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Home My WebLink About1.0 Application• • APPLICATION SPECIAL/CAL USE PERMIT Date: October 3, 1995 Applicant: Questar Pipeline Company Address of Applicant: 79 South State Street, PO Box 11450, Salt Lake City, Utah 84147 Natural Gas Compressor and Pipeline Facilities to deliver natural Special/Conditional Use: gas to the Public Service Company (PSC) and KN Energy (KNE) dew point liquids plaid . Legal Description: See attached Exhibit "A" Practical Description (location with respect to highways, county roads, and residences): Compressor to be built on property owned by Questar Pipeline Company located North of highway 6, and East of the junction of highway 6 and I-70. Property is West of Rifle. Pipeline to be built on Right of Way from W. F. Clough and will extend Westerly �'om�tigs�a l�ipPl�n ' rt o.�,e�ra„rnxim ta13?,000 feet to PSC's facilities. Requirements: 1. Plans and specifications for proposed use (hours of operation, number of vehicles/day, location and size of structures, etc.). 2. Existing or proposed method ofsewage, source of disposal and water. Road access and other information deemed necessary to explain proposed use. 3. A vicinity map drawn to scale depicting the subject property, location, and use of building and structures on adjacent lots. 4. An impact statement on the proposed use where required by Sections 5.03-5.03.12 of Zoning Regulations. 5. A copy of Assessor's map showing property; and a listing of all adjoining property owners of said properly. oo cR 6. A base fee of $ 440.-93/4p shall be charged for each application and shall be submitted with the application, additional charges may be imposed if county review costs exceed the base fee. 7. Attach a copy of proof of ownership for your property (deed, title insurance). If public notice is required, notice provided by the Planning Department shall be sent out at least fifteen (15) days prior to hearing by return -receipt mail to all the above noted adjoining property owners. Mailing is the applicant's responsibility and proof of mailing must be presented at the hearing. Additionally, the same notice shall be published one (1) time in the official County newspaper at least fifteen (15) days prior to such hearing date. Applicant shall bear the cost of publication and be responsible for presenting the "Proof of Publication" at the hearing. The above information is correct to the best of my knowledge. Applicant G. W. DeBernardi, Vice President Engineering and Transmission Services /a 9s Date QUESTAR PIPELINE COMPANY 79 SOUTH STATE STREET • P.O. BOX 11450 • SALT LAKE CITY, UTAH 84147 • PHONE (801) 530-2400 • FAX (801) 530-2570 David A Ingleby, Property Agent Property & Right of Way October 9, 1995 Garfield County Planning Department 109 8th Street, Suite 303 Glenwood Springs, Colorado 81601 RE: Special Use Permit Rifle Compressor & Associated Facilities Gentlemen: Questar Pipeline Company hereby applies for the above reference Special Use Permit. Attached please find a completed Special Use Application and supporting documentation. The proposed compressor will be used to supply natural gas to Public Service of Colorado and will be needed for the winter heating season. The compressor will be installed at Questar Pipeline's Rifle yard; on property owned in Fee by Questar Pipeline. The pipeline to PSC's facilities will installed on a Right of Way to be acquired from W. F. Clough. Please review this application and advise me if any more information is needed. Your prompt attention to this matter would be appreciated and ensure the delivery of natural gas to PSC for this winter heating season. If I may be of assistance please contact me at (801) 530-2577. Enclosures Sincerely, laS David A. Ingle Property Agent • • Questar 11/20/95 The property to be used for this proposal is a 9.64 acre tract located north of CR 264, approximately 2 miles west of Rifle. The site slopes very gently from north to south and an existing field office is located roughly 200 feet south of the site to be used for the compressor. Adjacent land uses are primarily industrial. Snyder Oil, Public Service, Northwest Pipeline and others conduct similar operations in the immediate vicinity. The project proposes the construction of a natural gas compressor facility and an associated pipeline that would distribute natural gas from the applicants transmission line to the Rocky Mountain Natural Gas facility located approx. 2000 feet to the west. The natural gas fired compressor would boost pressure from 550 psig to 850 psig at a maximum 400 RPM. Compressed gas volumes would range from 5 MMSCFD to 18 MMSCFD. The unit is planned to be set on a prepared pad using portable surface mounts and a pre -fabricated metal building to house the compressor would be constructed at a later time. Except for periodic maintenance, it is assumed the facility would operate 24 hours/day, 365 days/year. Major issues and concerns - Easements - The property to be used is owned by the applicant; however, the distribution line will cross property owned by another entity. An easement across this property has been granted to the applicant for the proposed pipeline. The property exists in the R/L zone district which does support this type of land use upon issuance of a Special Use Permit. Direct access to the facility exists from CR 264. An air pollution permit from the State has been applied for, assuming the listed amounts of emissions. Revised emissions estimates have been submitted which do not agree with the earlier amounts. It is not known if the pollution permit application has been amended accordingly; however, it will be necessary to receive a permit for the amended emissions levels. Noise has been calculated for this facility and found to be approx 108 dB at the source. 200 feet away, at the property line, noise is estimated to be 61 dB. It is assumed the unit will create some type of vibration on or away from the site; therefore, it may be necessary to construct a pad that will damp the vibration and cause it to be imperceptible, except by instruments at the property boundary. The Soil Conservation Service identifies the soils on site as being in the Arvada loam classification, having a severe shrink -swell rating. Conversations with the applicant's engineer indicates that the pad proposed for this unit will be set in a way to mitigate any problems associated with the shrink -swell potential. Impacts to wildlife are thought to be minimal as this facility will be located in an industrial area which is probably not a part of habitat or migration routes. The applicant has submitted a list of fire control measures which appear to be adequate. Additionally, the applicant will be required to adhere to the provisions of the National Fire Code as it applies to this type of facility. Staff recommends the applicant file an emergency plan with the Rifle Fire Department. Traffic in the immediate area is expected to increase for the duration of the construction of the facility, expected to last between 2 and 4 weeks. It is assumed traffic will return to pre -construction levels upon completion. The applicant has submitted a revegetation plan concerning the pipeline portion of this project. It appears the plan is adequate to reclaim and revegetate the disturbed lands. Based on these findings, staff recommends APPROVAL of the application, subject to the listed conditions. • • MAPS bcc: • • File(H:1...\PERMIT96\RIFLE\RIFLELTR. w/o attachments D. A. Lebar A. J. Acker R. S. Jorgensen B. Baum C. D. Thornhill G. 0. Weaver <E> Mail w/attachments L. J. Corte, Senior Attorney Environmental KN Energy, Inc. 12055 W 2' Place P.O. Box 281304 Lakewood, CO 80228-9304 • • EXHIBIT A LEGAL DESCRIPTION QUESTAR PIPELINE'S RIFLE YARD A tract of land located in lot 1 (NW 4 NW q) Section 18, Township 6 South, Range 93 West, 6th P.M. and the NEA NE s Section 13, Township 6 South, Range 94 West 6th P.M., described as follows: Beginning at a point whence the Northwest corner of said Section 18 bears North 20°07' West 254.89 feet, thence South 04°33' East 250.16 feet, thence South 57°31' West 450.87 feet, thence South 09°17' West 510.73 feet, thence North 88°23' East 443.69 feet, thence South 88°28' East 316.02 feet, thence North 20°53' West 488.28 feet, thence North 09°22' West 120.83 feet, thence North 07°16' East 422.93 feet, thence South 88°53' West 176.35 feet to the point of beginning, containing 9.64 acres more or less. Date: September 29, 1995 DEF: 95-545 General Project Statement An agreement is being finalized for QPC to provide an interconnecting pipeline and compression services to boost gas from QPC's gas pipeline system west of Rifle Colorado for delivery to the Public Service Company of Colorado(PSC) and KN Energy (KNE) dew point liquids plant.. Location: Section 18, Township - 6 South Range - 93 West Garfield County Colorado, approximately 2 miles west of Rifle, Colorado within the existing site presently owned by QPC. Scope, design and operation of project: The delivery points from each of the suppliers are presently manifolded, after supplier measurement, into a common header. An existing 4" valve off the end of the 8" header is to be replaced with an 8" valve and a suction line installed between it and a new compressor. The compressor is to be driven with a lean burn engine that develops required horsepower at 1000 to 1080 RPM for high speed machines quoted or at 400 RPM for the low speed machines quoted. The compressor is to compress .63 gravity gas @ 70oF from 550 psig to 850 psig and handle volumes ranging from 5 MMSCFD to 20 MMSCFD The compressor design specifications ask for an emissions guarantee over the entire load range. A compact skid mounted enclosure is to be erected over the unit with maintenance access doors strategically located, for noise and weather protection. Pulsation control equipment is to be installed to reduce the effects of vibration and improve orifice measurement. An 8" pipeline interconnect, built to D.O.T. Part 192 guidelines will be installed from the Rifle yard header installation to the compressor suction and from the compressor discharge a distance of approximately 2,000', outside the boundary of QPC's Rifle facility, to the inlet of the PSC/KNE dew point plant. The following volume control options are being considered: 1) Arrange for remote speed control and manual, or possibly automated, deactivators for volume control to match end users varying demand. 2) Split the compressor discharge into two streams with one feeding the dew point plant and the other spilled back, through a control valve and check valve back into ML -68. A 300 barrel tank will be set to receive scrubber liquids and these will ocassionally be trucked for sale. There will not be a need for gas dehydration since the source gas is already dehydrated. Final custody transfer measurement and/or compressor control measurement is needed. Two options are being considered: • • 1) Coordinate with KNE on use of their custody transfer measurement equipment and witness meter provings for acceptance of the measurement volumes. In this case a meter run would also be installed by QPC to allow Gas Control a means of dialing in volume control from a remote control point. 