygen in a confined space.
LNG has an expansion ratio of 1 to 600 when vaporized at 1 atmosphere and
warmed to room temperature. It is usually stored and transported at very low
pressures. The density of LNG is 3.9 pounds per gallon. about half that of water. If it
is spilled on the ground, it will boil rapidly at first and then boil slowly as the ground
cools. If it is spilled on water it will float on top and vaporize very rapidly since even
at water temperatures near freezing. the water is significantly warmer than the spilled
LNG. The resulting vapor cloud is very cold and quite visible because it condenses
water out of the air. If ignition is delayed, the mixture hugs the ground and spreads
laterally. As the cloud becomes warmer than -265 F (-160 C) and mixes with air, the
expanding vapor cloud may not be visible. As it continues to disperse. the cloud will
eventually become neutrally buoyant (-160 F).
A natural gas cloud may ignite, but has not been shown to explode if it is not
confined. LNG itself will not burn or explode: it must be vaporized and mixed with air
in the right concentrations in order for combustion to be possible.
3. Cryogenic Hazards
LNG is a cryogenic liquid and is stored and transported at minus 260 degrees F.
When cooled to this temperature at atmospheric pressure, natural gas turns into a
liquid which provides a practical and economical method for transportation and
storage.
Contact with a cryogenic can cause severe damage to the skin and eyes. It can also
make ordinary metals subject to embrittlement and fracture.
LNG Risk -Related Scenarios
1.1.1 Fire Scenarios
Pool Fire — LNG released from a storage tank or transfer pipeline can form a
liquid pool. As the spill forms. some of the liquid evaporates. If an ignition
source is encountered, the vapors will ignite and travel back to the origin of
the spill resulting in a pool fire. If the spill occurs inside a properly designed
and maintained diked area. the pool fire will remain contained inside and will
continue to burn until the fuel is consumed.
If the spill occurs outside a confined area, the burning pool fire is free to flow
based on topography and the geometry of the spill. Spraying water on an
LNG pool only increases the vaporization rate and intensifies any fire;
spraying a gallon of water will vaporize about two gallons of LNG. The
preferred extinguishing agent for small LNG fires is dry chemical such as
potassium bicarbonate. High expansion foams are not considered to be
effective LNG fire extinguishing agents, but they are effective in controlling
LNG pool fires in dikes and impoundment areas because the foam blanket
reduces the radiant heat generated by the fire. They can also prove valuable
in vapor control of unignited LNG. When high expansion foam is first applied
to the spill, there is some initial warming and an increase in vaporization, but
the rate of vaporization eventually stabilizes and slows down the escaping
LNG vapor so the flammable region of the spill at ground level is much
smaller.
Jet Fire - If there is a release of compressed natural gas or liquefied gases
from storage tanks or pipelines, the vapor discharging through the hole in the
container will form a gas jet that entrains and mixes with air. If the mixture
finds an ignition source while in the flammable range, a jet fire may occur.
This type of fire is unlikely for an LNG storage tank since the product is not
stored under pressure. However, jet fires could occur in pressurized LNG
vaporizers or during unloading or transfer operations when pressures are
increased by pumping. A fire occurring under this scenario could cause
severe damage but would be confined to a local area, and would be limited
by safety systems that stop the LNG flow. At base load import terminals,
there is little storage of any pressurized liquids. so there is no possibility of a
BLEVE (boiling liquid expanding vapor explosion).
Vapor Cloud Fire - When LNG is released to the atmosphere a vapor cloud
forms and disperses by mixing with air. If the vapor cloud ignites before the
vapor cloud is diluted below the lower flammable limit. a flash fire may occur.
Under this scenario, ignition can only occur within the portion of the vapor
cloud that has concentrations in the flammable range; i.e., 5% to 15%. The
entire cloud does not ignite at once. A flash fire may burn back to the release
point producing either a pool fire or a jet fire. but it will not generate damaging
overpressures if it is unconfined.
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Mobile Liquid Natural Gas Delivery Trailer
Applicable Design Codes
• ASME Boiler and Pressure Vessel Code, Section VIII, Division 1, Rules for
Construction of Pressure Vessels
• US DOT, CFR 49 Part 178.338, Specification MC -338; Insulated Cargo Tank
Motor Vehicle
• NFPA 59A — 2009, Standard for the Production, Storage, and handling of
Liquefied natural Gas (LNG)
• NFPA 52-2010, Vehicular Gaseous Fuel Systems Code
• NFPA 70, National Electrical Code (NEC)
• NFPA 385 - 2007, Standard for Tank Vehicles for Flammable and Combustible
Liquids
• CGA S-1.2-2009, Pressure Relief Device Standards Part 2 - Portable Containers
for Compressed Gases
• ASME B 31.3, Process Piping
Safety and Code Compliance Examples
• DOT MC -338 cryogenic LNG tank mounted system (NFPA 385-2007, 3.3.39;
ASME Section VIII, Div 1, NFPA 52-2010 14.7; piping ASME B31.3)
• Safety pressure relief valves per CGA S-1.2 and NFPA 52-2010, 12.6)
• Natural gas powered engine generator (NFPA 385-2007, 8.2)
Comes with two solenoid valves in series to block fuel to engine until
engine is started.
