1. The Completions Design Sessions On The 4th Annual Permian HorizontalCompletions: Wolfcamp And Cline Focus Agenda Will Feature A Brand-New Practical Format Designed To Evaluate The Impact Of Adjustments ToCompletions Variables On Initial And Cumulative Production Rates: ADJUSTMENT: Which frac variable the operator changed between wells COST OF ADJUSTMENT: The cost impact of the variable change IMPACT ON PRODUCTION: The extent to which changing the variable impactedproduction performanceKEY VARIABLES BEING ADDRESSED: OPTIMUM FLUID DESIGN, PROPPANT SIZES, FLUID VOLUMES, CLUSTER SPACING, LATERALLENGTH AND NUMBER OF STAGES: Evaluating case studies on how adjustments in completionsare maximizing initial and cumulative production results relative to costs SLICK WATER VS. CROSS LINK VS. HYBRID: Examining well results from wells in thesame reservoir to evaluate how the transition from one frac fluid to the other affects performancerelative to costs PLUG AND PERF VS. SLIDING SLEEVE: Evaluating how frac systems are inferringrecovery rates in the Permian shales, relative to costs WELL SPACING: Correlating reservoir data with initial production rates and completions results toinfer well spacing in the Permian and maximize recovery potential COMPLETIONS LOGISTICS: Identifying key resource and supply availability problemsto find alternative supply sources and guarantee efficiency and continuity ofcompletions operations in the PermianThe Only E&P-Led Congress To Focus Exclusively OnCompletions Optimization Strategies In The PermianTHE ONLY CONGRESS FOCUSED ON COMPLETIONS IN THE PERMIAN:February 18-19 | Houston | TexasInsight From 20+ Operations Experts SpecializedIn Completions Optimization In The PermianM Follow Us @UnconventOilGaswww.permian-basin-completions-2015.comRegister By FridayNovember 14, 2014*SAVE$400Pat LaursenVP Drilling & CompletionsForge EnergyRandy NickersonVP ExplorationCaza Oil & GasMichael AllisonReservoir Engineering ManagerEnergenLee StockwellCompletions Effectiveness ManagerShellGary WomackVP OperationsTall City ExplorationSahil MalhotraWell Stimulation SpecialistChevronShannon StilwellPresidentWalsh PetroleumJC RidensPresidentArris PetroleumOrganized By: CO-SPONSOR:PLAY-SPECIFIC CRADLE-TO-GRAVE COMPLETIONS CASE STUDIES ON:WOLFCAMP A, B AND C INTERVALS, CLINE, AVALON AND BONE SPRINGS SHALESGreat congresswhich focused on theimportant thingsSenior Completions EngineerOxyUsing Frac Models And Field Case Studies To IllustrateHow Adjustments To Completions Variables AreAffecting Costs And Cumulative Production InDifferent Zones In Permian Shales:Identifying Optimal Frac Designs, Completions Styles AndWell Spacing For The Wolfcamp, Cline, Bone Springs, And Avalon Shales

2. www.permian-basin-completions-2015.com (1) 800 721 3915 info@american-business-conferences.comWith the Permian now producing around1.7 million bpd, with an average of 460rigs, and set to reach the 3.5 millionbpd figure in 2025, the basin is rapidlybecoming the largest shale region in theUnited States.So what is the key factor behind makingsure these growth rates are reflected on anindividual company basis? Strategies forcompletions optimization.Advances in horizontal completions andhydraulic fracturing are now needed toreduce well costs and optimize productionin multi-stack Permian reservoirs. With thenumber of new horizontal wells overtakingthe number of new vertical developmentsin the Permian for the first time last year,operators in the Wolfcamp A, B and C,Cline, Avalon, and Bone Springs shales arecontinually collecting data indicating howadjustments in completions variables arecorrelating with incremental productionrates.The 4th Annual Permian HorizontalCompletions: Wolfcamp And Cline Focuscongress has been re-researched andthis year to specifically focus on howadjustments to completions variablesare affecting costs and cumulativeproduction in different Permian shalezones.Speakers will deliver presentationsshowing how different combinations offrac variables relative to cost impact oninitial and cumulative production andEOR by evaluating