2) QPC would install a complete EMF system with online chromatograph and Telecommunications System. Estimated Construction Schedule: Work Order and JDR submittal and approval Sept 29 - Oct 13 Obtain Construction and air and environmental permits Sept 27 - Nov 27 Site selection snd surveys Oct. 3 - 6 Pipe design, procurement, delivery and Installation Oct. 6 -Nov. 15 Compressor Specification and quotes Sept 22 - Oct 6 Compressor selection, fabrication and delivery Oct 13 - Jan 12 Prepare Compressor foundation and building Dec. 11 - Jan 19 Set, tie-in compressor and startup Jan 12 - Feb 1 Water: There is not to be any use of water in this process. All equipment drainage is to be trapped and carried to sumps for recovery. Around any waterways there will be erosion control structures as approved by regualatory agencies and/or landowner. Operational and Construction Impacts: There is no vapor, dust or smoke associated with this operation. The compressor and engine noise is to be reduced by enclosing them in a building and providing a residential grade muffler on the exhaust. Engine emissions will be reduced through the use of either lean burn technology or the use of a catalytic convertor with air/fuel ratio control. Dust on construction access routes and sites will be controlled by frequent water dampening during construction. Site traffic will be limited to equipment delivery transporters, ditching and construction equipment during the construction phase. Daily operating traffic will be minimal and will be generally due to company operating personnel on routine rounds and maintenance. The area is a previously industrialized area and there will not be additional impact on wildlife, domestic animals, vegetation, migration patterns or any other disruptions. Date: September 29, 1995 DEF: 95-545 General Project Statement An agreement is being finalized for QPC to provide an interconnecting pipeline and compression services to boost gas from QPC's gas pipeline system west of Rifle Colorado for delivery to the Public Service Company of Colorado(PSC) and KN Energy (KNE) dew point liquids plant.. Location: Section 18, Township - 6 South, Range - 93 West, Garfield County, Colorado, approximately 2 miles west of Rifle, Colorado within the existing site presently owned by QPC. Scope, design and operation of project: The delivery points from each of the suppliers are presently manifolded, after supplier measurement, into a common header. An existing 4" valve off the end of the 8" header is to be replaced with an 8" valve and a suction line installed between it and a new compressor. The compressor is to be driven with a lean burn engine that develops required horsepower at 1000 to 1080 RPM for high speed machines quoted or at 400 RPM for the low speed machines quoted. The compressor is to compress .63 gravity gas @ 70oF from 550 psig to 850 psig and handle volumes ranging from 5 MMSCFD to 20 MMSCFD The compressor design specifications ask for an emissions guarantee over the entire load range. A compact skid mounted enclosure is to be erected over the unit with maintenance access doors strategically located, for noise and weather protection. Pulsation control equipment is to be installed to reduce the effects of vibration and improve orifice measurement. An 8" pipeline interconnect, built to D.O.T. Part 192 guidelines will be installed from the Rifle yard header installation to the compressor suction and from the compressor discharge a distance of approximately 2,000', outside the boundary of QPC's Rifle facility, to the inlet of the PSC/KNE dew point plant. The following volume control options are being considered: 1) Arrange for remote speed control and manual, or possibly automated, deactivators for volume control to match end users varying demand. 2) Split the compressor discharge into two streams with one feeding the dew point plant and the other spilled back, through a control valve and check valve back into ML -68. A 300 barrel tank will be set to receive scrubber liquids and these will ocassionally be trucked for sale. There will not be a need for gas dehydration since the source gas is already dehydrated. Final custody transfer measurement and/or compressor control measurement is needed. Two options are being considered: • • 1) Coordinate with KNE on use of their custody transfer measurement equipment and witness meter provings for acceptance of the measurement volumes. In this case a meter run would also be installed by QPC to allow Gas Control a means of dialing in volume control from a remote control point. 2) QPC would install a complete EMF system with online chromatograph and Telecommunications System. Estimated Construction Schedule: Work Order and JDR submittal and approval Sept 29 - Oct 13 Obtain Construction and air and environmental permits Sept 27 - Nov 27 Site selection snd surveys Oct. 3 - 6 Pipe design, procurement, delivery and Installation Oct. 6 -Nov. 15 Compressor Specification and quotes Sept 22 - Oct 6 Compressor selection, fabrication and delivery Oct 13 - Jan 12 Prepare Compressor foundation and building Dec. 11 - Jan 19 Set, tie-in compressor and startup Jan 12 - Feb 1 Water: There is not to be any use of water in this process. All equipment drainage is to be trapped and carried to sumps for recovery. Around any waterways there will be erosion control structures as approved by regualatory agencies and/or landowner. Operational and Construction impacts: There is no vapor, dust or smoke associated with this operation. The compressor and engine noise is to be reduced by enclosing them in a building and providing a residential grade muffler on the exhaust. Engine emissions will be reduced through the use of either lean burn technology or the use of a catalytic convertor with air/fuel ratio control. Dust on construction access routes and sites will be controlled by frequent water dampening during construction. Site traffic will be limited to equipment delivery transporters, ditching and construction equipment during the construction phase. Daily operating traffic will be minimal and will be generally due to company operating personnel on routine rounds and maintenance. The area is a previously industrialized area and there will not be additional impact on wildlife, domestic animals, vegetation, migration patterns or any other disruptions. Date: September 29, 1995 DEF: 95-545 General Project Statement An agreement is being finalized for QPC to provide an interconnecting pipeline and compression services to boost gas from QPC's gas pipeline system west of Rifle Colorado for delivery to the Public Service Company of Colorado(PSC) and KN Energy (KNE) dew point liquids plant.. Location: Section 18, Township - 6 South, Range - 93 West, Garfield County, Colorado, approximately 2 miles west of Rifle, Colorado within the existing site presently owned by QPC. Scope, design and operation of project: The delivery points from each of the suppliers are presently manifolded, after supplier measurement, into a common header. An existing 4" valve off the end of the 8" header is to be replaced with an 8" valve and a suction line installed between it and a new compressor. The compressor is to be driven with a lean burn engine that develops required horsepower at 1000 to 1080 RPM for high speed machines quoted or at 400 RPM for the low speed machines quoted. The compressor is to compress .63 gravity gas @ 70oF from 550 psig to 850 psig and handle volumes ranging from 5 MMSCFD to 20 MMSCFD The compressor design specifications ask for an emissions guarantee over the entire load range. A compact skid mounted enclosure is to be erected over the unit with maintenance access doors strategically located, for noise and weather protection. Pulsation control equipment is to be installed to reduce the effects of vibration and improve orifice measurement. An 8" pipeline interconnect, built to D.O.T. Part 192 guidelines will be installed from the Rifle yard header installation to the compressor suction and from the compressor discharge a distance of approximately 2,000', outside the boundary of QPC's Rifle facility, to the inlet of the PSC/KNE dew point plant. The following volume control options are being considered: 1) Arrange for remote speed control and manual, or possibly automated, deactivators for volume control to match end users varying demand. 2) Split the compressor discharge into two streams with one feeding the dew point plant and the other spilled back, through a control valve and check valve back into ML -68. A 300 barrel tank will be set to receive scrubber liquids and these will ocassionally be trucked for sale. There will not be a need for gas dehydration since the source gas is already dehydrated. Final custody transfer measurement and/or compressor control measurement is needed. Two options are being considered: • • 1) Coordinate with KNE on use of their custody transfer measurement equipment and witness meter provings for acceptance of the measurement volumes. In this case a meter run would also be installed by QPC to allow Gas Control a means of dialing in volume control from a remote control point. 2) QPC would install a complete EMF system with online chromatograph and Telecommunications System. Estimated Construction Schedule: Work Order and JDR submittal and approval Sept 29 - Oct 13 Obtain Construction and air and environmental permits Sept 27 - Nov 27 Site selection snd surveys Oct. 3 - 6 Pipe design, procurement, delivery and Installation Oct. 6 -Nov. 15 Compressor Specification and quotes Sept 22 - Oct 6 Compressor selection, fabrication and delivery Oct 13 - Jan 12 Prepare Compressor foundation and building Dec. 11 - Jan 19 Set, tie-in compressor and startup Jan 12 - Feb 1 Water: There is not to be any use of water in this process. All equipment drainage is to be trapped and carried to sumps for recovery. Around any waterways there will be erosion control structures as approved by regualatory agencies and/or landowner. Operational and Construction Impacts: There is no vapor, dust or smoke associated with this operation. The compressor and engine noise is to be reduced by enclosing them in a building and providing a residential grade muffler on the exhaust. Engine emissions will be reduced through the use of either lean burn technology or the use of a catalytic convertor with air/fuel ratio control. Dust on construction access routes and sites will be controlled by frequent water dampening during construction. Site traffic will be limited to equipment delivery transporters, ditching and construction equipment during the construction phase. Daily operating traffic will be minimal and will be generally due to company operating personnel on routine rounds and maintenance. The area is a previously industrialized area and there will not be additional impact on wildlife, domestic animals, vegetation, migration patterns or any other disruptions. THIS DEED Made this 10tk day of December 19 80 ,between W. F. CLOUGH, individually and as PR of w the Estate of Iva H. Clough, Deceasedof the County of Garfield and State of Colo- rado. of the first part, and MOUNTAIN FUEL RESOURCES , INC . , P. 0. Box 11368, Salt Lake City, Utah 84139 a corporation organized and existing under and by virtue of the laws of the State of Utah of the second part: WITNESSETH, That the said party of the first part, for and in consideration of the sum of Ten Dollars and other good and valuable consideration,XIMAZ6Aff to the said part y of the first part in hand paid by the said party of the second part, the receipt whereof is hereby confessed and acknowledged, ha s granted, bargained, sold and conveyed, and by these presents do es grant, bargain, sell, convey and confirm, unto the said party of the second part, its successors and assigns forever, all of the following described lot or parcel of land, situate, lying and being in the County of Garfield