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Home My WebLink About20121520.tiff 2115 117th Ave. n Greeley,CO80634 ■ V noble energy Tel:970.304.5000 �er Hours: 303.939.8585 Fax:970.785.5099 www.nobleenergyinc com North America Division May 24, 2012 Mr.Troy Swain Weld County Environmental Health Services 1551 North 171h Avenue Greeley, CO 80632 SUBJECT: Proposed Pilot Installation for Alternate Secondary Containment on the Cummins Injection Facility Dear Mr.Swain, I would like to formally propose an alternate material to concrete for the secondary containment at our proposed Cummins Injection Facility. As discussed previously, I would propose this material as a pilot project so you can evaluate the installation after installation and going forward for degradation. The material I am proposing is the Falcon Industries Poly Urea Secondary Containment. I am attaching the • materials you requested for review, which include the chemical resistance for the material and the engineering analysis for the containment walls. Please treat the chemical make-up and testing portion of the"Sales and Marketing Release Memo"as confidential. Please let me know if you have any questions. Regards, Greg Pickerel Attachments • 2012-1520 flLCOfl www.bblfalcon.com •nDu�tR.cS "YOUR SPCC COMPLIANCE PARTNER AND FIELD SERVICES SUPPORT TEAM" BBL Falcon innovated the Falcon Liner° products to support our customers' SPCC compliance requirements. Together, the Tank Liner and Secondary Containment virtually eliminate all likelihood of a reportable pollution event. The Falcon Liner° product solutions significantly reduce Total Cost of Ownership (TCO) over the life of the production facility. Our superior safety record proves BBL is ready to support your leased site service needs. FALCON LINER SOLUTIONS FALCON LINER PROGRAMS INDUSTRY SERVICES • Secondary Containments • Oil Field Construction Teams - New & Existing Sites • Industrial Painting — Custom Built • Tank Liners • Tank Gauges • Tank Base • Sandblasting • Tank Exchange Program • Tank Refurbishment • Concrete Restoration • Concrete Retainment • Steam Cleaning SALES & OPERATIONS Midland, TX Decatur, TX Carlsbad, NM 432-563-1039 940-627-1400 575-236-6560 8300 West Hwy. 8o 2242 East Hwy. 380 5226 Grandi Road Midland, TX 79706 Decatur, TX 76234 Carlsbad, NM 88220 webmaster@bblfalcon.com ' I I 1/41 r "We Mobilize To Protect The Environment" " BBL raj lcon www.bblfalcon.com ii1DUN,Ri'cS FALCON ,I: LINER .__ _ r ..."4„ Pr . ill , . . et at sae , a, _ i s 0101 ads► -- _ _ - tar _ . 0 4: • ..- s , IA __ _ it I 4 _ _ I _. 1 . _ __ ... . . . , , . . 6. 1•../- as --- iiiirivilk- - *rte.; , - . 0 . *9 . I �J _ Z• Ott \ . t• eMaa1 177T1: a' * iniewi1..". 1111H SECONDARY CONTAINMENT FALCON LINER ® �� tt O . 1)1)1 alct)n.rt)IH SECONDARY CONTAINMENT OPERATIONAL IMPACT: I he Falcon Liner. creates a barrier between the corrosive elements commonly found in the oil and gas production process and the storage tanks and/or production facilities. The Falcon Liner is an impenetrable and impervious liner barrier which greatly extends the useful life of the operational production facilities. independent laboratory age resting predicts the liner to have 75+ years of useful life. Consequently,this greatly extended useful life dramatically reduces the Total Cost of Ownership(TCO)by eliminating the maintenance related costs and associated downtime,thereby resulting in uninterrupted production facilities operations. BACKGROUND: The Falcon Liner' is a product solution offered exclusively by BBL Falcon Industries,Ltd. Operating our of service yards in Deca- tur,TX, Midland,TX,and Carlsbad,NM,BBL Falcon mobilizes to provide solutions to