each completionsvariable separately: from fluid design toproppant sizes, types and concentrations;from cluster spacing to number of stages.Each Completions Design Session Will BeAddressed As Follows: Adjustment: Which frac variable theoperator changed between wells Cost Of Adjustment: The cost impactof the variable change Impact On Production: The extent towhich changing the variable impactedproduction performanceThe congress will also be looking at howto improve completions logistics andidentify alternative water sources toovercome shortages of sand and watersupplies, as well as cradle-to-gravecompletions case studies on theWolfcamp A, B and C Intervals, Cline,Avalon and Bone Springs shales.VENUE INFORMATIONSheraton Houston Brookhollow300 North Loop West FrwyHouston, Texas 77092Tel: 713-688-0100Website: www.sheratonbrookhollow.comThe big commercial thinghere is fraccing, so you need to focuson how people are completing thesewells and how they are doing it inthe cheapest way possibleRegister By FridayNovember 14, 2014*SAVE$400 3. HOW ADJUSTMENTS TO COMPLETIONS DESIGN ARE INFLUENCING PRODUCTION RESULTS IN PERMIAN SHALESDay 1Wednesday February 18, 20158.30 Chairs Opening RemarksChaired By: Rick McGee, Managing Director, PetroWolfKEYNOTE PANEL: MEASURING FRAC PERFORMANCE8.40 Examining How Operators Are Using Post-Frac Diagnostics Models To Measure Performance To Determine How Adjustments In Completions Variables Are Impacting Well PerformanceAssessing which models are being used to measure fracture height, depth and length to determine the most effective stimulation sizes and fluid typesExamining frac models being run to measure frac geometry in the well to determine which is most cost-effectiveEvaluating optimal methods for pressure diagnostics to determine which are most accurateIdentifying limitations of the models being used to measure frac performanceAssessing techniques for correlating oil saturation rates, water saturation rates and pressure regimes with initial production to model stimulation while a well is being completedHow to monitor proppant crushing failures in real time to enable the adjustment of proppant strength and concentration while completing a wellPat Laursen, VP Drilling & Completions, Forge EnergyLee Stockwell, Completions Effectiveness Manager, ShellGreg Wilkes, Operations Manager For The Permian Basin, Broad Oak Energy9.10 Question & Answer SessionKEYNOTE ADDRESS: ZONAL CONTRIBUTION9.20 Quantifying Zonal Contribution From Permian Intervals To Determine Which Benches To Frac9.50 Question & Answer Session10.00 Morning Refreshments In Exhibition Showcase AreaFLUID DESIGN ADJUSTMENTS AND PRODUCTION PERFORMANCEDETERMINING HOW VARIATIONS IN FLUID DESIGNS ARE BEING SHOWN TO IMPACT PRODUCTION RATES RELATIVE TO COSTSFLUID DESIGN: SLICKWATER VS. CROSS LINK VS. HYBRID10.30 Ascertaining How Adjustments In Fluid Design Are Being Shown To Maximize Production Relative To Costs And Zone-Specific Geological ParametersAdjustment: the operator modified its fluid design between two wells in the same intervalCost Of Adjustment: determining the percentage by which the frac fluid costs differed from the first well to the secondImpact On Production: comparing six-month cumulative production results from each well to determine which frac was more effective within these otherwise similar completions programsDetermining how mineralogy, brittleness and porosity correlate with fluid types to ensure optimal fluid selection for a specific zone in a Permian shaleWeighing the cost of slickwater vs. cross link vs. hybrid against production rates to determine whether an increase in performance justifies costsEvaluating fracture complexity and formation damage in slickwater vs. cross link vs. hybrid fluid systems to ascertain the optimal fluid system for completionsWilliam Huck, VP Operations, RSP Permian11.00 Question & Answer SessionFLUIDS: OPTIMAL VOLUMES, VISCOSITY AND PUMP RATES11.10 How Alternate-Slugs Of Low Viscosity Proppant- Laden and High Viscosity Proppant-Free Fluids Were Used To Achieve Better Proppant PlacementAdjustment: changing from conventional gel and slickwater fracturing to alternate-slug fracturing with two different fluidsCost Of Adjustement: Calculating the differences in polymer costs, pumping horsepower compared with the benefits of smaller fracture widths, better control of fluid leak-off and less gel damage of alternate-slug fracturing to determine the impact on completions costsExamining how utilizing viscous fingers of the low viscosity fluid in the high viscosity fluid enabled the proppant to be carried deeper into the fractureUnderstanding how to displace proppant banks deeper into the fracture with the high viscosity fluidSahil Malhotra, Well Stimultation Specialist, Chevron11.40 Question & Answer SessionFLUIDS: PROPPANT SETTLING11.50 Investigating The Impact Of Fluid Elasticity And Fracture Width On Proppant Settling In Viscoelastic Surfactant-Based (VES) Fluids To Enhance Control Over The Settling Rate Of ProppantsAnalyzing fluid elasticity to prove its role in controlling the settling rate of proppantsLooking at fluid rheology and proppant size in VES fluids to determine the settling velocity of proppantsDeveloping correlations for proppant settling velocity to be used in fracture simulators for proppant selection and design of VES fluidsSahil Malhotra, Well Stimultation Specialist, Chevron12.20 Question & Answer Session12.30 Lunch In Exhibition Showcase AreaPROPPANT: CONCENTRATION1.30 Correlating Proppant Concentration And Size With Fracture Width To Determine Fluid Velocities In The Fracture And Clogging Of Narrow Channels With ProppantEvaluating how to overcome problems encountered in proppant pack formation, clogging and bridging to determine how to optimize proppant flowApplying a Numerical Discrete Element Method and Continuum Fluid Dynamics to determine a user-defined contact modelAnalyzing agglomeration drivers for proppants such as lubrication and thin fluid layers to understand the formation of proppant clustersStudying stable and unstable proppant packs to assess abruption of fluid flow and proppant transportIngrid Tomac, Director - Center For Geo-Energy Engineering, University Of California, San Diego2.00 Question & AnswersSTAGE ADJUSTMENTS AND PRODUCTION PERFORMANCEEVALUATING HOW ALTERATIONS IN CLUSTER SPACING, NUMBER OF CLUSTERS PER STAGE, NUMBER OF STAGES AND STAGE LENGTH ARE MAXIMIZING FRAC PERFORMANCE AND INCREASING RECOVERY RATESOPTIMUM NUMBER OF STAGES AND CLUSTER SPACING2.10 Ascertaining The Optimum Number Of Stages Per Feet Of Lateral And Cluster Spacing To Maximize Reservoir Drainage And SRVAdjustment: the operator increased the number of stages between two wells in the same reservoir with similar frac designsCost Of Adjustment: calculating the percentage by which the cost of additional holes differed in one well compared to the otherImpact On Production: comparing cumulative production results for 90 days between these two wells to determine whether or not an increase in the number of stages maximizes recovery relative to costsExamining production streams for the number of clusters per stage to determine the optimal number of entry pointsHow completions professionals are applying petrophysical analysis to optimize the placement and number of stagesDetermining the minimum perf cluster distance required to avoid interferenceUsing chemical tracers to identify production streams and avoid unconstrained height growth in perf clustersComparing recovery rates from completions designs with 3 perf clusters per stage and 5 perf clusters per stage to determine the optimum number of perf clusters per stageMichael Swain, Engineering Lead, Cimarex2.40 Question & Answer Session2.50 Afternoon Refreshments In Exhibition Showcase AreaMIDLAND SHALESSTART-TO-FINISH COMPLETIONS CASE STUDIES EVALUATING START-TO-FINISH COMPLETIONS OPERATIONS IN THE WOLFCAMP A, B AND C INTERVALS, THE CLINE, THE WOLFBERRY AND THE SPRABERRY SHALES TO IDENTIFY BEST PRACTICES FOR OPTIMIZING COMPLETIONSWOLFCAMP A, B AND C INTERVALS3.20 How An Operator Designed An Optimal Completions Strategy For Wolfcamp A, B And C Intervals