and State of Colorado, to wit: A tract of land situated in Lot 1(NW4NW14) Sec. 18, T. 6 S., R. 93 W., 6th P.M. and the NE1/4NE1 Sec. 13, T. 6 S., R. 94 W., 6th P.M., described as follows: Beginning at a point whence the NW corner of said Sec. 18 bears N. 20°07' W. 254.89 ft.; th. S. 04°33' E. 250.16 ft.; th. S. 57°31' W. 450.87 ft.; th. S. 09°17' W. 510.73 ft.; th. N. 88°23' E. 443.69 ft.; th. S. 88°28' E. 316.02 ft.; th. N. 20°53' W. 488.28 ft.; th. N. 09°22' W. 120.83 ft.; th. N. 07°16' E. 422.93 ft.; th. S. 88°53' W. 176.35 ft. to the point of beginning, containing 9.64 acres, more or les; excepting and reserving all oil, gas, and other minerals, whether similar or dissimilar, in, on and under and that may be produced from the above-described land but Seller, his successors and assigns covenants not to enter upon or make anv use of the surface of said land for the exploration, development or productio~ of such minerals. RECORDER'S STAMP DEC 31 198t ?TIvr m•^«xr-r'Rr 1[[ 2y TOGETHER with all and singular the hereditaments and appurtenances thereunto belonging or in anywise appertaining, and the reversion and reversions, remainder and remainders, rents, issues and profits thereof; and all the estate, right, title, interest, claim and demand whatsoever of the said part y of the first part, either in law or equity, of, in and to the above bargained premises, with the hereditaments and appurtenances. TO HAVE AND TO HOLD the said premises above bargained and described, with the appurtenances, unto the said party of the second part, its successors and assigns forever. And the said party of the first part, for h f , his heirs, executors, and administrators, do es covenant, grant, bargain and agree to and with the said party of the second part, its successors and assigns, that at the time of the ensealing and delivery of these presents, he is well seized of the premises above conveyed, as of good, sure, perfect, absolute and indefeasible estate of inheritance, in law, in fee simple, and ha s good right, full power and lawful authority to grant, bargain, sell and convey the same in manner and form as aforesaid, and that the same are free and clear from all former and other grants, bargains, sales, liens, taxes, assessments and encumbrances of whatever kind or nature soever,except patent reservations,existing easements, oil and gas leases, the lessee of which oil and gas leases, has waived the right to use the surface of the land under such leases, the inchoate Colo. State Inheritance Tax Lien, real property tax lien, and Federal Estate Tax Lien, all of which liens first party agrees to timely discharge and satisfy, and first party further releases to second party al' and the above bargained premises in the quiet and peaceful possession of the said party of the second part, its successors and assigns, against all and every person or persons lawfully claiming or to claim the whole or any part thereof, the said part y of the first part shall and will WARRANT AND FOREVER DEFEND. IN WITNESS WHEREOF, The said part, of the first part ha6 hereunto set his hand and seal the day and year first above written. Signed, Sealed and Delivered in the Presence of STATE OF COLORADO, County of Cr,rfield ;^ The foregoing Instrument was acknowledged before me this /1 19 80 ,by W. F. CLOUGH, individually and as PR of the W. F. Clough, indivi....11y and [PR of the Estate of Tva H. Clough, Dec asyd [SEAL] day of ►.o r`� •.‘��' ' Esate of Iva H. Clough, Deceased.'C My commission expires c c'. c• , � • 0 t) , WITNESS my hand and official seaL .• ' [-' ,, vLA cl \6z 0,... 41..1, ._A- ......- ...._...._. •t, i# – No(* Pablle. My Cumnuaior No. 952. WARRANTY DEED TO CORPORATION—For Photographic Roeerd. —Bradford Publishing Co.. 1824!6 Stout Street. Deaver. Colorado -2 -?2 o a. m 0 n d) n w H. • fD ri rt 1-r, cn O fD rt O 0 0 O 0 a. w cn (D 'b O o O n .fi M rt ' rt rt (D • W • (fl n m m 5 r• U) (D CI) rt 0 5 m O N. a• pro H. 5 rD 0 • r• O Pn pus aasJz1 5' 8 'clock../2..M., and duly recorded I hereby certify that this instrument was filed A0 0 cn P-3tTJ 0 1-3 0 PERMIT TO ENTER TO CONDUCT LAND SURVEY & ASSOCIATED STUDIES The undersigned owners or lessees of the following described lands in Garfield County, Colorado: / 3 • F is R IV 6) Stir grant permission to Questar Pipeline Company (Company) and its employees, agents, representatives and contractors, to enter the lands described above for the sole purpose of conducting a land survey and associated studies. The Company shall be responsible for any and all damage to the lands described above resulting from surveying operations or associated studies conducted by the employees, agents, representatives or contractors of Company. The entry rights granted in this permit do not in any way grant any form of easement or right of way. EXECUTED this 27 hday ofSe pf- , 1995 LANDOWNER tri NOIldI}! 0 m v 70 0 m 0 n Y M n 0 f1 c_ :NMVao u. o TI 0 0 TJ rn L rq O zlr L r r`� 1? u, 1 SNOIS1A3a t S, pyo 17 5 r p, env r, N 0 0 0 (j) 0' • 0o cil 0 ON J.N [0 r ti N.U7o ,� 422.9 U1N P[ G RT 1_1 5. 4° 33' F . a50.1c-,' O1 r I ' t x.94 W, e. 9 3 W. -J R R . 9 3 \v. d � rSr+rno1 U' •:.:} A+:::i'.xl ....(;LTJ • • • QUESTAR PIPELINE COMPANY 79 SOUTH STATE STREET • P.O. BOX 11450 • SALT LAKE CITY, UTAH 84147 • PHONE (801) 530-2400 • FAX (801) 530-2570 John E. Corrent, Senior Design Engineer Codes and Environmental Affairs September 27, 1995 Colorado Department of Health Air Pollution Control Division 4300 Cherry Creek Drive South Denver, Colorado 80222-1530 Attn: Mr. Dennis Myers Re: APEN/Permit Application for the installation of an engine driven compressor for the Rifle Yard, Garfield County. Dear Mr. Myers: Questar Pipeline Company (Questar Pipeline) is planning on installing a natural gas fired, internal combustion engine driven compressor at the Rifle Yard located in Garfield County, Colorado (refer to attached drawing M-14551). Questar Pipeline based the emission rates listed below on the potential to emit for the proposed unit. The potential to emit is based on yearly operating hours (8760) multiplied by the maximum emission rate in pounds/hour. The actual make of the engine has yet to be finalized; therefore, the emissions reflected in this Application are intended as a not to exceed number. The actualremissions for the unit will be determined and reported to the APCD prior to final approval of the permit. The proposed engine will account for the following emissions in tons/year: Proposed Source Potential to Emit TABLE 1 Make/Model EMISSIONS TPY BASED ON 8760 HOURS/YEAR NOx CO NMHC VOC1 TOTAL 10.43 11.73 7.5 4.17 VOC refers to non -methane & non -ethane hydrocarbons. • 1 The listed emissions in tpy are based on the maximum emission rates in Lb/hr. for this engine operating at nominal conditions; NOx = 2.38 Ib/hr., CO = 2.68 Ib/hr., NMHC = 1 .71 Ib/hr, and VOC = 0.952 lb/hr The new engine driven compressor will be installed in Questar's existing Rifle yard. The unit will compress gas from Questar's facilities into the Rifle Dew Point Plant owned and operated by others. This gas will then be discharged into the Avon Pipeline for delivery to residential customers. Questar has no other reportable emission sources located at this site. Schedule Questar must commence with the installation of this unit beginning on November 1, 1995. It is estimated that construction will be completed and start-up will commence on or around December 16, 1995. Questar requests that this project receive expedited review and approval. The gas being supplied from Questar's proposed compressor will be delivered to the Rifle Dew Point Plant to be processed and used for the residential customers located along the Avon Pipeline to provide heat for the coming winter months. A partial list of the communities that will be served are Rifle, Glenwood Springs, Snowmass, Aspen and the Vail Valley. Questar requests that the Division exempt the installation of this compressor unit from the 30 day comment period. In accordance with Regulation No.3, Part B, IV.C.1 .a., the new installation will not have emissions greater than fifty (50) tons/year and is located in an attainment area which is rural in nature. Questar would appreciate the opportunity to meet with the APCD to discuss ways to expedite the approval of this project. Questar will plan on contacting the APCD within the next 15 days to arrange a convenient time to meet and discuss this project. An APEN has been included in accordance with Regulation No. 3, Part A.II. for the proposed source, plus $100 in APEN filing fees. If there are any questions concerning this information, please contact me at the above letter address or by telephone number at (801) 530-2516 or FAX (801) 530-2684. Jahn E. Corrent (JC) attachments APPLICATION FOR AIR POLLUTION EMISSION PERMIT OR _ RMIT MODIFICATION This application must be filled out completely except for #14 and #15: otherwise, application will be considered incomplete - SEE INSTRUCTIONS ON REVERSE SIDE. Mail completed application APENs and filing fee to: Colorado Department of Health APCD-SS-B1 4300 Cherry Creek Drive South Denver, Colorado 80222-1530 Telephone: (303)692-3150 1. Permit to be issued to: Questar Pipeline Company 2. Mailing Address: State: Utah 79 South State Street P.O. Box 11450; Salt Lake City Zip Code: 84147 3a. Agent for Service (see No. 3 on reverse): N/A 3b. Federal Tax Identification Number:87-0307401 4a. General Nature of Business Natural Gas Transportation 4b. SIC Code: 4922 5a. Air Pollution Source Description: Natural gas fueled Internal combustion engine compressor 5b. Days per year source will operate: 365 6a. Source Location Address (Include Location Map): Sec. 18, T6S R93W (If using Township and Range, give direction and distance from nearest town or intersection) County: Garfield 6b• UTM Coordinates (in km) 257 E 437.8 N 7. ESTIMATED COSTS: 7a. Source, Process Equipment or Project: Cap. Cost $ 500,000 Air Pollution Control Procedures or Equipment 7b. Capital Cost: 7c. Operating Cost: /annually 8a. STATUS X New Air Pollution Source ❑ Modification to Permitted Source (Control Equipment added, process change, etc.): ❑ Transfer of Ownership - Transferred from: ❑ Existing Source -not permitted (Include Date of Source Start-up): ❑ Other: Projected Dates for Consbuctionr to: 8b. Begin: Nov., 1995 8c.End Ian., 1995 Projected Source Startup Date: 8d. Dec, 1995 9. Enclose check to cover APEN FILING FEES. One APEN should be filed for each emission point NOTE: Additional processing fees must also be paid prior to permit issuance. APENS @$100.00 per APEN = $100 10. SIGNATURE OF LEGALLY AUTHORIZED RSON (NOT Ven. 'r or Equipment Manufacturer) 11a. Date Signed: 11b. Telephone No.: 12. Type or Print name and official title of person signing item 10. Mr. Gary DeBernardi, Vice President of Engineering and Transmission Services 13. Check appropriate box if you want: Agency Use Only a. Copy of preliminary analysis conducted by Division b. To review a draft of the permit prior to issuance? Note: Checking either item could result in increased fees and/or processing time. See Reverse. 14. DATE RECEIVED 15. PERMIT NUMBER of pazuol lnv nlleool uosJad Jo aJnitsunis ele0 moans ON:S)121VW3a 3.00 LB/hr; CO 4.05 LB/hr; VOC 1.30 LB/hr, o0 00 \( am \{ { 0 0 < d.S9C7mai 00VNJa490 0 0 0 ( ( / j $ { } 1N311411103 1011.1NO3 NOW -1110d w4•11.1•u1 Y4! / q \ i 9. \\ ; i <>2 )§/ V/N :UV3,1 V.V0 ^ { / ƒ 01.0 3 \ f t { i 0 co sz-0E9 (Lool3NOHd MAIL AOtiRE66P.O. Box 11450; Salt Lake City; LDVv9 4&lfl plat .1F3pk•Nno3 7. } co0 ; ON 1IW213d NOzsnzIOa fIV { 2P ƒ} • 4 I. ! r ° { 2 0 { 0 3° F,-, ; } } §. \ - 7 ° } 3 2 :{ 3 \ ; __ ;ƒ : S. ƒ { i * G f T { §{ 1; 4. 