the oil and as production industry. Our Falcon Liners' are used in production storage tanks,secondary containments,tank top encapsulation,concrete storage facilities,and other structures that maintain or transport hazardous compounds. We provide solutions that protect the environment and reduce the•li)tai Cost of Ownership(TCO). CURE TIME: i his particular blend of Modified Polymer(MP) has a gel time of 7-10 seconds,initial set time of 10 minutes,and total and corn- plete cure time of 24 hours. The rapid cure time reduces downtime and allows production to begin flowing hack within 60 minutes of completion. DURABILITY: Aromatic Modified Polymer Spray Weatherability Chu ractcristics t)1\ Igo ntna:�titlt'9!l ynmp'"''' t.=at=iii ::n•:::::t.:cc:::::::: ..._...••.........•_._.^.a:::�pr55i5r:tiui ii °i"aa.. b iii i`ouu niirtiaiii i i. sE�fii i33iiii:e •••B:.t_..:!i3n:tic:,:u:umaunuunsa:aagl uie;ie::"ice:::a:7•a-II:�gi�:�:ul+it:aiaaie�i:6at lour;;uc::::........ 34X1 hours r %%%%%/ ' 0,/,• m/c i• Shore C) ---- �� Tear QM. —•. i ;.•i ; _�r_`tea ir?-r' � ____—_ = ^t rR'AVI 11W haw.' '////��AV,I. A /,/,:le/ 7 ,'/ %% / , Eton9 atioon itY:2?>`:::.` '•��+�'•:;a.+�::NQ3 itf%.�yt:y4:`::::t :;i;S•;i i4'l?F..;ii?: !;%::ii::'15<:` '•':•}:+":Yi'?.'S 1`:4T:•i MIME ............:. Tensile Xe Arc ii.._... _ er:� t r�... gi�1Y..N.i:it tg!etmti_:::'.-^_: 1:•:� ..4..iwr„iiiSi:�:*_ �:_.s�.�.:�•�••^ii::ii:�__r^••••:ss�ozsa ias:scnsa::su:sssssax:staun aaatn:matu laoa:icl::i'ai::ima.:aa ws rw.�•rs••s I"SI it cur, Ware e' ti ''//✓ % ",;'',7":,V;ZE,: %%%�/""///�%%//%%/ 1///.1/IAA EIrchntw•r Ph3sical PnKx•rties NEW �.a:.;:;•.;v::::.::•:::::::n:. 2 cn ilc strength.Ira hi r - liongation.'r flit I rear strength.0 10 20 30 40 50 60 70 80 90 100 psi ua(t ShoreI)hardness s_ Percent of Retention FEATURES & BENEFITS: • Last cure,ntmtmal downtime •No solvents.no VOC e'ntissions •Custom sizes •Instillation timeline ranges from 2-3 days •Resistant to most chemicals •Non-toxic,odor free •Inert chemical compound •Can be installed on existing locations •Seamless liner •Variety of colors •Durable 16 oz.gent extile •2-year warrant y PROCESS TIMELINE — UNIQUE TWO-STEP PROCESS: •Construction -With our efficient Falcon Liner' design.secondary containment construction has been streamlined and completion in most cases has been reduced to 8 hours or less. •Spraying-Our application of the Modified Polymer(MP)is extremely quick thanks to its dwell time of 7-10 seconds. The con- i:ainntcnt will he ready for use within 1 hour of applying the MP • Total completion rime is 6-12 hours. FORT WORTH BASIN PERMIAN BASIN NEW MEXICO BBLL con 2242 EAST HwY.380 8300 WEST HWY.80 5226 Grandi Road DECATUR,TX 76234 MIDLAND,TX 79706 CARLSBAD,NM 88220 0-627-1400- HON 75-236-6560-11 ILSU L�I C� 414Ine 940-627-1814 P FAX E 432-563-1039 432-563-1079 PHONE FAX 5 575-236-6659-PHONE FAX FORT WORTH BASIN PERMIAN BASIN NEW MEXICO 2242 EAST HwY. 380 8300 WEST HwY.80 5226 Grnndi Rood • DECATUR,TX 76234 MIDLAND,TX 79706 CARLSBAD,NM 88220 940.627.1400-PHONE 432.563-1034-PHONE 575-236-6560-PHONE 940-627-1814-FAX 432-563-1079-FAX 575.236-6659--FAX N1 w a .hblfalcon.Com . PRODUCT DATA SHEET Chemical Resistance: BBL:FSS5ODM Test Procedure: ASTM D1308 25°C SPRAY MODIFIED POLYMER Exceeds 1 Year "Recommended R Test Media * Recommended conditionally C Acetone C (washdown within 1 hour of spillage) Antifreeze R *Not recommended N Benzene IZ *Suitable for immersion and/or splash and spillage 1 Benzoic Acid It conditions Butyl Alcohol It "Suitable for occasional or intermittent contact for 2 Beryl C;ellosolvc it up to 72 hours Carbon I)ioxidc R ! • Calcium I.lypochlorite N 'lest Procedure: ASTM D3912 25`'C Chlorine(50(0)ppm in