Paper Presenters Price
(2014026) VORTEX TOOLS: KEEPING OIL PRODUCTION TANKS IN COMPLIANCE WITH EPA

When installed in the liquid leg of the separator, Vortex Tools spin and entrain harmful hydrocarbon vapors from the gas, thereby increasing the oil recovery. By doing so, operators remaining compliance with EPA air quality emissions while recovering additional oil condensate and natural gas liquid values (NGLs). Increased oil recovery, reducing BS&W and cheaper gas are the results of this patented process.


 


Tested in E Texas wells at 103-degree F ambient daytime temperatures, all production tanks were in air compliance with Vortex (especially important as the number of wells-per-pad has increased while air quality standards remain the same). These patented Vortex tools use no additional energy source, have no additional carbon footprint, and no moving parts/maintenance.


 


Vortex Tools presented at the 2012 SWPSC on its application for recovering 1 time more natural has liquids than pigging.


Colin McKay Miller and Richard Haas Vortex Tools $7.50
Paper: (2014026)VORTEX TOOLS: KEEPING OIL PRODUCTION TANKS IN COMPLIANCE WITH EPA
Paper: (2014026)VORTEX TOOLS: KEEPING OIL PRODUCTION TANKS IN COMPLIANCE WITH EPA
Price
$7.50
(2014027) DEALING WITH EPA QUAD O

A new federal air quality rule governing midstream and upstream activity is in effect.  The rule, also known by its more formal citation 40 CFR Part 60 Subpart OOOO, or ‘New Source Performance Standards (NSPS) Subpart Quad O’ contains new regulations and revisions to existing statutes. This rule will have a major impact on how the Oil and Gas industry has been operating regarding waste gas emissions.  Reverberations will be felt across the industry by these more stringent rules governing upstream exploration and production segment as well as the midstream segment. The rule addresses fracking, compressors and production emissions but the largest source of waste emissions will be generated by storage vessels.  According to World Oil’s estimate of  producing wells, based on surveys of state agencies and company sources, indicates there are over 536,000 oil producing wells and 485,000 gas producing  wells. A very conservative estimate would be about approximately 650,000 crude oil, produced water and condensate storage tanks in the United States and is increasing. Any new Oil and Gas storage tank will be regulated by NSPS Quad O if emissions of VOC’s are more than 6 tons per year. According to the regulation they must reduce emission by 95% through recovery or combustion to be in compliance. Change is in the air.


Larry Richards, HY-BON Engineering $7.50
Paper: (2014027)DEALING WITH EPA QUAD O
Paper: (2014027)DEALING WITH EPA QUAD O
Price
$7.50
(2014028) OILFIELD APPLICATIONS FOR CHLORINE DIOXIDE

The Chemistry of Chlorine Dioxide is finding application in oilfield water treatment. The team at Aegis has adapted for the efficient delivery of C102 in both Frac water treatment as well as produced and flow-back water.


 


Chlorine Dioxide has a positive environmental profile and has proven to benefit the health and profitability of Oilfield systems.


 


The application of Aegis' Technology working closely with customers has allowed for the elimination of other traditional chemical treatments in favor of the rapid results delivered by Chlorine Dioxide.


Warren Robinson and Darrell Dechant Aegis Chemical Solutions $7.50
Paper: (2014028)OILFIELD APPLICATIONS FOR CHLORINE DIOXIDE
Paper: (2014028)OILFIELD APPLICATIONS FOR CHLORINE DIOXIDE
Price
$7.50
(2014029) USE OF ENCLOSED COMBUSTORS IN TODAYS REGULATORY ENVIRONMENT

Are the new flaring regulations creating more headaches for you?  Are your sites ready for the April 2014 compliance date?  Is the definition of a flare, enclosed flare, combustor, and thermal oxidizer creating confusion and heartburn?  Join us in a healthy discussion to help eliminate the troubles…  We’ll discuss what the differences are between flares, engineered flares, and enclosed combustors.  We’ll also discuss criteria used to size and select an enclosed combustor, regulatory drivers, emission figures, data logging, and how all this impacts your site.  Additionally, we will present solutions for the common vapor destruction requirements as well as the ability to design custom solutions for unique site issues that can offer cost benefits and ease of site operation to you!  Finally, we’ll touch on new “Greenhouse Gas” rules coming out in January 2015 and the impact on drilling sites as it relates to flares and enclosed combustors!


Andy Smith, ABUTEC $7.50
Paper: (2014029)USE OF ENCLOSED COMBUSTORS IN TODAYS REGULATORY ENVIRONMENT
Paper: (2014029)USE OF ENCLOSED COMBUSTORS IN TODAYS REGULATORY ENVIRONMENT
Price
$7.50
(2014030) CT SKIDS FOR CHEMICAL TREATING

Alternatives need to be considered for delivering chemical treatments to rod pump wells.  This paper reviews the problems with the current treating methods and proposes an alternative that mitigates the problems wit the current procedures.  This alternative uses a circulating treating skid to displace chemical treatments through a filtering system.  Operational criteria for the CT skid are discussed as well as its cost effectiveness compared with current practices.