9. ' I/ ` ! / 31 — ` i / § ; !, {{ R4 /3 2( !! ;f 4. R `� { ;{ ` * 4 .y ! § || 10 |! f)' 2 � w °f ! % t ƒ ƒ a.! 1 f ci ! f f } ! k ( { // { \ \ƒ { 'gs. SS , IC\ ¥§ } \ƒi of pazuol lnv nlleool uosJad Jo aJnitsunis ele0 moans ON:S)121VW3a 3.00 LB/hr; CO 4.05 LB/hr; VOC 1.30 LB/hr, o0 00 \( am \{ { 0 0 < d.S9C7mai 00VNJa490 0 0 0 ( ( / j $ { } 1N311411103 1011.1NO3 NOW -1110d w4•11.1•u1 Y4! / q \ i 9. \\ ; i <>2 )§/ V/N :UV3,1 V.V0 ^ { / ƒ 01.0 3 \ f t { i 0 co sz-0E9 (Lool3NOHd MAIL AOtiRE66P.O. Box 11450; Salt Lake City; LDVv9 4&lfl plat .1F3pk•Nno3 7. } co0 ; ON 1IW213d NOzsnzIOa fIV RIFLE YARD COMPRESSOR STATION AREA MAP IN TER STAT E '1 7 0 255 256 Edge markings in UTM coordinates (km). 257 258 259 i usr/s1c/m168/33599.dgn 9-25-95 km 5345 it 6o.�z•Q` it 1r) -o-OZD 1 -L! m -0 < C) Z \ D 1 m m (-) li o L r- - C) C) -D 0 m CC) D -r1 - cn 0 Zm� D G) m (� 1-1 7)-ir "-4 00002 - Z O �m mD Z U) V) 13- W - O > - -I C Z7 -C- pOD m c) Z m D C—IZ0 U) -( > = - �0-Z 0 r- -< -< -1 z > 0 m m m () cn",Ocn 0 — C m O �m-I -n -rz� mo - V) m - D 0 oO O >--IZ� DG)U) (1) -i m m P1 -r1 m n 0 -( r-4- --i - r -*I O O z c)mz O (n .. r --4N N 0 0 D D 0 "r1 0 0 -4 - -+ m z o (n rZ D (f) -4Z Z NOIldi60S30 N01103S d3Nd00 N z U1 a 0 P1 v1 cD cn 6 O c V r C,4 z N Ut U r r - N z cp v Co (0 C,+ r - z N cb G c.+ 0 ,0 (A rD Z m 0 55 m c") 0 z O z n m C o � o 3 tb • • PROPERTY OWNERS QUESTAR PIPELINE'S SPECIAL USE APPLICATION GARFIELD COUNTY, COLORADO White River Electric P.O. Box 958 Meeker, CO 81641-0958 970-878-5041 Public Service of Colorado (Compressor station) 1225 17th Street, Suite 400 Denver, CO 80202-5504 303-623-1234 Fina Oil and Chemical Company P.O. Box 2159 Dallas, TX 75221-2159 W. F. Clough (Pasture ground) P.O. Box 686 Rifle, CO 81650-0686 970-625-1625 Northwest Pipeline Company (Gas Processing and Transportation Facilities) P.O. Box 58900 Salt Lake City, Ut 84158-0900 801-583-8800 United States Department of the Interior (Vacant Land) Bureau of Land Management Glenwood Springs Resource Area P.O. Box 1009 Glenwood Springs, CO 81602 Colorado Department of Transportation (Highway 6 & 24) 222 South 6th Street, Room 317 Grand Junction, CO 81501-2769 970-248-7208 Snyder Oil Corporation (Compressor site) 400 7th Street South, Suite 1200 Rifle, CO 81650 970-625-4209 • • Oilfield equipment for years of trouble-free, profitable production. • IP ,.-, �i1 11"-':r yy��r17 �^ai�..2�.:.'•tf,!'.' wV"•' , . Y - ` �., .� �: ... s 2..': ti. . +-y`•Y" " w"- �;. ' ' ^�i� +.I T• �r4:� t: 4�"'� '"4.— .. f"_ .►M�s • >• .. '- ate,: ,tJy, i `'' j „�"'; -:;: : -'41.T.. am' • ENGINES COMPRESSORS �I NOTE: Specifications given in this brochure are subject to change without notice. 2 or more than a century, the name Ajax® has been associated with dur- able, hardworking oilfield equipment designed to keep production on-line and profitable. Ajax began production in 1877, building steam drilling engines to be used in the oil fields near Corry, Pennsylvania. We're one of the oldest con- tinuous manufacturers of engines in America, and one of the most progressive. We introduced the Ajax integral gas engine -compressor to the compressor market in 1958. It's regarded in North America as the number one small compressor for gas production. Today, as part of the Energy Services Group of Cooper Industries, Ajax is recognized throughout the oil and gas industry as a leader in the design and manufacture of reciprocating engines and compressors. Ajax engines range from 22 to 165 bhp (16 to 123 kW) and integral engine -com- pressors from 30 to 800 bhp (22 to 600 kW'. Ajax engines and integral engine -compressors are ideally suited for dependable, continuous duty in remote locations and harsh environments. A reputation for reliability. Ajax product quality is best demonstrated by the high number of repeat orders we receive from producers. Once they use Ajax equipment, they become accustomed to a standard of efficiency, Cover photograph shows Ajax equipment owned by Guerra Engineering, Inc. of Houston, Texas, in operation at Cordele, Texas. • • • • khe best return on your investment. reliability and service life unmatched in the in- dustry. In the production field, economical should never mean cheap. Few operations can afford "throwaway" equipment. That's why Ajax equipment is built to run for years as efficiently as it did when first installed. The simplified design, slow operating speeds and few moving parts mean less wear and a minimum of maintenance. Many Ajax units have been on- line for 50 years or more. When you buy Ajax equipment, you're making an investment that will keep your operating costs to an absolute mini- mum—for decades. A modern manufacturing facility. Ajax has consolidated its operations with the Superior Division of the Energy Services Group of Cooper Industries to create a new division: Ajax - Superior. The Ajax -Superior plant in Springfield, Ohio, is one of the largest facilities in the world devoted exclusively to the production of reciprocating en- gines and compressors for the oil and gas indus- tries. This plant occupies over 54,000 sq. ft. and includes state-of-the-art manufacturing and mate- rials handling equipment, including a variety of CNC machine tools and a computerized inventory handling system. • 3 • Integral Engine -Compressors • Behind every Ajax integral en- gine -compressor is an engineering concept that is simplicity itself. It's why Ajax integrals run so well—and so long. Fewer parts, Tess maintenance. We designed simplicity into the Ajax integral for maximum dura- bility and performance. The engine and compressor share a common crankshaft, resulting not only in fewer parts and less maintenance, but in greater operating efficiency. A cascade splash lubrication system elimi- nates the need for an oil pump, filter or cooler. And the two-cycle, port -scavenged power cylinders require neither inlet nor exhaust valves. The result? A unit that delivers 98% -plus availability with little or no maintenance. Designed for efficiency, durability and flexibility. The simplicity inherent in an Ajax integral is responsible for the unit's low maintenance costs. The single crankshaft eliminates loss- es associated with gears, belts or couplings, resulting in higher mechanical efficiency. The two- cycle, low-BMEP cylinders provide for lower maintenance and down- time, and the hydraulic fuel injec- tion system reduces fuel con- sumption. And because of slow operating speeds, together with a Targe valve area and low valve velocities, the Ajax integral can move more gas per compressor horsepower. Ajax integrals keep running at peak efficiency for years. Low fir- ing pressures create less dynamic stress on power cylinders, cross- heads, connecting rods and crank- shaft. The Ajax power crosshead 4 design eliminates side loading on power piston and cylinder, mini- mizing wear and providing long service life for power end compo- nents. The slow operating speeds promote a long service life and smooth operation. The rod load capability and cylinder working pressures of Ajax integrals are higher than required for most applications. This flex- ibility allows for operation over a wide range of pressure conditions. In many instances, an Ajax inte- gral is purchased for one job and later moved to other applications without cylinder changes. Self-contained Ajax integrals are easily moved from one site to another. The units are mounted on heavy-duty skids for maximum rigidity, strength and ease of transport. Installation requires only simple hookup of suction, discharge and exhaust lines. Ajax integrals use standard components, allowing inter- changeability of parts throughout the product line and smaller inven- tories for routine maintenance. Separators, extra -large surge bot- tles and gas cooler sections are ASME code -stamped. All piping is designed according to ASME code. • • � They simply run longer, better. Completely packaged. Ajax takes complete unit responsibility for the integral package, including start-up ser- vice and instruction by Ajax field representatives or factory -trained distributors. Packages can be customized to meet the requirements of a particular application. A special package, available for offshore in- stallation, includes anticorrosion coating, overhead unitized cooler, Division I instrumentation, low - fire -hazard ignition, and running gear designed to minimize unbal- anced forces. ® And profitable. An Ajax integral engine - compressor is an investment in long-term reliability and profitable • ' C-30 includes concrete -filled skid production. Its design not only assures maximum onstream effi- ciency, but reduces routine main- tenance cost as much as three- quarters of that normally ex- perienced with lighter duty, higher speed machinery. Ajax is :he best moneymaker you can buy. Ajax Integral Gas Engine-Copressors re Power Cylinders Compressor Cylinders Ajax Package Rated BMEP Rod Stable Model Weight No. kg/ Compression Bore & Stroke No. Stroke Load Piston Speed Lbs. BHP (kW) RPM psi cm' Ratio in. (mm) in. (mm) Lbs. (kg) fpm (m/m) 0-30 25.000' 30 (23) 525 1 51.2 (3.6) 6.00 7.50x10 (190x254) 1 8 (203) 8.500 (3856) 700 (213) C-42 11,000 42 (32) 525 1 55.9 (3.9) 6.00 8.50x10 (216x254) 1 8 (203) 11.000 (4990) 700 (213) 020-60 14,500 60 (45) 475 1 58.5 (4.1) 6.18 9.50x12 (241x305) 1 8 (203) 11,000 (4990) 633 (193) DPC-d0 20.000 80 (60) 400 1 59.4 (4.2) 6.18 11x14 (279x356) 1 11 (279) 17.600 (7983) 733 (223) DPC-81 15.000 81 (61) 475 1 65.0 (4.6) 6.18 10.50x12 (266x305) 1 8 (203) 14,000 (6350) 633 (193) CPC -105 21,000 105 (79) 425 1 61.8 (4.3) 6.18 12x14 (305x356) 1 11 (279) 20,000 (9072) 780 (238) DPC-115 25,000 115 (86) 360 1 57 3 (4.0) 6.18 13.25x16 (337x406) 1 11 (279) 22,000 (9972) 660 (201) 020-140 24.500 140 (105) 400 1 62.8 (4.4) 6.18 13.25x16 (337x406) 1 11 (279) 25.000 (11340) 733 (223) 020-162 26.500 162 (122) 475 2 65.0 (4.6) 6.18 10.50x12 (266x305) 2 8 (203) 14,000 (6350) 633 (193) DPC-180 26,500 180 (135) 400 1 63.0 (4 5) 6.09 15x16 (381x406) 1 11 (279) 30,000 (13608) 733 (223) 020-230 40,000 230 (173) 360 2 57 3 (4.0) 6.18 13.25x 16 (337x406) 2 11 (279) 22,000 (9979) 660 (201) 020-280 41,500 280 (210) 400 2 62.8 (4.4) 6.18 13.25x16 (337x406) 2 11 (279) 25,000 (11340) 733 (223) 020-360 51.000 360 (270) 400 2 63.0 (4.5) 6.09 115x16 (381x406) 2 11 (279) 30,000 (13608) 733 (223) DPC-600 82,000 600 (450) 400 3 70.0 (4.9) 6.09 15x16 (381x406) 2 11 (279) 40,000 (18144) 733 (223) DPC-800 104.000 800 (600) 400 4 70.0 (4 9) 6.09 15x16 (381x406) 3 11 (279) 40.000 (18144) 733 (223) 5 Integral • Engine -Compressors Pumping more gas per brake fa 6 • ® 4:011...4.••••zt • empower than any comparable unit. °Hydraulic fuel injection system for maximum fuel economy. Two-cycle, low-BMEP power cylinders with fewer parts and less maintenance. OAutomatic forced -feed Lubrication to power and compression cylinders. ®SoIid-state ignition system. OCrosshead guides absorb thrust stresses and prevent contamination of crankcase lube oil. °Integral design with common crankshaft eliminates power losses and wear associated with belts and couplings. OBabbitt sleeve and/or double -row tapered roller bearings for maximum horsepower load and application requirements. OCrankshaft and connecting rods are closed - die forged in precision dies. OExtra -length distance piece for easy packing maintenance. Equipped with Lucite® cover for visual inspection. 0 Heavily ribbed cast iron frame. °Splash lubrication system for main and con- necting rod bearings—no oil pump, filter or cooler required. 