water) 2 Exceeds 1 dear Citric Acid IZ Test Media Cyllocxanol R C L)ichloacctic Acid C j I Acetic Acid 10'x, I Ammonium Hydroxide 10%/20 It Dimethyl Formamide N i 411 Diesel Fuel R Ethanol 2 Gasoline R Ethylene Glycol ) Hydraulic Fluid R Gasoline K Hydrochloric Acid 5%/10% R I lexane R ' Methanol It Hydraulic Oil It j Motor Oil K Lactic Acid 10% 1MTBl: R Methylene Chloride C M.FBE/Gasoline 5% K Methyl Ethyl Ketone C • NaCl/Water 10% R Methanol It Phosphoric Acid 10% R Mineral Spirits R Potassium Hydroxide 10%/20% R Monohuryl Ether K Sodium Hydroxide 10%/20%/50% R Nitric Acid 20% C Sugar/Water 10% R Phenol 2 Sulfuric Acid 5%/10 , R Skydrol 2 Skydrol 2 Sodium Bicarbonate R •l0lttene C Sodium Chloride K Water R Sodium Hydroxide 50% R f 2-Methylbutane K Sodium Hypochlorite 10% 2 Stcaric Acid It I i 'list Procedure:ASTM 13117,after 1000 hours Sulfuric Acid 70% N j 'lest Result Trichlorocthylene C "l'risodium Phosphate K I Blistering,Bare Steel None Toluene C ('orusion from Scrihr,ntnt 4.3 Vinegar K Adhesion,psi,Elcometer >2000 Xylene C; • Note:Applied at 2-mil blast profile, K•1A=later panels. No primer. Exposure to UV will cause discoloration,no change in physical properties. - — 3 01 3 FORT WORTH BASIN PERMIAN BASIN NEW MEXICO 2242 EAST HWY.380 8300 WEST HWY.80 S226 Grandi Road DECATUR,TX 76234 MIDLAND,TX 79706 CARLSBAD,NM 88220 • 940.627.1400- PHONE 432-563-1039-PHONE 575-236-6560-PHONE 940-627-1814-FAX 432-563-1079-FAX 575.236.6659-FAX \‘ t‘ \\ . I)I)I f aIcOI1 .cOin PRODUCT DATA SHEET Chemical Resistance: — — BBL:VF380 Test Procedure: ASTM D1308 25"C FAST SET SPRAY MODIFIED POLYMER Exceeds 1 Year 'Recommended R Test Media i ' Recommended conditionally C Acetone C (washdown within 1 hour of spillage) Antifreeze R *Not recommended N Benzene R . *Suitable for immersion and/or splash and spillage 1 Benzoic Acid R conditions Butyl Alcohol R 'Suitable for occasional or intermittent contact for 2 Butyl Cdlosolve R . up to 72 hours Carbon Dioxide R • Calcium Hypochloritc N Test Procedure: AS-FM D3912 25°C Chlorine(5000 ppm in water) 2 Exceeds J Year Citric Acid R Test Media Cylloexanol R Acetic Acid 10% C Dichloacetic Acid C Ammonium Hydroxide 10%/20 R Dimethyl Formamidc N Diesel Fuel R Ethanol 2 0 Gasoline R Ethylene Glycol • 1 Hydraulic Fluid R Gasoline I< Hydrochloric Acid 5%/10% R Hexane R Methanol R Hydraulic Oil R Motor Oil R Lactic Acid 10% 1 M'FBF R Methylene Chloride C MTBE/Gasoline 5% R Methyl Ethyl Ketone C Na(:Mater 10% R Methanol It Phosphoric Acid 10% R Mineral Spirits R . Potassium Hydroxide 10%/20% R Monobutyl Ether It " Sodium Hydroxide 10%/20%/50% R Nitric Acid 20% C Sugar/Water 10% R Phenol 2 Sulfuric Acid 5%/10% R Skydrol 2 Skydrol 2 Sodium Bicarbonate R Toluene C Sodium Chloride R . Water R Sodium Hydroxide 50% R 2-sMethylbutanc R Sodium Hypochlorite 10% 2 Stcaric Acid R i Sulfuric Acid 70% N Test Procedure:ASTM B117,after 1000 hours •li•ichlorocthylene C 'list Result. Tlrisodium Phosphate R Toluene C Vinegar R Blistering,Bare Steel None Xylcne C ' Corrosion from Scribc,mm 4.0 • opAdhesion,psi,Elcometer >2000 Note:Applied at 2-mil blast profile, KTA-Iaror panels. No primer. 