• Four Emergency Stop buttons; one at each corner of the trailer (NFPA 385-2007,
9.3 and NFPA 52-2010, 12.4.3 and 12.11.3; and NFPA 59A-2009, 12.3)
• Gas detection system (as required for buildings in NFPA 52-2010, 12.2.4.4.)
two methane detectors — located one in front and one at the rear
o one flame detector (at the rear)
o red warning beacon
audible warning horn
• Impoundment wall to meet 10 -minute rule - trailer made longer than tank to for
containment volume (NFPA 52-2010m 12.2.3.3)
• Automatic shut-off valves (NFPA 52-2010, 12.4.7.2 and NFPA 59A-2009,
9.4.2.4)
• Two independent liquid level gauging devices, an analog gauge and electronic to
control panel display (NFPA 59A-2009, 10.2.1.1)
• Two fire extinguishers, front and rear at opposite corners (NFPA 59A-2009, 12.6;
only one required per NFPA 385-2007, 9.3.1)
• Wheel chock blocks (NFPA 52-2010, 12.3.9)
• Self -trip Smart Hose for drive -away (NFPA 52-2010, 12.4.5)
One end of the hose can break away but internal "check valves" at
connections block flow
System automated via an Allen-Bradley Programmable Logic Controller
and will shut pump off if a high flow rate is observed, e.g. from a broken
line
• Pre -delivery preparation operations at front of trailer — unclassified area (NFPA
59A-2009, Figure 10.7.2(a))
o Turn safety system monitors on, start engine, etc.
o VFD and PLC NEMA 4X enclosure (Thermostat controlled heater for cold
weather)
• Rear "delivery operations" area of trailer is Division 1 / Class 1 area (NFPA 59A-
2009, Figure 10.7.2(a))
Panel View display/operational controls / junction box is air purged to meet
initial volume change requirement per NEC and then positive pressure
purged (purge control unit attached to enclosure and kills power if
enclosure is opened). The purge process makes the interior of the
enclosures unclassified. External buttons on enclosure are Class 1 /
Division 1.
• Static grounding reel with grounding cable used when filling trailer and when
dispensing (per NFPA 52-2010, 12.12.8 and NFPA 59A-2009, 10.8.2, is not
required with metal hoses, but included as additional safety grounding vehicle to
vehicle, and grounding to ground where land ground is available, e.g. at fill plant.
Hanging static grounding strap drags under trailer).
• All wiring (lights, controls, equipment) (NFPA 52-2010, 12.12 and NFPA 70)
•
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MEMORANDUM
To: Board of County Commissioners
From: Kim Ogle, Planning Services
Subject: Proposed Amendments to USR13-0022 Resolution
Date: July 17, 2013
The Department of Planning Services and Department of Building Inspection are requesting to
modify Condition of Approval No. 5. Prior to the Release of Building Permits, to reflect that all
items under this heading are deleted.
The Department of Building Inspection also requests to eliminate Development Standard No. 25
25. A building permit application must be completed and two complete sets of plans including engineered
foundation plans bearing the wet stamp of a Colorado registered architect or engineer must be
submitted for review. A geotechnical engineering report performed by a registered State of Colorado
engineer shall be required. (Department of Building Inspection)
The Department of Building Inspection requests Development Standard No. 26 be modified to
reflect new language.
Building and electrical permits may be required for any new construction, alteration, or addition
to any building on the property per Section 29-3-10 of the Weld County Code. Currently the
following codes cycles has been adopted by Weld County: 2012 International Codes; 2006
International Energy Code; 2011 National Electrical Code.
The previous language stated:
26. Buildings, equipment and structures shall conform to the requirements of the various codes adopted
at the time of permit application. Currently the following has been adopted by Weld County: 2012
International Building Code; 2012 International Mechanical Code; 2012 International Plumbing Code:
2006 International Energy Code; 2012 International Fuel Gas Code; 2011 National Electrical Code;
2009 ANSI 117.1 Accessibility Code and Chapter 29 of the Weld County Code. (Department of
Building Inspection)
N
EXHIBIT
SERVICE, TEAMWORK, INTEGRITY, QUALITY
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