0 Exceptionally high rod load -to -horsepower ratio and high-strength alloy steel piston rods. 0 Compressor cylinders with high mean work- ing pressure -to -horsepower ratio. 0 Heavy-duty, efficient compressor valves for long, trouble-free life. 0 Variable volume clearance pocket with indi- cator allows cylinder unloading without depressuring. Slow -speed operation, from 360 to 525 rpm de- pending on the model. 116E14,..M�+,o"0,k%$3"'a 'C 7 • • Gas Engines Over 30,000 Ajax engines are in service today, powering oilfield beam pumping units or driving waterflood injection pumps. In re- mote locations where dependabil- ity is essential, these two-cycle, horizontal gas engines work at operating costs less than that of electrically powered units. Like the Ajax line of integral engine -compressors, Ajax engines are conservatively designed, slow - speed, rugged machines. Fuel in- jection provides Btu consumption rates as low as the most efficient, high-speed, four-cycle engines available today. Ajax engines typi- cally achieve 98% -plus availability with little or no maintenance dur- ing a service life that spans dec- ades of continuous duty. Special design features include: ■ Two-cycle, low-BMEP power cylinders with fewer parts and less maintenance. ■ Automatic forced -feed lubrica- tion to power and compression cylinders. ■ Solid-state ignition system. ■ Splash lubrication system for main and connecting rod bear- ings. ■ Slow -speed operation, from Ajax' Gas Engines 360 to 650 rpm, depending on model. ■ A thermosyphon cooling sys- tem that eliminates the need for a water pump. • Tapered roller bearings for maximum bearing life. Model Number of Cylinders Bore x Stroke Inches (mm) Displacement cu. in. (liters) Nominal BHP • B.M.E. psi RPM Min -Max Piston Speed fpm Weight Lbs. (kg) EA -22 1 6-1/2 x 8 (165 x 203) 265 (4.34) 22 50.5 350-650 867 2900 (1315) EA -30 1 7-1/4 x 8 (184 x 203) 330 (5.41) 30 55.3 350-650 867 2950 (1340) E-42 1 8-1/2 x 10 (216 x 254) 567 (9.29) 42 55.8 300-525 875 4320 (1961) DP -60 1 9-1/2 x 12 (241 x 305) 850 (13.93) 60 58.8 200-475 950 6195 (2813) DP -80A 1 11 x 14 (279 x 356) 1330 (21.80) 80 59.5 200-400 934 8130 (3691) DP -81 1 10-1.'2 x 12 (267 x 305) 1039 (17.08) 81 65.0 200-475 950 6400 (2903) DP -125 1 13-1/4 x 16 (337 x 406) 2206 (36.15) 125 62.3 200-360 960 13530 (6143) DP -165 1 15 x 16 (381 x 406) 2827 (46.33) 165 64.2 200-360 960 13980 (6347) 8 providing reliable power, inexpensively. • • Proven design and construction features assure dependable operation and continuous service. 0 Two-cycle design eliminates troublesome valves, rocker arms. tappets, push rods and cams. A power stroke every -evolution, slow speed, low BMEP and port scavenging are Ajax design features. OAutomatic lubricator force feeds lubrication to power cylin- ders. Oil level gauge, automatic fill valve and low -oil -level shutdown are standard. OHeavy-duty governor provides constant -speed operation. Overspeed shutdown switch is standard. Pneumatic governor operator available for speed and capacity control. Hydraulic fuel injection system is standard on DP -125 and DP -165 and optional on EA -30 through DP -81. Positive pres- sure injection yields up to 35 percent in fuel savings. OThermosyphon cooling provides optimum cylinder cooling in a closed system without the use of a thermostatic bypass valve and water pump. High engine jacket water tempera- ture shutdown is standard on all units. A hydrogen sulphide corrosion -resistant radiator is optional. Splash lubrication system provides lubrication to cross- heads, crosshead pin bearings and crankpin bearings. The crankcase is sealed from products of combustion, reducing oil changes to one-year intervals. Eliminates the require- ments for a troublesome oil pump, cooler and filter. Crank- case oil level gauge, automatic fill valve and low -oil -level shutdown are standard. OOil bath air filters eliminate frequent cleaning and replace- ment. Oversize design allows extra -long service in difficult atmospheres. High -reliability Altronic ignition system features only one moving part, the alternator, which runs on sealed ball bear- ings. This component eliminates the magneto and breaker points. The units are timed at the factory and no further adjustments are necessary. OTapered roller bearings are double -row and sized above the load -carrying ability actually required. 10 Closed -die -forged components, including crankshaft and connecting rods, are forged from high -alloy steel in pre- cision dies. 11 Crosshead guide absorbs thrust vectors and precludes mis- alignment. ()Rugged construction assures long life with low mainte- nance. Compare our ten- and twenty-year overhauls to annual and semiannual overhauls on high-speed multicylinder engines. 13 Air/gas starting equipment is standard on DP -60 through DP -165 and optional on EA -22 through E-42. Electric starting is optional on EA -22 through DP -81. 14 Clutch power takeoff is oversized for extended life and standard on all units. 9 Aftermarket • Parts and Service • Ajax products are sold worldwide through a network of distributors and manufacturer's agents. These rep- resentatives are also your contact for service and parts. Each has direct access to a stock of normal wearing parts and a full line of acces- sories. A network of over 250 Ajax dis- tributor stores serve the entire oil - and gas -producing industry, supply- ing a comprehensive range of parts and services for Ajax units. Ajax supplements these local parts in- ventories with parts warehouses in Dallas, Texas, and Edmonton, Al- berta,Canada. Outside North Amer- ica, Ajax maintains parts ware- houses in Liverpool and Singapore. 10 In addition, Ajax parts specialists and technical service representatives are stationed at key locations across the country. These factory -trained field personnel provide service con- sultation and application engineer- ing assistance. They are also avail- able to train operating personnel. 1 • PROPERTY & ROIL ID:801-530-2860 NOV 03' NOV031995 QUESTAR PIPELINE COMPANY 01 79 SOUTH STATE STREET • P.C. BOX 11450 • SALT LAKE CITY, UTAH 84147. PHONe (801) 530-2400 • FAX (801) 530-2570 PROPERTY AND RIGIHT OF WAY FACSIMILE TRANSMITTAL PLEASE DELIVER THE FOLLOWING PAGE(S) TO: NAME:�i �L;�c COMPANY: el r,� / . �' .. ✓+. TELE. N0.170� �S=�Xy FAX NO. D) YS ~- 77ii TOTAL NO. OF PAGES (including cover page):_,B.)_) DELIVERED FROM; NAME: .rtJ TELE NO.(801) 530 2577 FAX NO. (801) 530-2860 IF ALL PAGES ARE NOT RECEIVED, PLEASE CALL BACK IMMEDIATELY. REMARKS: PROPERTY & ROW ID:801-530-2860 NOV 03'95 11:08 No.005 P.02 • • QUESTAR PIPELINE COMPANY 79 SOUTH STATE STREET • P.0, BOX 11450 • SALT LAKE CITY, UTAH 84147 • PHONE (801) 530-2400 • PAX (801) 530-2570 rhnid A. 1npp41, Pr: q+erry Awn! Pr)t trly [.' Rohr nl' 114p November 3, 1995 Mr. Eric D. McCafferty, Planner Garfield County Planning Department 109 8th Street, Suite 303 Glenwood Springs, Colorado 81601 RE: Special Use Permit l it'lc. Compressor S Associated Facilities Dear Eric: Your letter of October 17, 1905 requested information in six specific areas. The following addresses those requests: 1. Enclosed please find technical data on the AJAX DPC-36() compressor which we plan to install at e1Ur Rifle. site. Also included is a calculation of the noise levels created by this compressor when operating at its maximum capacity. "]'hese calculations indicate a source decibel level of 107.87 and a decibel level at our property line of tinder (,7,37. The compressor will he housed in tt pre-engineered non-flammable industrial style metal building which will he large enough to house it possible second compressor in the future. Engineering drawings the being completed of the building and will be sena to your office irS 50011 }IS 1 receive. them. 2. The compressor will he skid niou111c:(1 and placed 011 a granular surface. Our engineers have determined that with this installation there will be no problem with any potential shrink -swell of the native soils. Because of this fact you waived thc requested soil study during our Ort site meeting on October 2h, '1995. 3. The estimated emissions submitted to tiie State of Colorado and included in our Garfield County special use permit application fit for the AJAX DPC- 360 compressor- to he installed at our Rifle yard. 4. Enclosed please find a site specific Iist addressing the fire control measures which will he used on this project. PROPERTY & ROW ID:801-530-2860 NOV 03'95 11:08 No.005 P.03 • • 5. Enclosed please find a reclamation plan for this project, 'These measures will he implemented not only after construction, but after any inaintenance, repair or removal of our facilities. 6. The easement from Bill Clough has not been executed. It will be signed either next week, or the following week. A Copy of the casement will he provided to you upon execution. I appreciate your help on this matter. If you need any further information please contact me at (801) 5311-7.577. Sincerely, David A. Ingleby Property Agent Enclosures PROPERTY & ROW ID:801-530-1 50 NOV 03'95 11:08 No.005 P.04 • • Inter --Office Correspondence Date: October 31, 1995 DEP: 95-545 Copy: To: Dave Ingleby From: Bill. Baum Subject: Rifle Compressor Information The compressor installation for Rifle will be an AJAX DPC-360. The unit will boost pressure from 550 psig to 850 psig to supply gas to KN Energys liquids recovery plant. Compressed volumes will range from a minimum of 5 MMSCFD through a maximum of 18 MMSCFD. Plans are to transfer the compressor to this location, along with portable surface mount bases, and set the unit on a prepared pad adjacent to an already existiing foundation. The compressor will be housed in a pre-engineered non-flammable industrial style metal building designed for local snow and wind loads and Jive loads due to hoisting equipment. Ancilliary on site equipment will include a stock tank for accumulation of dumped scrubber liquids, tank for lubrication oil, and spare parts stroage. Noise estimates are derived from A -weighted Sound Pressure Levels measured at 200 feet with the engine running at its maximum 400 RPM from vendor supplied infromation for the AJAX DPC-360. Using the supplied A -weighted dB's; the source power level was calculated and then projected out at 20' intervals as follows: Sound Pressure Levels (dB's) Source 20' 40' 60' 80' 100' 120' 140' 160' ]80' 200' 107.87 81.35 75.33 71.81 69.31 67.37 65.79 64.45 63,29 62.27 61.35 Attached are copies of vendor data for the AJAX DISC -360 and information about the physical equipment on this unit. PROPERTY a ROW ID:801-530-2860 Pr_;. • FRO DISCHAF OF• FUTURE COMPRESSOR NOV 03'95 • 11:09 No .005 P.05 PS•I PS -1 2' rUCL GAS LINE H11-1 ❑ Hilll IF 12' IRT. SPOOL wi r LANGE EACH !MC 1' LIOUID DUMP LINO ^� R FI,IU kUlIIh OlSCHAHU IM.0.I'. I tlMi fU Iir DISCHARGE RELIEF VALVE SCT ia E6o PSIG COOLER SKID 1,1 COMPRESSOR UNIT (AJAX UPC 360) I FSI "-EXHAUST rlrlNc MUFF[ FR SKID TSUCTION or rUT C CDIMI>HLssok PS -2 PS -2 PROPERTY r ROW IDi : 801-530- 860 NOV 03'95 11:09 No .005 P.06 • CMPReSSOR 0A i A TD- 1340 10-29-82 zn9iri$ Boni L Sz, ks (2) 15" 16" C-lrtrprat sor Scrflkc 1" Horsaaon*r kin RPM-; rl tote l Ir�jeefian Sys teas Speeifieat iens s 5 Cu. f=t. * Vo i arta T ink _-. * Hose or Pipe Size (Tank to Unit) 2" z" Osculates (f=isher Sita & Mode I) 111 - 620 2"+ - 630 rltg;ilator Spring H. _ _ — 1EO-8923 I1-192 Maximum Inlet Pressure NO PSI 15010 PSI Tank Pressure Reftui rad , 54.1Z PS I 5-12 PS I P.egulator Orifitc 10-5a Inlet Pressure 51-150 Intal Pi -assure 151-500 Inlet P res3 are 1/2" 3/8" Air/C.es Starting, Syszeet, Cylinder Hand: Air Pressure, maximum 250 P51 Volume' Required Per Minuts 35-45 Cu. Ft. • :xnaust System! Exhaul ; Pips S i = (2) 10" * emhaul t P i pc i :n5tt 1n Fedt 61470 : RPm muffler Outlet Site 14" • mu 'fl e r +Min. to Max. S i l l etc i n g .