3 of 3 • Aromatic Chemical Resistance- wo«° r--°' Versa Flex INCORPORATED Test Procedure: ASTM D1308 25°C Exceeds 1 Year R=Recommended Test Media C=Recommended Conditionally Acetone C (washdown within 1 hour of spillage) Antifreeze R N=Not Recommended Benzene R 1=Suitable for immersion and/or Benzoic Acid R splash and spillage conditions Butyl Alcohol R 2=Suitable for occasional or Butyl Cellosolve R intermittent contact for up to 72 hours Carbon Dioxide R Calcium Hypochlorite N Test Procedure: ASTM 03912 25°C Chlorine(5000 ppm in water) 2 Exceeds 1 Year Citric Add R Test Media Cylloexanol R Acetic Acid 10% C Dichloroacetic Add C Ammonium Hydroxide 10%/20 R Dimethyl Formamide N Diesel Fuel R Ethanol 2 Gasoline R Ethylene Glycol 1 Hydraulic Fluid R Gasoline R Hydrochloric Acid 5%/10% R Hexane R • Methanol R Hydraulic Oil R Motor Oil R Lactic Add 10% 1 MTBE R Methylene Chloride C MTBE/Gasoline 5% R Methyl Ethyl Ketone C NaCl/VVater 10% R Methanol R Phosphoric Acid 10% R Mineral Spirits R Potassium Hydroxide 10%/20% R Monobutyl Ether R Sodium Hydroxide 10%/20%/50% R Nitric Acid 20% C Sugar/Water 10% R Phenol 2 Sulfuric Acid 5%/10% R Skydrol 2 Skydrol 2 Sodium Bicarbonate R Toluene C Sodium Chloride R Water R Sodium Hydroxide 50% R 2-Methylbutane R Sodium Hypochlorite 10% 2 Stearic Acid R Sulfuric Acid 70% N Test Procedure: ASTM B117, after Trichloroethylene C 1000 hours Test Result Trisodium Phosphate R Toluene C Vinegar R Blistering, Bare Steel None Xylene C Corrosion from Scribe,mm 4.0 Adhesion, psi, Elcometer >2000 Test Procedure: ASTM D 5322 Note: Applied at 2-mil blast profile, Jet Fuel A R KTA-Tator panels. No primer. • VersaFlex Incorporated 1C20I I Aromatic Chemical Resistance Chart Rev-09-23-I I Pagel or I FALCON Sales & Marketing Release Memo TECHNOLOGIES Company: Falcon Technologies Service Incorporated Business Falcon Technologies is a leading supplier of Environmental Solutions for Spill Prevention, Description: Control and Countermeasures for companies in the oil and natural gas industries. Falcon Technologies serves as a risk mitigation aide to customers by developing cost-effective programs and products that help achieve regulatory compliance, promote environmental stewardship and demonstrate corporate responsibility. Technology: Falcon Liner System uses a sprayed polyurea elastomer to line a certified design structure to assure spill containment during an accidental release event and to recover 100% of the non- evaporative spilled pollutants. Technology Falcon Liner is a sprayed-on modified polyurea coating that is attached to a variety of surfaces to Description: provide a seamless, durable, maintenance-free protective layer. Polyurea is a 100% solids dual component elastomeric polymer system with a rapid cure time without the use of a catalyst. Due to the unique chemistry of this 100% solids polymer system, no organic solvent is used as a carrier;i.e. no VOC will be emitted to the atmosphere during application of a Falcon Liner. Chemistry: Falcon's polyurea liner is derived from a one-to-one combination of an isocyanate prepolymer and an aromatic amine-terminated polymer resin. Other additives may be included in the resin blend to help suspend pigment and to promote adhesion. The isocyanate component is pre- reacted to retard the reactivity and to reduce the toxicity of the isocyanate, in order to improve polymerization reaction control and material handling safety. Once reacted, the cyanate is incorporated into the elastomer and become immobile. • Application Due to the rapid reactivity of the polyurea system, specialized plural component spray equipment Equipment: is used to apply the liner coating. The spray unit is capable of developing high pressure and temperature to deliver the required one-to-one ratio of the dual elastomer components for proper mechanical property development. The individual components are dispensed independently to the spray gun tip and are mixed inside the impingement mix chamber within the spray gun. The air actuated gun then deploys the mixed elastomer to the intended substrate to produce the seamless liner. Product: FTSIVF380—Polyurea elastomer used in the construction of Falcon Secondary Containment. Key Weathering—Accelerated