Accounting For Natural Fractures In The FormationHow an operator overcame the operational challenges of the Wolfcamp A, B and C intervals to identify target completions areas relative to costs and estimated recoverable volumesAdjustement in clusters: Evaluating performance from the number of clusters within each stage to identify the optimal amount of entry pointsAdjustement in surfactant use: Assessing the use of surfactants in Wolfcamp horizontal wells to determine how to decrease completions costsEvaluating the effects of natural faulting on stimulation effectiveness to optimize completions strategiesCorrelating the presence of natural faults with production rates to identify drivers for good well performanceHow an operator has used microseismic analysis to identify the presence of frac barriers in the Wolfcamp A, B and C intervalsGary Womack, VP Operations, Tall City Exploration3.50 Question & Answer SessionCLINE4.00 Evaluating How Lateral Landing And Operational Strategies Are Influencing Completions Designs In The ClineAnalyzing common completions failures to determine what aspects of the completions operations need to be prioritized in a budget for optimizing completions in the Cline shaleLooking at how lateral landing impacts production to optimize landing strategies in the ClineEvaluating tried and tested methods for completions optimization in the Cline to examine cost-effectiveness and impact on productionAssessing logistical challenges in the Cline to streamline a strategy for guaranteeing proppant and water suppliesExamining well performance results relative to spending in the Cline to define the economic return of different frac designs4.30 Question & Answer Session4.40 Chairs Closing Remarks4.50 - 5.50 Networking Drinks Reception In Exhibition Showcase Areawww.permian-basin-completions-2015.com (1) 800 721 3915 info@american-business-conferences.com 4. www.permian-basin-completions-2015.com (1) 800 721 3915 info@american-business-conferences.comDay 2Thursday February 19, 2015IDENTIFYING OPTIMAL WELL DENSITY, PROPPANT AND WATER SUPPLY STRATEGIES AND FRAC SYSTEMS BEING USED IN PERMIAN SHALES8.30 Chairs Opening RemarksChaired By: Rick McGee, Managing Director, PetroWolfKEYNOTE ADDRESS: USING WELL DATA TO SHAPE A COMPLETIONS STRATEGY8.40 Collating Existing Data On Proppant, Staging, Well Spacing And Other Frac Variables To Drive Design, Plan And Implement Horizontal Completions In The PermianUnderstanding what data is essential for shaping a completions strategies to minimize pre-completions costsData Trades: learning how to negotiate exchanges in information with other E&Ps that could aid in the development of a completions strategyExamining which key data is often overlooked: rock analysis and mass spectrometryCompletions Logistics: drawing lessons on how to build power of negotiation with completions service providers as a start-up E&P in a highly competitive basinJC Ridens, President, Arris Petroleum9.10 Question & Answer SessionKEYNOTE ADDRESS: OPTIMUM WELL SPACING9.20 Correlating Different Well Densities With Initial And Ultimate Production Rates To Infer Optimal Well Spacing In The PermianUnderstanding how to assess subsurface communication between fractures to avoid wellbore interferenceEvaluating well interference and densification to determine optimum well density in the Permian shalesAssessing volumes of liquid being loaded within the wellbore to define well density in a Permian reservoirAnalyzing structural geology in the reservoir and presence of natural fractures to infer the spacing of wells and maximize recovery ratesExamining which key reservoir variables are being used to determine optimum well density in Permian shalesMichael Allison, General Manager For Reservoir Engineering, Energen9.50 Question & Answer Session10.00 Morning Refreshments In Exhibition Showcase AreaGEOLOGICAL DRIVERS BEHIND COMPLETIONSUNDERSTANDING HOW PETROPHYSICS, MINERALOGY AND GEOMECHANICS INFLUENCE COMPLETIONS TO DEFINE AN OPTIMAL COMPLETIONS STRATEGYPETROPHYSICAL, MINERALOGICAL AND GEOLOGICAL DRIVERS BEHIND COMPLETIONS10.30 