�••.•••'� a --� burgels-Nartnire (2) 4ttC-14,8449-'14,9MA-14,LE r4: Vanac (2) 121-1+,131-14,t41-t4,5i-14) Ca rs C� t6.0.108 Coati ti e3 : Crankcase Cil 30 sat. (r-.) 011 Laval + 0istfrtra ;rpm fop?, -f Bad Co Qi au ac. _ 281 Pct~.ar Cy1 hider L,.bric.ating Qi I -7.2 Pini:*/Oiy/Cylinder * Cod 1 e r Ccq t i ng Syi tem �..�. - - 125 Gal . PROpERTY g ROW ID :801-530-2860 NOV 03 '95 11:09 No .005 P.07 • • =4PRESSOR DATA OPC-360 C I ea r4nc*$ : .003 - .006 Crankpin Eearimc Envine - Cqmpressor:;.: . :003 - .006 CrosSnead Pln !earqng _ --:0044':•;, .00.7 • tC6`iiip s so r .0035 - .0055 7.rossndad :o Guide or (Pncr.147-7771771777---------- .- - - ..P13f - , .012 - Piston Skir; to Power Cylinder .027 - .033 Piston Ring End lap .115 Piston Ring co $ide Of" 1st Two Groove .010 - .0125 to side oF Other C-rcoves .008 - .0105 Terbt.:e Values, in F. Lbs. Connectins Rod Bolts 700 CY1? nddr Hcad Sud Nuts 740 P s tom Rod to Crosses 104 Nuts 3200 * Special Tools Thimi71e, engine Pi$vpri Rqd Thimble, Compressor Piston &xf 7-919-0 Wrench, Piston Rod Nut A-2921 *4 Not Furnished a Standard Equipment, 4104i!iting trtL icr A& 3a 1T Jy Thgv,$*Fi7t;Wli p Ce') osioer PROPERTY R. ROW • • • AJAX, ID :801-5 I.J-`? i 0 NII'' 03'95 11:10 Ni: .005 P.08 Oilfield equipment for years of trouble-free, profitable production. i-'• Willi ZyC � r T 4•J� .. ♦ IM•Ir "'-'7‘i-,•./.•?' -Y, y. 4-- f ,x,�y.:'-��• `.-�� `' ►.�t�' htr1�I2" •'J "'' •�y k�+�2 nlGi" y'4"f' 1.•-• • �„ k. Fidfit ,, �.,r J . ..,,,«, f r t"' f.,!.1.tAirrs� • mix . t+�- "a"=" '.. _•a` �'r ,. PROPERTY 8 RID 2 ID: 801-530-'`>860 NOV 03'95 11 : 10 No .005 P.09 • • ENGINES COMPRESSORS • � Y�,. y :L.i1'PrS�1.I ��J1A��A •G'i.J" L. :Y1LLi.l1: y�Y. NOTE: Spoolfinations gluon In this hrochorn pre aubfabl to Change without notice. or more than a century, the name Ajax® has been associated with dur- able, hardworking oilfield equipment designed to keep production on-line and profitable. Ajax began production in 1877, building steam drilling engines to be used in the oil fields near Corry, Pennsylvania. We're one of the oldest con- tinuous manufacturers of engines In America, and one of the most progressive. We introduced the Ajax integral gas engine -compressor to the compressor market in 1958. It's regarded in North America as the number one small compressor for gas production. Today, as part of the Energy Services Group of Cooper Industries, Ajax is recognized throughout the oil and gas industry as a leader in the design and manufacture of reciprocating engines and compressors. Ajax engines range from 22 to 165 bhp (16 to 123 kW) and integral engine -com- pressors from 30 to 800 bhp (22 to 600 kW). Ajax engines and integral engine -compressors are ideally suited for dependable, continuous duty in remote locations and harsh environments. A reputation for reliability. Ajax product quality is best demonstrated by the high number of repeat orders we receive from producers. Once they use Ajax equipment, they becorne accustomed to a standard of efficiency, Govar photograph shows Ajar eaulpment CWned by Guerra Engineering, Inc, of Houston, Texaa, In operation at Cordele, Texas, • • PROPERTY & ROM ID:801-530-2860 NOV 03'95 11:11 No.005 P.10 • • *he best return on your investment. reliability and service life unmatched in the in- dustry. In the production field, economical should never mean cheap. Few operations can afford "throwaway" equipment. That's why Ajax equipment is built to run for years as efficiently as it did when first installed. The simplified design, slow operating speeds and few moving parts mean Toss wear and a minimum of maintenance. Many Ajax units have been on- line for 50 years or more. When you buy Ajax equipment, you're making an investment that will keep your operating costs to an absolute mini- mum --for decades. 411/ A modern manufacturing facility. Ajax has consolidated its operations with the Superior Division of the Energy Services Group of Cooper Industries to create a new division: Ajax - Superior. The Ajax -Superior plant in Springfield, Ohio, is one of the largest facilities in the world devoted exclusively to the production of reciprocating en- gines and corepressors for the oil and gas indus- tries- This plant occupies over 54,000 sq. ft. and includes state-of-the-art manufacturing and mate- rials handling equipment, including a variety of CNC machine tools and a computerized inventory handling system. or 3 PROPERTY e ROM Ili :801-530-28x,0 • Integral Engine -Compressors NOIR 03'95 • 11 12 No .005 P . 11 • ry... v�;p�• r we ; � . � b=^- a 'r+r 4 *T. 11 yc ^}'s ,,�/{�.rT ryyy[•�r :� ..,..- �. i:.�u�%� 2„ ��.�.:d ..i. �.�:�vl.YF�duTw+•,��.5.,_,'ik��51'L94i�i44�r�, ��+u+: ilX�.J.�1,�1h�..:.1'�-.i.. �f1.F, c.� �:. Y;b1n'l'S4.R�i�. .ti.1�S':AS.LLi Behind every Ajax integral en- gine -compressor is an engineering concept that is simplicity itself. It's why Ajax integrals run so well—and so long. Fewer parts, less maintenance. We designed simplicity into the Ajax integral for maximum dura- bility and performance. The engine and compressor share a common crankshaft, resulting not only in fewer parts and less maintenance, but in greater operating efficiency. A cascade splash lubrication system elimi- nates the need for an oil pump, filter or cooler. And the two-cycle, port -scavenged power cylinders require neither Inlet nor exhaust valves. The result? A unit that delivers 98% -plus availability with little or no maintenance. Designed for efficiency, durability and flexibility. The simplicity Inherent in an Ajax integral is responsible for the unit's low maintenance costs. The single crankshaft eliminates loss- es associated with gears, belts or couplings, resulting in higher mechanical efficiency. The two- cycle, low-BMEP cylinders provide for lower maintenance and down- time, and the hydraulic fuel Injec- tion system reduces fuel con- sumption, And because of slow operating speeds, together with a large valve area and low valve velocities, the Ajax integral can move more gas per compressor horsepower. AJax integrals keep running at peak efficiency for years. Low fir- ing pressures create less dynamic stress on power cylinders, cross- heads, connecting rods and crank- shaft. The Ajax power crosshead 4 design eliminates side loading on power piston and cylinder, mini- mizing wear and providing long service life for power end compo- nents. The slow operating speeds promote a long service life and smooth operation. The rod load capability and cylinder working pressures of Ajax integrals are higher than required for most applications. This flex- ibility allows for operation over a wide rang© of pressure conditions. In many instances, an Ajax inte- gral is purchased for one job and later moved to other applications without cylinder changes. Self-contained AJax integrals are easily moved from one site to manalim another. The units are mounted on heavy-duty skids for maximum rigidity, strength and ease of transport. Installation requires only simple hookup of suction, discharge and exhaust lines. Ajax integrals use standard components, allowing inter- changeability of parts throughout the product line and smaller inven- tories for routine maintenance. Separators, extra -large surge bot- tles and gas cooler sections are ASME code -stamped. All piping Is designed according to ASME code. • 4.1 PROPERTY & ROW ID:801-530-2860 • NOV 03'95 11:12 No.005 P.12 • • They simply run longer, better. Completely packaged. Ajax takes complete unit responsibility for the integral package, including start-up ser- vice and instruction by Ajax field representatives or factory -trained distributors. Packages can be customized to meet the requirements of a particular application. A special package, available for offshore in- stallation, includes anticorrosion coating, overhead unitized cooler, Division I Instrumentation, low - fire -hazard ignition, and running gear designed to minimize unbal- anced forces. And profitable. An Ajax Integral engine - compressor is an Investment in long-term reliability and profitable production. Its design not only assures maximum onstream effi- ciency, but reduces routine main- tenance cost as much as three- quarters of that normally ex- perienced with lighter duty, higher speed machinery. Ajax is the best moneymaker you can buy. Ajax Integral Gas Engine-COYrnpressors Power Cylinders Corepressor Cylinders Ajax Package Hated BMEP Rod Stable Model Weight No. kg/ Compression Bore & Stroke No. Stroke Loud Piston Speed Lbs. BHP (kW) RPM psi cm' Rut10 in, (mm) In. (turn) Lbs. (kg) fpm (mint) C.30 75,000" 3U (23) 525 1 81.2 (3.6) 6.00 /.50x11) (190x254) 1 0 (203) 8,500 (3656) 700 (213) 0-42 11,000 4) (32) 525 1 .55.5 (8.9) 6.00 8,..:,0410 (216x254) 1 8 (263) 11,000 14990) 700 (213) OPC-60 14,500 60 (45) 475 1 5:15 (4.1) 6.10 9.50x12 (241x305) 1 6 (203) 11,000 (4000) 633 (193) OPC-80 20,000 00 (60) 400 1 594 (42) 6 11 11x14 (279(356) 1 11 (279) 17.690 (7083) 733 (223) DPC-81 15,000 61 (61) 475 1 65.0 (4.6) 4.16 10.50x12 (266605) 1 8 (203) 14,000 (6350) 633 (193) L)PC-105 21,000 105 (79) 425 1 61 0 (4 3) 6 10 1204 (305x356) 1 11 (279) 20,000 (0072) 780 1218) ()PC -115 25,000 115 (86) 360 1 57.3 (4.0) 6.10 13,25x16 (337x406) 1 11 (279) 22.000 (0072) 660 (201) DPC•140 24,500 140 (105) 400 1 62.0 (4.4) 4.10 13.2500 (337x406) 1 1t (279) 25.000 (11340) 733 (223) (7F'C-167 26,500 162 (122) 475 2 65.1) (4.6) 11.18 10.50x12 (206x305) 2 8 (203) 14.000 (6350) 633 (193) DPC-160 26.500 180 (135) 400 1 63.0 (4.5) 6.04 15x16 (3691x4061 1 11 (2791 10.900 (13606) 723 (223) UPC -230 40.000 230 (173) 340 2 57.3 (4.0) 6.18 13.25.:16 (337x406) 2 11 (279) 22.000 (9970) 860 (201) OPC-PHO 41,600 280 (210) 400 2 62.11 (4.4) 6.18 13;`5x16 (337x406) 2 11 (279) 28,000 (11340) 733 (223) DPC-30() 51,000 360 (270) 400 2 63.0 (4.5) 43.1)9 115x16 (38)x406) 2 11 (279) 30,000 (13608) 733 (223) OPC-600 62,1)0 600 (450) 400 3 70.0 (4.9) 6.09 15x16 (301x400) 2 11 (279) 40,000 (16144) 733 (223) D)'(:•400 104.000 Hao (800) 400 4 700 (4 r.)) 600 19416 (3E11 y4061 3 11 (279) 40.000 (191441 733 (273) ' C-30 includes Concrete -filled skid 5 PROPERTY ROld Iniegral , Dv u, 95 • IL Jl u Engine -Compressors Pumping more gas per brake ta 11:13 No.005 P.13 IC:MAIMESLIMEAMMWM3i511111•1111MMEMEESCUMEEMEMWSZIMISMOUNSZEEZINEIRldlik 6 PROPERTY & ROW ID:801-530-286O • NOV 03'95 11:14 Ngo .005 P.14 • empower than any comparable unit. (1 )Hydraulic fuel injection system for maximum �- fuel economy. (2 )Two-cycle, low-BMEP power cylinders with fewer parts and less maintenance. 0 Automatic forced -feed lubrication to power and compression cylinders. 0 Solid-state ignition system. 0 Crosshead guides absorb thrust stresses and prevent contamination of crankcase lube oil. Integral design with common crankshaft eliminates power losses and wear associated with belts and couplings. 0 Babbitt sleeve and/or double -row tapered roller bearings for maximum horsepower load and application requirements. 0 Crankshaft and connecting rods are closed - die forged in precision dies. 0 Extra -length distance piece for easy packing maintenance. Equipped with Lucite's cover for visual inspection. 0 Heavily ribbed cast iron frame. °Splash lubrication system for main and con- necting rod bearings—no 011 pump, filter or cooler required. 