Aging Test Procedure,ASTM G-23-89 Method I,was used to evaluate Properties: the effects of extended uv exposure on the tensile strength of the polyurea sample. After 2,000 hrs. uv exposure,the samples showed less than 4%deterioration in tensile strength. Puncture Resistance—Test procedure ULC/ORD-058.9-1997 Section 5.5 was used to simulate puncture resistance of the floor liner to sand subsurface. Two sets of samples, "as-received"and "weathered", were tested. The"as-received"sample barely showed a visible mark at the point of impact, and the "weathered" sample showed a visible mark resulting from polishing the chalky surface. But neither sample was perforated. Compatibility Test— ASTM D 4632-91 was used to test the breaking load and elongation of polyurea elastomer liner material and ASTM D 471-06 was used to measure mass change and volume change after 30 days exposure to the refined petroleum products. Samples exposed to both gasoline and diesel exhibited warping, whereas the sample exposed to A-1 Jet fuel showed • no deterioration. The mass and volume changes of samples immersed in refined petroleum products are as follows: gasoline (41%, 47%), diesel (23.9%, 22%), and A-1 Jet Fuel (25.1%, 25.9%). The mass and volume changes of samples coated on one side with refined petroleum products are as follows: gasoline (25.4%, 23%), and A-1 Jet Fuel (20.2%, 15.3%). The tensile strength retention of samples with refined petroleum products coated on one side are as follows: SON Sales & Marketing Release Memo TECHNOLOGIES • gasoline (81.5%),diesel (83.1%), and A-1 Jet Fuel (79.3%). Although the polyurea elastomer will absorb the refined petroleum products, the tensile strength of all exposed samples will maintain an acceptable tensile strength. Permeance — Refined petroleum products (gasoline, diesel, and A-1 Jet Fuel) was used to determine their impact on vapor transmission of volatile liquids through the polyurea elastomer liner material. ASTM D 814-95 was used to determine their respective permeance. The results are as follows: gasoline (71.20 g/m2/h),diesel (2.62 g/m2/h), and A-1 Jet Fuel (3.19 g/m2/h). The test results revealed that the polyurea elastomer formulation used in the construction of Falcon Liner is not compatible with gasoline, but diesel and A-1 Jet Fuel are acceptable for use. Leaching Test—TCLP Extract Analysis was used to detect metal (EPA SW-846 Method), Semi- Volatiles (EPA 625/8270), and Volatiles (EPA 1311/8260). SW846, Chapter 7.3 and 7.3.2.4 procedures were used to determine the reactive sulfide and cyanide in the sample of polyurea elastomer, respectively. The analyses showed nearly all analytes of interest to be well below detection limits of the test equipment (The only component detected was Barium, and it is only 0.1 ppm above detection limit.), indicating the regulated compounds are either nearly none existent and/or do not leach out from the cured elastomeric liner product to require special handling procedures or reporting. References: Report No. 07-04-1815-1 from Bodycote Testing Group,June 19, 2008. Report No. 30278 from National Testing Standards, Inc., May 28,2010. • TCLP Report, M.D.Chemical and Testing, Inc.,June 16,2000. • f • 1 • N o N • ffi rommi 111 4411 • v1 - V / ' , • • • i l .107 • ! r -J 1 `, fela • NMI • 311141/4 • • i , :,- , .. .: . t R..c.31"- IQ IIIIII1 (111 1164 ba 4. A. ( cfii e � .iiii C • a 1 all) i 'i •,. / I c t_ •x. . . • lifr,, E /i, i • j / Ii Th,.. ii . .e. • ill0: t 1'it ,'' : co •I 7.1 o 1 Vsail . ! 1 . r i ' \ re 0 . ji • � No Ili te. , rzi V o U C J , a J tC l .. , • ., • y4.