Carter Copeland, Bruce Martin and James Rondald Dean Owl Energy Services, LP $7.50
Paper: (2014030)CT SKIDS FOR CHEMICAL TREATING
Paper: (2014030)CT SKIDS FOR CHEMICAL TREATING
Price
$7.50
(2014031)LONG TERM SCALE INHIBITION USING A SOLID INHIBITOR APPLIED DURING HYDRAULIC STIMULATION IN THE PERMIAN BASIN WOLFBERRY

Long term scale inhibition and economic enhancement is a desired outcome for oil and gas operators. The completion phase of a well involves hydraulic fracturing, which involves the introduction of a mixture of water and specially engineered chemicals pumped at high pressures and rates to achieve a fracture into a low permeable formation. Due to these mix waters, pressure, fluctuations, and temperature variations form the fracturing operation, liquid scale inhibition chemicals are typically pumped 'on the fly' throughout the fracturing treatment. Typically, these chemicals deplete within months after the fracturing operation and the need for continuous intervention from a chemical service company is then required to inhibit any scale potential as the well produces. This study evaluates a wolfberry trend field and compares conventional liquid scale inhibitors versus solid inhibitors over a selection of over 300 wells. This study demonstrates the effectiveness of scale inhibition, longevity, and the economic impact.


Cruz Hernandez-Diaz, Baker Hughes Inc. $7.50
Paper: (2014031)LONG TERM SCALE INHIBITION USING A SOLID INHIBITOR APPLIED DURING HYDRAULIC STIMULATION IN THE PERMIAN BASIN WOLFBERRY
Paper: (2014031)LONG TERM SCALE INHIBITION USING A SOLID INHIBITOR APPLIED DURING HYDRAULIC STIMULATION IN THE PERMIAN BASIN WOLFBERRY
Price
$7.50
(2014032) RADIO PATH STUDIES 101

The use of computer-generated software to predict radio frequency (RF) path studies has been around for several years. Combined with the latest GPS and Google map data, you can determine how well your network will work, its RF path link reliability, link budgets, Fresnel zones, multi-path and if you mat need to invest in different towers, use more repeater or add additional technologies to try to cover the area you need for data communications. By examining the guidelines and some fairly simple explanations of how to get the correct information, attendees can discover the true benefits of this software. Topics include a look into radio signal path loss -- a particularly important element in the design of any radio communications system or wireless system, predicting the signal path loss, free space path loss basics, link budget antenna gain and the effect of multipath propagation to achieve maximum throughput and reliability.


Dan Steele, Freewave Technologies $7.50
Paper: (2014032)RADIO PATH STUDIES 101
Paper: (2014032)RADIO PATH STUDIES 101
Price
$7.50
(2014033) LEVERAGING HYBRID NETWORKS SYSTEMS TO YOUR ADVANTAGE

Organizations with geographically dispersed assets in the field, such as those in the oil and gas industry, would typically select one technology, one source, or one vendor to collect, retrieve and report critical data. Therefore, building large, elaborate wireless communications networks with a single technology was a way a company might demonstrate its decision-makers to consider better manageability, expandability, cost and speed. By integrating various types of telemetry technologies together, it can offer significant benefits that are easily and cost-effectively incorporated into one cohesive data communications network.


 


Collecting data from multiple locations and delivering it over a widespread area can create challenges that no one technology can overcome alone. Hybrid communications networks can incorporate carious technologies and address key factors such as data security, network speeds, infrastructure costs and on-going costs to meet your specific network objectives.


Dan Steele, Freewave Technologies $7.50
Paper: (2014033)LEVERAGING HYBRID NETWORKS SYSTEMS TO YOUR ADVANTAGE
Paper: (2014033)LEVERAGING HYBRID NETWORKS SYSTEMS TO YOUR ADVANTAGE
Price
$7.50
(2014034) BARIUM SULFATE SCALE INHIBITION - A SUCCESS STORY

A field in OK previously used incompatible water for waterflooding with an inadequate inhibition program and the flood was subsequently shut down due to barium sulfae scale.  The waterflood was reactivated years later using the same water but with a much more effective treating program with has been successful fore several years.  This paper documents the program.


Will Whitley, Chevron $7.50
Paper: (2014034)BARIUM SULFATE SCALE INHIBITION - A SUCCESS STORY
Paper: (2014034)BARIUM SULFATE SCALE INHIBITION - A SUCCESS STORY
Price
$7.50
(2014035) MAKING PRODUCED WATER WORK: IMPROVED ELECTROCOAGULATION DESIGN FOR PRACTICAL SUCCESS IN THE OIL FIELD

It has become increasingly attractive and necessary to reuse treated produced water for frac fluids, especially in remote locations or limited water sources regions to minimize freshwater usage. Eletrocoagulation (EC), a traditional water remediation technology, was recently introduced to oilfield application. However, the complicated components in produced water are challenging for traditional EC systems.