0 Exceptionally high rod Toad -to -horsepower ratio and high-strength alloy steel piston rods. @Compressor cylinders with high mean work - Ing pressure -to -horsepower ratio. 0 Heavy-duty, efficient compressor valves for long, trouble-free life. 0 Variable volume clearance pocket with indi- cator allows cylinder unloading without depressuring. Slow -speed operation, from 360 to 525 rpm de- pending on the model. 7 PROPERTY & ROW ID:801-530-2860 NOV 03'95 11:14 No.005 P.15 • • Gas Engi les Over 30,000 Ajax engines are in service today, powering oilfield beam pumping units or driving waterflood injection pumps. In re- mote locations where dependabil- ity is essential, these two-cycle, horizontal gas engines work at operating costs loss than that of electrically powered units. Like the Ajax line of integral engine -compressors, Ajax engines are conservatively designed, slow - speed, rugged machines. Fuel in- jection provides Btu consumption rates as low as the most efficient, high-speed, four-cycle engines available today. Ajax engines typi- cally achieve 98% -plus availability with little or no maintenance dur- ing a service life that spans dec- ades of continuous duty. Special design features include; ■ Two-cycle, low-BMEP power cylinders with fewer parts and lass maintenance. IN Automatic forced -feed lubrica- tion to power and compression cylinders. • Solid-state ignition system. ■ Splash lubrication system for main and connectl..j rod bear- ings. IN Slow -speed opc,ration, from Ajax'' Gas Engines 360 to 650 rpm, depending on model. • A thermosyphon cooling sys- tem that eliminates the need for a water pump. MI Tapered roller bearings for maximum bearing life. Model Number of Cylinders Bore x Stroke Inches (mm) ' Displacement cu. in. (liters) Nominal BHP - H.M.E. psi RPM Min -Max Piston Speed fpm Weight Lbs. (kg) EA 22 1 6-1/2 x 5 (165 x 203) 265 (4.34) 22 50.5 350,650 867 2900 (1315) }A-30 1 7.114 x S (184 x 203) :130 {5.41) 30 55,3 350.650 867 2950 {13.10) E-42 1 8.112 x 10 (216 x 254) 567 (9.291 42 55.5 300-826 875 4320 (1981) OP•60 1 9-1/2 x 12 (241 x 305) 850 (13,93) 00 58.8 200-475 950 6195 (2813) UP -00A 1 11 x 14 (279 x 356) 1330 {21.80) 00 59.5 200-400 934 6130 (3691) OP -611 10-1/2 x 12 (267 x 305) 1039 (17.08) 01 05.0 200 475 950 6400 (2903) DP -125 1 13-114 x 16 (337 x 406) 2206 (36.15) 125 62.3 200-360 960 13530 (6143) DP -165 1 15 x (0 (381 x 406) 2827 (40,33) 165 84.2 200-360 960 13980 (6347) 8 PROPERTY ROW ID:801-530-2860 • NOS 03'95 11:15 H0.005 P.16 • Providing reliable power, inexpensively. • Proven design and construction features assure dependable operation and continuous service. 10TNo•cycle design eliminates troublesome valves, rocker arms, tappets, push rods and cams. A power stroko every revolution, slow speed, low BMEP and port scavenging are Ajax deSIgn features. 0 Automatic lubricator force feeds lubrication to power cylin- ders. Oil level gauge, automatic fill valve and low -oil -level shutdown are standard. C) Heavy-duty governor provides constant -Speed operation. Overspeod shutdown switch is standard. Pneumatic governor operator available for speed and capacity control. HydraulIC fuel injection System is standard on DP -125 and DP -165 and optional on EA -30 through DP -81. Positive pres- sure Injection yields up to 35 percent in fuel savings. 0 Thermosyphon cooling provides optimum cylinder cooling in a closed system without the use of a thermostatic bypass valve and water pump- High engine jacket water tempera- ture Shutdown Is standard on all units. A hydrogen Sulphide oorrosion•reslstant radiator Is optional. v.:. Splash lubrication system provides lubrication to cross- heads, crosshead pin bearings and Crankpin bearings. The crankcase is sealed from products of combustion, reducing oil changes to one-year intervals, Eliminates the require- ments for a troublesome oil pump, cooler and filter. Crank- case oil level gauge, automatic fill valve and low -oil -level shutdown are standard - 0 Oil bath air filters eliminate frequent gleaning and replace- ment, Oversize design allows extra -long service in difficult atmos pheres. 0 Hlyh-reliability Altronfc Ignition system features only one moving part, the alternator, which runs on sealed bail bear- ings. This component eliminates the magneto and breaker points. The units are timed at the factory and n0 further adjustments are necessary. 0 Tapered roller bearings aro double -row and sized above the load -carrying ability actually required. 10 Closed-dle•forged components, including crankshaft and connecting rods, are forged from high -alloy steel in pre- elelon dies. t i Crosshead guide absorbs thrust vectors and precludes mis- alignment. 12 Hugged construction assures long life with low mainte- nance. Compare our ten- and twenty-year overhauls to annual and semiannual overhauls on high-speed tYtulticylinder engines. 13 Air/gas starting equipment Is standard on DP -60 through DP -165 and optional on EA.22 through E-42. Electric starting is optional on EA -22 through DP -81. 14 Clutch power takeoff is oversized for extended Ilfe and standard on all units. 9 PROPERTY 8, ROW ID:801-530-2860 • Aftermar: let Parts and Service NOV 03'95 11 16 No.005 P.17 • • • '•ZA ., ..y a.f '...1 '-i I. li . .. ; ,:f ^0;....;••• ! •r Ajax products are sold worldwide through a network of distributors and manufacturer's agents. These rep- resentatives are also your contact for service and parts. Each has direct access to a stock of normal wearing parts and a full line of acces- sories. A network of over 250 Ajax dis- tributor stores serve the entire oil - and gas -producing industry, supply- ing a comprehensive range of parts and services for Ajax units. Ajax supplements these local parts in- ventories with parts warehouses in Dallas, Texas, and Edmonton, Al- berta,Canada. Outside North Amer- ica, Ajax maintains parts ware- houses in Liverpool and Singapore. 10 In addition, Ajax parts specialists and technical service representatives are stationed at key locations across the country. These factory -trained field personnel provide service con- sultation and application engineer- ing assistance. They are also avail- able to train operating personnel, 1 PROPERTY & ROW GENERAL ID:801-530-2860 NOV 03'95 11 16 No.005 P.18 • • DIRE CONTROL MEASURES (;til ES'l'AR PIPELINE COMPANY'S RIFLE PARI) COMPRESSOR & INTERCONNECT PIPELINE All project personnel arc instructed as to: 1, Location of fire control equipment ?. Operation and use of tire control equipment 3, Emergency procedures and how to call for additional help WELDING At least one person is dedicated to act as as fire N.vaatch during welding operations with a fire extinguisher at hand. Welding shields are used during grinding operations to prevent sparks from leaving the work areas and igniting vegetation, as Conditions dictate, Water trucks are used to wet down ground and nearby vegetation, as conditions dictate. At the close of each day, welding personnel inspect the area of welding activities for any smoldering debris and any conditions conductive to fires. COMMUNICATIONS All Questar Pipeline vehicles Lire equipped with radio communications to a central dispatch ‘Vllich c:an relay arny prohlcrrls to the proper atithoriiic.s. IN T1IE EVENT (_)1' A 111�I In the event of a fire, all personnel and appm priate equipment on site will be committed to its cOntalil1111Cint and control. T.he BI.M and appropriate fire authorities will be notified immediately. Direction of the fire control efforts will be transferred to appropriate fire fighting agency personnel upon their arrival on site. PROPERTY & ROW ID:801-530-2860 NOV 03'95 11 17 No.005 P.19 • • RECLAMATION PLAN FOR THE KN ENERGY INTERCONNECT 1.0 INTRODUC'T'ION The following KN Energy Interconnect Rc ktin.itiori Plan provides for reclamation a►nd revegetation of areas disturbed by construction of the interconnecting pipeline. This plan consists of procedures that are expected to optimize reclamation and revegetation success. The procedures described in this plan are intended to accomplish the following objectives: • Provide. effective erosion control through physical reclaiination means such as salvaging andl protecting topsoil; and • Reestablish, in 0 timely mau111cf, indigenouS Of other suitable vegetation. 2.0 PROJECT DESCRIN'I'iON The project consists of approxirnaitely 1,8(0 linear feet of 1(1 3/4 -inch diameter pipe interconnecting Qucstai's transmission pipeline system with ISN Energy's facilities. The interconnect is located on private lands previously disturbed by natural gas transmission facilities. Appurtenant facilities associated with the interconnect consists of compression and a 10 -inch tap and valves which will he installed at Oucstar's Rifle facility located in Section 13, "Township 6 South, Range 94 West, Garfield County, Colorado. 3.0 RECLAMATION Reclamation activities ,will he initiated after the completion of construction. Reclamation consists of both physical methods atiid fCVegetation methods. Construction, backfilling and grading activities commonly cause compaction and alter soil conditions that affect soil productivity and/or seeding success. The following practices and techniques will be used to improve these soil conditions, protect soil from erosion and provide a favorable seedbed: • Disturbed areas will he scarified to ensure. that soil compaction is reduced and preconsti-tiction soil permeability is restored. • Seedbed preparation will he conducted to 0 depth Of 3 to 4 inches to provide a firm seedbed to enhance revegetation. • Topsoil replacement will be performed over the disturbed area, • 'Topsoil will not he redistributed it the !?round or topsoil is frozen. • Seed will he planted by drilling or broadcasting. Drill seeding with a drill equipped with a depth regulator will he used where soil conditions allow operation of equipment. 111 areas not suitable for drilling, the. seed will he PROPERTY & ROW ID:801-530-2860 NOV 03'95 11:17 No.005 P.20 • • broadcast atnd covered by raking or chaining,. If broadcasting methods are used, seeding rates will the doubled. • 'the following seed mixture k propose..ci: Seed mixture Drilled Western wheatgrass 3 Ihs/acre 'I hicltspike wheutgrass 3 lbs/acre Indian Riccgrass 3 lbs/acre Salt Sage 3 Ips/mere 1'ourwing Satlthtish 3 lbs/acre • Ninety percent Inure live seed will he used. • Noxious weed control measures will be implemented for at least live years after construction. • Fertilizers will he used if requested by the landowner. • Any brush removed during construction will be spread along the right-of-way to control erosion. • Stornlwater discharges and spring runoff xvill he diverted by waterbars to a stabilized nutlet. Waterbars will be installed according to the following table: Grade % Spacing (feet) 5% or less None 5ci, - 15c.4: 300 15% - 30(%:• 200 >30 101) • Disturbed areas with rock fragments, such ars very coarse gravel, cobble, or stone scattered 011 the surface, will he restored to the original preconstruclion surface condition to blend with the adjoining area. PROPERTY & ROW ID:801-530-2860 NOV 03'95 11 17 No.005 P.21 • Q 4.0 MAINTENANC.'F ANIS MO '1'IORINO An inspection (1 the right -cif -way will be conducted by Questar for two growing seasons alter construction. Monitoring will dctcrntinc ii' rcveget;ttion efforts were successful. Problem areas will be identified and reseeded. Revc etation efforts will he continued until vegetation is established. Erosion control structures will also be inspected and repaired if necessary, Inter -Office Correspondence To: Dave Ingleby Date: October 31, 1995 From: Bill Baum DEF: 95-545 Subject: Rifle