-• . C. „,o .... I . c � 8 co C E a) In ` a -Iti Lis d za C 3 JCD 0 O -J 0 •. O N 1 _ C W C _Y Q a 0 P W a N ^ i C o — pH r. N a r q > li lik Q u_N LL �' K 3 OFY P Y V LL = W N 10• e i N • 8 t i 1 l r • e . i , , (IL.", b. , s. L:F 1 4r....4. _ . 9 CA Y O . c I' 73 c4 -. .. . . ., . _ - , , - r : 1,I i I 1, • . . \ 'it • A! `l.> I• , it •4 III . 0• • 4M. 'I • t lt 1 1! . ' .. 1 It. (1:17 . 0 e :1-! O y 1 a V V at Y `j 0 DOIL VI li a) . r " 4. 4- !' � _CI :PI 1 1 liessesessi I____ E , .., , ;ci . ,:: ,.. .......,. ... .., . .s ,%\ . • SIMI LIM 7.1 S1" ' l♦ 1 ~. i. •vi. .....1 1 . N 0 a . Of C n c m 9 y o O) Y1 N CO N r f� {{moNcnotomocom CM'1 CA E 0 w OI u1 r h M 0 in r h M N C N3 - . 6- C M N O 01 00 10 fl a N r M r O ? rO1O) ,ONO00bNN W MgNOOic N. IOetMNr O y R4 it: r r 0 0 0 0 0 0 0 0 0 r > > V O CO a iii !; ...! lill;/' E E a � v \ Itto o „ `.\, \„., . J 'O / C l r, • -' 4 / i / o pi s / P in • illaalle. 48 m9 Mr O100 fO u1MN E 6, NMl NCOON1d1O00 C 0 .1 OO N 1OO it OM /� re , V C C into Oitiv�'1MrOfN �1Mr rl O1 O A 0) rT1. NMO00I0ON O• O. NOO100 f. fOdMNr • tt O _ _ N re- 000000000 • ^i • - a V as) ‘, , ` O O Mmi • y ill; 73 a) c •Cri a • 3 M • • E .i , 1 , i • _ tn x^, W • u- a in • .. N M W CU CU CU 1 8 U V U Z inc.) bf 1 C GI Al Z to (ilrli i•mi cu 0 . Oa A ru 4-1 ' x L ft uelJ O V _N A s • o VS VI) � 4° ftl v 3 - v �+ .4 CA uQ �1 in CIO a C V O O O O O O O O O O O OO(•Ty O ON 0O N It W1 O N '" a a a a a a a a O a (•ui) uopaauau Imlay • b • V v (zit CUCU QJ cU UU U O V f 1 i .... . t 4, > J v 5 U 0 cu Rs Aa Cu Cid V a 4-0 CI N it CU O 4, ofm4 4-1 ro TS N w v N .p" v i uMI n CU O O O O O O O O O O O in �/ o o O O O O O O O O O C4 O 0" 00 N ‘.Ou1 d' MN O 0 CO ^" a a a a a a a a O a cu (•ui) uopaauaa lemad • 0 Secondary Containment Spill Prevention and Containment , ^ FEATURES • Adaptable to site modifications • Seamless liner • Customizable to site requirements ■ • Inert and VOC-free materials • Efficient operation - one point of contact • I • In-ground and zero-ground containment • Efficient and safe for construction crews _ options available to operate • 100% of product is recoverable ..BENEFITS awls • Customizable to meet SPCC site plans • Eliminates cost of soil remediation associated • 18-month warranty with leak or spill it IL ADVANTAGES • Hydrocarbon resistance reduces - _ h t A _/ cradle-to-grave expenses • No regulatory reporting in the event of a - — I leak or spill • Virtually maintenance free i FALCON LINER'" . _ -.----- The Falcon Liner creates a barrier between the corrosive elements 00 00 0 commonly found in the oil and gas production process and `. ' - 9 the storage tanks and/or production facilities. The Falcon Liner - --_ . is a virtually impenetrable and impervious liner barrier whichal greatly extends the useful life of the operational production 1 1 1 ,� facilities.The secondary containment liner is scientifically age-tested to 20+ years useful life. Consequently, this greatly extended useful life dramatically reduces the life-cycle economic impact by eliminating the maintenance related costs and _ . associated downtime, thereby resulting in uninterrupted production facilities operations. - _ __ The Falcon Liner secondary containment is a seamless, spray-in _ _ liner that is customizable to meet our customers' SPCC program.We install the liner and back up our work with an 18-month warranty. Falcon has several thousand installations throughout U.S. unconventional resource plays. 