Evaluating The Petrophysical, Mineralogical And Geomechanical Drivers Influencing Completions Strategies And Well Performance In The PermianEvaluating how pressure regimes and porosity close to the wellbore are being used to target areas that result in better stimulation efficienciesEvaluating how to adapt fluid and proppant types to pressure variancesHearing how operators are using x-ray fluorescence to determine the amount of clay vs. the amount of silica to customize perf placement and number of perf clustersComparing and contrasting the lateral and vertical continuity of brittleness and conductivity to determine which fluid types will result in better stimulation efficienciesExamining loads of titanium detected through x-ray fluorescence to assess brittleness and fracture gradient and predict how the rock will fracture and respond to completion stress, proppant types and pump ratesHow to implement x-ray fluorescence on brittleness analysis to increase accuracy in targeting and decrease the number of stages per lateralMethods for integrating seismic attributes into completions analysis to increase efficiency of proppant and fluid design selection and pump ratesTrey Cortez, Geologist, Energy & Exploration Partners11.00 Question & Answer SessionEVALUATING FORMATION DATA: GEOMECHANICAL AND HORIZONTAL STRESS DRIVERS11.10 Evaluating The Geo-Mechcanical And Horizontal Stress Drivers Influencing Completions Designs And Well Performance In The PermianMechanical Stress: analyzing mechanical stresses in proppant-filled fractures to determine the reduction in the horizontal-stress contrast and stress reorientation around the open fractureFracture Spacing: comparing alternate fracturing sequence to conventional fracture sequence to determine how to achieve greater fracture complexity and reduced/effective fracture spacing and, thus, a higher drainage areaFracture Orientation: looking at how a 3D geomechanical model was used to simulate the stress reorientation caused by open fractures and to generate a horizontal-stress- contrast contour mapProppant Volumes: understanding the effect of proppant mass injected per stage on fracture complexity to determine optimum proppant volumesMaximizing Drainage: studying proppant volumes, fracture spacing and sequencing to design completions and fracture treatments that will maximize reservoir drainage and increase EURsMukul Sharma, Professor And W. A. Tex Moncrief, Jr. Centennial Chair In Petroleum, Geosystems And Chemical Engineering, University Of Texas At Austin11.40 Question & Answer SessionCOMPLETIONS SYSTEMS EVALUATIONCOMPARING PLUG AND PERF VS. SLIDING SLEEVES TO ASSESS WHICH IS BEING SEEN TO ENABLE MAXIMUM RECOVERY IN SPECIFIC PERMIAN SHALESPLUG AND PERF VS. SLIDING SLEEVE11.50 Comparing Initial Production Results From Wells Using Plug And Perf And Sliding Sleeve Technologies To Identify The Most Cost-Effective Completions System For Permian ShalesCorrelating increases in initial production results with the costs of plug and perf and sliding sleeves to determine which is the most appropriate completions systemDetermining the optimal spacing and cluster count for plug and perf to ascertain how to apply the technology to maximum effectivenessExamining sand interference being seen when using plug and perf and sliding sleeve to ascertain which is easier to operateCorrelating benefits in production increases from cemented sliding sleeves vs. open hole to ascertain if the added cost of cemented sliding sleeves is justifiedArt Carrasco, Senior Completions Engineer, BC Operating12.20 Question & Answer Session12.30 Lunch In Exhibition Showcase RoomCORRELATING COMPLETIONS VARIABLES TO PRODUCTION RATES: EARLY CONCLUSIONS1.30 Comparing Production Results From Different Economically Successful Horizontal Wells In The San Andres Liquid-Rich Carbonates Formation To Assess How To Determine An Optimal Completions StrategyProppant Volumes:Adjustment: the operator changed proppant volumes per stage in different wells of the San Andres formationCost Of Adjustment: determining the difference in