Compressor Copy: Information The compressor installation for Rifle will be an AJAX DPC-360. The unit will boost pressure from 550 psig to 850 psig to supply gas to KN Energys liquids recovery plant. Compressed volumes will range from a minimum of 5 MMSCFD through a maximum of 18 MMSCFD. Plans are to transfer the compressor to this location, along with portable surface mount bases, and set the unit on a prepared pad adjacent to an already existiing foundation. The compressor will be housed in a pre-engineered non-flammable industrial style metal building designed for local snow and wind loads and live loads due to hoisting equipment. Ancilliary on site equipment will include a stock tank for accumulation of dumped scrubber liquids, tank for lubrication oil, and spare parts stroage. Noise estimates are derived from A -weighted Sound Pressure Levels measured at 200 feet with the engine running at its maximum 400 RPM from vendor supplied infromation for the AJAX DPC-360. Using the supplied A -weighted dB's; the source power level was calculated and then projected out at 20' intervals as follows: Sound Pressure Levels (dB's) Source 20' 40' 60' 80' 100' 120' 140' 160' 180' 200' 107.87 81.35 75.33 71.81 69.31 67.37 65.79 64.45 63.29 62.27 61.35 Attached are copies of vendor data for the AJAX DPC-360 and information about the physical equipment on this unit. • • RECLAMATION PLAN FOR THE KN ENERGY INTERCONNECT 1.0 INTRODUCTION The following KN Energy Interconnect Reclamation Plan provides for reclamation and revegetation of areas disturbed by construction of the interconnecting pipeline. This plan consists of procedures that are expected to optimize reclamation and revegetation success. The procedures described in this plan are intended to accomplish the following objectives: • Provide effective erosion control through physical reclamation means such as salvaging and protecting topsoil; and • Reestablish, in a timely manner, indigenous or other suitable vegetation. 2.0 PROJECT DESCRIPTION The project consists of approximately 1.50( linear feet of 10 3/4 -inch diameter pipe interconnecting Questar's transmission pipeline system with KN Energy's facilities. The interconnect is Located on private lands previously disturbed by natural gas transmission facilities. Appurtenant facilities associated with the interconnect consists of compression and a 10 -inch tap and valves which will he installed at Questar's Rifle facility located in Section 13, Township 6 South, Range 94 West, Garfield County, Colorado. 3.0 RECLAMATION Reclamation activities will he initiated after the completion of construction. Reclamation consists of both physical methods and revegetation methods. Construction, backfilling and grading activities commonly cause compaction and alter soil conditions that affect soil productivity and/or seeding success. The following practices and techniques will he used to improve these soil conditions, protect soil from erosion and provide a favorable seedbed: • Disturbed areas will be scarified to ensure that soil compaction is reduced and preconstruction soil permeability is restored. • Seedbed preparation will he conducted to a depth of 3 to 4 inches to provide a firm seedbed to enhance revegetation. • Topsoil replacement will he performed over the disturbed area. • Topsoil will not he redistributed if the ground or topsoil is frozen. • Seed will he planted by drilling or broadcasting. Drill seeding with a drill equipped with a depth regulator will he used where soil conditions allow operation of equipment. In areas not suitable for drilling, the seed will he broadcast and covered by raking or chaining. If broadcasting methods are used, seeding rates will he doubled. • The following seed mixture is proposed: Seed mixture Drilled Western wheatgrass 3 lbs/acre Thickspike wheatgrass 3 lbs/acre Indian Ricegrass 3 lbs/acre Salt Sage 3 Ihs/acre Fourwing Salthush 3 Ihs/acre • Ninety percent pure live seed will he used. • Noxious weed control measures will he implemented for at least five years after construction. • Fertilizers will he used if requested by the landowner. • Any brush removed during construction will be spread along the right-of-way to control erosion. • Stormwater discharges and spring runoff will be diverted by waterbars to a stabilized outlet. Waterhars will he installed according to the following table: Grade c Spacing (feet) 5% 01- less None 5% - 15% 300 15% - 30% 200 >30 100 • Disturbed areas with rock fragments, such as very coarse gravel, cobble, or stone scattered on the surface. will he restored to the original preconstruction surface condition to blend with the adjoining area. • • 4.0 MAINTENANCE AND MONITORING An inspection of the right-of-way will be conducted by Questar for two growing seasons after construction. Monitoring will determine if revegetation efforts were successful. Problem areas will be identified and reseeded. Revegetation efforts will be continued until vegetation is established. Erosion control structures will also he inspected and repaired if necessary. • • FIRE CONTROL MEASURES QUESTAR PIPELINE COMPANY'S RIFLE YARD COMPRESSOR & INTERCONNECT PIPELINE GENERAL All project personnel are instructed as to: 1. Location of fire control equipment 2. Operation and use of fire control equipment 3. Emergency procedures and how to call for additional help WELDING At least one person is dedicated to act as a fire watch during welding operations with a fire extinguisher at hand. Welding shields are used during grinding operations to prevent sparks from leaving the work areas and igniting vegetation, as conditions dictate. Water trucks are used to wet down ground and nearby vegetation, as conditions dictate. At the close of each day, welding personnel inspect the area of welding activities for any smoldering debris and any conditions conductive to fires. COMMUNICATIONS All Questar Pipeline vehicles are equipped with radio communications to a central dispatch which can relay any problems to the proper authorities. IN THE EVENT OF A FIRE In the event of a fire, all personnel and appropriate equipment on site will be committed to its containment and control. The BLM and appropriate fire authorities will he notified immediately. Direction of the fire control efforts will be transferred to appropriate fire fighting agency personnel upon their arrival on site. SOURCE EMISSIONS DATA AIR CONTAMINANTS EMITTED: Emission Point Engine Data: Ajax DPC-360 A. Exhaust Gas Temperature - 480° F estimated' B. Exhaust Gas Flow Rate - 2,628 ACFM estimated` C. Exhaust Stack Diameter - 13.25 I.D. D. Exhaust Gas Velocity - 2,995 ft/min, estimated' E. Nominal Rated Horsepower - 364 BHP 0 400 rpm Heat Rate - • 8.500 BTU/BHP-hr. +/- 3% estimated F. Pollutant Data: (@ 15% 02) estimated* Pollutant tons/yr a. NOx 16.7 CO 28.0 SO2 N/A NMHC 5.4 * Estimated quantities are based on fuel composition, BHP, RPM, ignition timing, and exhaust stack diameter. RR '-OF-WAY AND EASEMENT G•NT W. F. Clough, of Garfield County, State of Colorado, ("Grantor") conveys and warrants to Questar Pipeline Company, a Utah corporation ("Grantee"), a right of way and easement 50.00 feet in width through and across the following lands situated in Garfield County, State of Colorado ("the Lands"): The centerline of the right of way shall extend through and across the Lands as follows: COMMENCING at the section corner common to Sections 12 and 13, Township 6 South, Range 94 West, and Sections 18 and 19, Township 6 South, Range 93 West, 6th Principal Meridian, Garfield County, Colorado, being a stone monument, thence S.14°44'29"W. 658.75 feet to the POINT OF BEGINNING, Station 1 +36.64 on a gas pipeline right of way for Questar Pipeline Company, and a point on or near the property line of Questar Pipeline Company's Rifle Yard; Thence S.82" 38'47"W. 24.78 feet; Thence N.07°37'46"W. 90.80 feet; Thence N.40" 10' 12"W. 85.15 feet; Thence N.60" 13'27"W. 134.69 feet; Thence N.49"32'25"W. 202.12 feet; Thence N.52°04'48"W. 287.88 feet; Thence S.85"32'24"W. 225.52 feet; Thence N.76"18'35"W. 394.80 feet; Thence S.59"00'59"W. 253.21 feet; Thence S.86°56'07"W. 101.52 feet to Station 19+37.11 on said gas pipeline right of way, S.83°25'08"E. 1,060.48 feet from the quarter section corner common to said Sections 12 and 13, being a brass cap and iron pipe monument. This right of way and easement is granted in consideration of TEN and NO/100 DOLLARS ($10.00) and other good and valuable consideration, receipt of which is acknowledged, and shall permit Grantee to lay, maintain, operate, repair, inspect, protect, remove and replace pipelines, valves, valve boxes and other gas transmission and distribution facilities, (collectively, the "Facilities") through and across the Lands. Grantee shall he entitled to have and to hold this right of way and easement for so long as the Facilities shall he maintained, with the right of ingress to, egress from, and access on and along the right of way to construct, maintain, operate, repair, inspect, protect, remove and replace the Facilities. This right of way and easement shall carry with it the right to use existing roads for the purpose of conducting the foregoing activities. Grantee may also temporarily use such portion of Grantor's property along and adjacent to the right of way as may he reasonably necessary in connection with construction, maintenance, repair, removal or replacement of the Facilities. Grantor shall have tleight to use the Lands, except for tteurposes for which this right of way and easement is granted to Grantee, provided such use does not interfere with the Facilities or any other rights granted to Grantee under this Right -of -Way and Easement Grant ("Grant"). Grantor shall not build or construct nor in any way permit to be built or constructed any building or other improvement over or across the right of way, nor change its contour without written consent of Grantee. Grantee will use such methods of weed control on the easement for five (5) years as are reasonably necessary to control the growth of thistle and other noxious weeds. Grantee agrees to pay damages that may arise to crops or fences caused by the exercise of its rights under this Grant. Should any unresolved dispute arise as to such damages, it shall, at the written request of either party, be arbitrated and determined by disinterested arbitrators, one to he appointed by Grantor and one by Grantee within 20 days after such request. If the two so chosen are unable to agree within 90 days after appointment, then they shall, within 30 days after written request by either the Grantor or the Grantee, select a third arbitrator. If the two arbitrators cannot agree on a third arbitrator, either Grantor or Grantee may seek appointment of a third arbitrator by a federal district judge of the district in which the Lands lie. The decision of any two of the arbitrators so appointed shall be final. This Grant shall be binding upon and inure to the benefit of the heirs, legal representatives, successors and assigns of Grantor and the successors and assigns of the Grantee and may be assigned in whole or in part by Grantee. This Right -of -Way and Easement Grant represents the entire agreement between the parties. WITNESS the execution hereof this day of /1/0 , 1995. Witness: GRANTOR: W. F. CLOUGH STATE OF (600PO 4110 )SS: COUNTY OF gee() On this /TN day of NO17 , 1995, personally appeared before me a r. Clan , the signer_ of the foregoing instrument, who duly acknowledged tome that _he_ executed the same. 414 Notary Public My Commission Expires: Residing at: 7 9Y.-