0 eras_ —I__ TM F TECHNOLOGIES FalconTSl.com Aromatic Modified Polymer Spray Weatherability Characteristics ()UV . _ 3800 hours . . _, . III I I I I I I I I I I I I I I I I I I I I I I I I I I I I Shore D ' QUV Tear 1000 hours r �I Elongation III IIIIIIIIIIIIIIIIIIIIIIIIIIIII �� 0 O 0 0 0 O o c o 0 O 0 0 O O Tensile Xe Arc 1000 hours _ _ Elastomer Physical Properties I I I I I I I I I I I I I I I I Tensile strength, psi 2265 9 o 0 O o____ o o__ o Elongation, 4 190 Tear strength,, pli 460 0 10 2 � 30 40 50 60 70 RD 90 100 Shore D hardness 52 Percent of Retention Life-cycle economic impact • Low maintenance. • Contains spills. • Eliminates reporting. • Enhances risk management activities. • Improves completion timelines by a minimum of one day. • 100% inert product. • No cradle-to-grave concerns. • VOC-free. , TM ll Fa lconTSl.com 711CifAYl01LOi0/ES A CARBO Company O2011 Falcon Technologies and Services, Inc All Rights Reserved. 1001_116_v6 tg . • Tank Base Spill Prevention and Containment FEATURES • Minimizes primary tank corrosion • Inert and V0C-free materials - Wicks away moisture - • Easy access to tank manway for cleaning - Insulator/non-conductor - y and maintenance t ■ Lightweight BENEFITS • UV Resistant • Immediate installation when tanks are set - • Non corrosive no advance construction time needed, saving alma ■ Reusable minimum one day in completion cycle � ' • 18 month warranty • Hydrocarbon resistance reduces • II cradle-to-grave expenses P . ADVANTAGES - • No costly remediation if primary • Can be disposed of in a landfill containments fail -_. 1 :' - - Y ' FALCOM LINER'" • The Falcon Liner tank base provides a simple solution that ' IOW eliminates the need for difficult and messy pea gravel installations and provides a stable and durable platform for • ,.. above ground storage tanks. The lightweight, prepackagedrip � tank base allows for rapid and easy installation, which reduces preproduction setup times and allows operators to keep a ready inventory to meet rapidly changing production schedules. Non-permeability provided by the modified polymer lining - - allows for simplicity and reduced down times during remediation. _ - - The Falcon Liner tank base is a product solution offered — — • exclusively by Falcon Technologies. Our products are used in production storage tanks, secondary containments, tank top Installation advantages encapsulation, concrete storage facilities, and other structures With our efficient Falcon Liner tank base design, a level and that maintain or transport hazardous compounds. We provide durable platform can quickly be installed. Its light weight easily allows small adjustments just before tank setting, reducing the solutions that protect the environment and reduce the life-cycle need for crane adjustments. Typical unpacking and installation economic impact. can be accomplished within 15 minutes with a two-man crew. • ,zr. F TECHNOLOGIES FalconTSI.com Aromatic Modified Polymer Spray Weatherability Characteristics QUV - - 3800 hours III HIHIIHHHIHIHIHIIIIIIHII I I I I I I I I I I I I I I Shore D 0 0 0 0 0 0 0 0 S 0 0 0 0 _ Tear QUV rir 1000 hours III III I I I I I I I I I I I I I I I I I I I 1 1 I I I I I I I I Elongation _0 0 0 0 0 0 0 o • o 5 0 0 0 0 0 0 •___ _ Tensile XeArc - 1000 hours Elastomer Physical Properties 1 1 1 1 1 1 .,Iw I I I I I I I I Tensile strenggth, psi 2265 o o o . o o Elongation, Tear strength, pll 4660 0 0 30 40 50 60 70 80 90 , 100 Shore D hardness 52 Percent of Retention Life-cycle economic impact • Reduction in site completion time by a minimum of one day. • Eliminates cradle-to-grave concerns associated with pea gravel. • Ease of installation enhances safety and mitigates risk. • Inert product that can be land filled upon dismantling of facilities. - -FALconrA 1 Fa lconTSl.com TEC�NMOLC ItS A CARBO Company O2011 Falcon Technologies and Services, Inc. All Rights Reserved. 1001_115_v6 • Pilot Installation Study contains Project Sample Material • Please See Original File • Hello