proppant costs for these wells according to flushed volumesImpact On Production: identifying how variations in proppant volumes impacted one year and six-month cumulative production rates for these wellsCluster Spacing:Adjustment: the operator decreased the number of feet between perf clusters for different wells in the San Andres formationCost Of Adjustment: assessing and comparing total perf cluster costs for each of this wellsImpact On Production: determining how perf cluster downspacing impacted one year and six-month cumulative production rates for these wellsNumber Of Stages :Adjustment: the operator increased the number of stages between different wells in the same reservoir with similar frac designsCost Of Adjustment: calculating the extra cost of additional stage holes differed in one well compared to the otherImpact On Production: comparing the cumulative production rates to determine optimum number of stages relative to costsDiscussing production results from vertical San Andres wells for cross link vs. hybrid fracs to identify which fluid design works best in vertical vs. horizontal wellsAssessing the key to success of the operators horizontal wells in the San Andres liquid-rich formation: an outsourcing strategy for operations and selection criteria and incentives for service partnersShannon Stilwell, President, Walsh Petroleum2.00 Question & Answer SessionCOMPLETIONS LOGISTICS IN THE PERMIANFINDING ALTERNATIVE PROPPANT AND WATER SUPPLY SOURCES TO GUARANTEE THE CONTINUITY OF COMPLETIONS OPERATIONS IN THE PERMIANPANEL DISCUSSION: WATER AND PROPPANT AVAILABILITY2.10 Evaluating The Factors Causing Water And Sand Shortage In The Permian To Develop A Strategy For Streamlining And Guaranteeing Water And Proppant AvailabilityQuantifying the estimated volume of resin-coated sands demanded by Permian operators to identify potential supply bottlenecks in the near futureExamining how small operators can partner to offer long- term usage contracts to sand suppliers and guarantee sand availability for completions operationsMapping trucking availability in areas close to sand mines and transloading stations to understand key logistical needs for Permian completions operationsMapping low-quality water sources in the Permian to identify new opportunities for overcoming fresh water shortageBest practices for using high salinity, contaminated and produced water to guarantee fluid supplies for Permian completionsAssessing the cost-effectiveness of chloride dioxide, ozone treatment and membrane filtration water treatment technologies to which is optimum for recycling brackish waterJason Edwards, Petroleum Engineer, Forge Energy2.40 Question & Answer SessionPRE-BREAK BREIFING: CHEMICAL TRACERS2.50 Hearing How Chemical Tracers Are Being Used To Evaluate Simulated Rock Volume And Monitor Well Performance: Case StudyJon Spencer, Business Development Coordinator - Unconventional Reservoir, Tracerco3.20 Question & Answer Session3.30 Afternoon Refreshments In Exhibition Showcase Area 5. I really enjoyed hearing aboutactual field experiences frommy peers. Good to see cooperation among companies in thepetroleum industryWhiting PetroleumDay 2 Continued)Thursday February 19, 2015www.permian-basin-completions-2015.com (1) 800 721 3915 info@american-business-conferences.comDELAWARE SHALESSTART TO FINISH COMPLETIONS CASE STUDIES EVALUATING START-TO-FINISH COMPLETIONS OPERATIONS IN THE AVALON, BONE SPRINGS AND WOLFBONE SHALES TO IDENTIFY BEST PRACTICES AND CORRELATIONS IN COMPLETIONS VARIABLESBONE SPRINGS INTEGRATED CASE STUDY4.00 Assessing Updated Well Results In The Bone Springs To Determine Best Completions Practices And Recovery EconomicsAnalyzing microseismic and geomodeling studies to optimize completions strategies in the Bone SpringsComparing geometric vs. geologic completions to ascertain whether the added cost of examining core data and well logs from a geological standpoint is justified or notEvaluating initial and cumulative production rates from similar Bone Spring wells with variations in cluster spacing and stage length to identify optimal spacing valuesCorrelating frac systems with recovery rates to drive efficiency in the Bone SpringsRandy Nickerson, VP Exploration, Caza Petroleum4.30 Question & Answer SessionAVALON INTEGRATED CASE STUDY4.40 Correlating Net Pay, Oil In Place And Completions Strategies In The Avalon Shale To Understand How These Variables Affect ProductionExamining porosity, brittleness, TOC and permeability values in the Avalon to identify target areas for completions operationsEvaluating porosity, oil saturation and pressure regimes in the Avalon to ascertain the most optimal fluid designs and frac systemsComparing optimal proppant volumes of other Delaware shales to streamline a fluid design strategy for the AvalonDiscussing the optimal number of perf clusters per stage to maximize recovery rates in the AvalonEvaluating the brittleness of the Avalon shale to identify which fluid types will drive efficiency in completionsUnderstanding how to create an homogeneous frac within an heterogeneous deposition to maximize completions efficiency in the Avalon5.10 Question & Answer Session5.20 Chairs Closing Remarks & Lucky Draw E&P Industry SuppliersWolfcampClineAvalonBone SpringsWolfberrySpraberryWolfboneCompletionsEngineeringOperationsPetroleum EngineeringReservoir EngineeringDevelopment GeologyUnconventional ResourcesCOOs, VPs, Directors, Heads, Managers,Engineers And Superintendents Of:Meet Senior Decision Makers From:WHO YOU WILL MEET:71%29%*2013 Delegate BreakdownExcellent event to shareinformation with other companies, discussing uncertaintiesand issuesChevronCongress was wellconceived in content and timelyin its focus items... 6. To secure your booth or discuss tailor-made sponsorship packages, contactDEMONSTRATE THOUGHT LEADERSHIPDo your customers know what differentiates you from your competitors? Demonstrate your market knowledge and expertize through a unique thought leadership opportunity to position yourself and company as a true industry leader or pioneer. If you are able to provide solutions and technical insights on topics covered in our agenda we can even offer you a perfectly-timed speaking opportunity enabling you to use targeted, editorially reviewed keynote presentations to your target audience to give your company a competitive edge in the market.RAISE BRAND AWARENESS AND INCREASE YOUR PROFILETo further cement your leadership position and raise your brand awareness, we can provide high value branding opportunities before, during and after the congress.MEET AND NETWORK WITH DECISION MAKERSThought leadership, branding and profiling are converted into contracts through extensive face-to-face relationship building. As a dedicated congress for Permian horizontal completions, this intimate forum allows you to meet specific job titles in one place at one time, giving you the best possible chance of influencing key decision makers.www.permian-basin-completions-2015.com (1) 800 721 3915 info@american-business-conferences.comSponsorship OpportunitiesThe 4th Annual Permian Horizontal Completions: Wolfcamp And Cline Focus congress will focus on using frac modules and field case studies, to illustrate how adjustments to completions variables are affecting costs and cumulative production in different zones in Permian shales. This congress is the premier opportunity to engage with key E&P decision makers to outline your vital technology advances and unveil your solutions for optimizing production in the Permian.Achieving Your Business And Marketing Objectives At The CongressJohn Duggan(1) 800 098 8489sponsorship@american-business-conferences.comI enjoyed the congress itis a good place to learn andshare experiencesGlobal Account Manager, Baker HughesThe discussionswere focused on value creationand practical solutionsVP, Forge EnergyGreat group of speakersEngineer, Legacy ReservesExcellent exchange of ideasSenior Petroleum Engineer,Henry Resources LLC 7. Address For Invoice PurposesZip/Postal CodeCountryPayment must be received in full prior to the event.* Option 1. 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