 


A new EC apparatus has exhibited cost-efficient remediation of produced water, especially in the removal of iron and suspended solids that have restricted concentration for making frac fluids. The unique EC system has demonstrated fast reduction in iron from over 900 ppm to less than 5 ppm from high-concentration oil contained water, and efficient removal of hydrogen sulfides (H2S), heavy metals, bacteria, and other contaminants. The system has been successfully used for treating produced water for numerous operators in the Permian Basin, reducing operating costs more than 20% while reducing freshwater demand and trucking over 90%.


Jiasheng Cao and Daryl McCracken Baker Hughes Inc. $7.50
Paper: (2014035)MAKING PRODUCED WATER WORK: IMPROVED ELECTROCOAGULATION DESIGN FOR PRACTICAL SUCCESS IN THE OIL FIELD
Paper: (2014035)MAKING PRODUCED WATER WORK: IMPROVED ELECTROCOAGULATION DESIGN FOR PRACTICAL SUCCESS IN THE OIL FIELD
Price
$7.50
(2014036) WATER TREATMENT SOLUTION

Water management is one of the largest expenses associated with the production of oil and gas (O&G) resources. Water recycling and reuse can save time, costs, and resources for exploration and production (E&P) companies resulting in enhanced operating efficiencies and improved bottom line results.


 


Electrocoagulaon (EC) is a technology based on proven scientific principles of electro-chemistry and successfully used in the water treatment industry for many years.  Recently, EC has grown rapidly as an effective and economical method for treating water in the O&G industry. The use of EC is a proven method for treating produced and flowback water or reuse in production activities or subsequent frac jobs.  Savings are generated from reducing costs associated with fresh water sales, water transport, and disposal. Compared to traditional treatments utilized to remove residual oil and suspended solids, EC delivers lower operating costs using less labor and smaller footprint.


Jeff Denman and James Lee Basic Energy Solutions $7.50
Paper: (2014036)WATER TREATMENT SOLUTION
Paper: (2014036)WATER TREATMENT SOLUTION
Price
$7.50
(2014037) YESO BEST PRACTICES (COMMINGLED ZONES)

COG Resources has drilled and completed over 1500 commingled YESO wells in Southeast New Mexico.  Over the past 6 years, COG Resources and Catalyst have developed strategies to address the producing conditions and known fluid incompatibility.  These strategies can help other operators in the area, in addition to operators producing in multiple horizons where fluid compatibility is an issue.


Ed Delgadoand Jay Herra, COG Resources Vern Disney, Catalyst Oilfield Services $7.50
Paper: (2014037)YESO BEST PRACTICES (COMMINGLED ZONES)
Paper: (2014037)YESO BEST PRACTICES (COMMINGLED ZONES)
Price
$7.50
(2014038) WELLSITE CEMENTING QUALITY CONTROL - A NECESSARY PRACTICE FOR CEMENTING SUCCESS

Cementing has been an important part of wellbore isolation and stability for decades.  Cementing, though, if not implemented properly can also be costly, resulting in wrong densities, incorrect displacement, flowback, micro annulus, etc. However, these issues can be avoided with experienced quality control practices. This paper outlines a practical approach to cementing quality control to ensure that the operator has the best opportunity to achieve successful cement mixing and displacement. Case histories are presented to demonstrate the importance of these quality control practices.


Earl Freeman, Tim Higgins and Murray Rogers PropTester, Inc. $7.50
Paper: (2014038)WELLSITE CEMENTING QUALITY CONTROL - A NECESSARY PRACTICE FOR CEMENTING SUCCESS
Paper: (2014038)WELLSITE CEMENTING QUALITY CONTROL - A NECESSARY PRACTICE FOR CEMENTING SUCCESS
Price
$7.50
(2014039) A FOUR STEP APPROACH TO VERIFY DELIVERED PROPPANT

Since the late 1940's, proppants have been the primary construction material for a conductive hydraulic fracture.  However, it was not until the late 1970's that critical properties were indentified and performance examined under guidance from the American Petroleum Institute (API). By the early 1980s SPI proppant testing recommended practices (RP56, 58, & 60) to be applied at the website were scribed and introduced. Yet, employment of these American standard practices at the wellsite became cursory as the rig count collapsed and time passed.  This subsequently left the industry with inconsistent data, lack of accountability, poor record keeping and little information for assessment of delivered proppant. The three API standards have since transitioned to one, RP 19C. This paper illustrates correct application of the standard in a four step approach (test, reference, track, review) to consistently reconciled bargained and delivered proppant.


Earl Freeman, Tim Higgins and Murray Rogers PropTester, Inc. $7.50
Paper: (2014039)A FOUR STEP APPROACH TO VERIFY DELIVERED PROPPANT
Paper: (2014039)A FOUR STEP APPROACH TO VERIFY DELIVERED PROPPANT
Price
$7.50
(2014040) TREATING PRODUCED WATER WITH ELECTROCOAGULATION FOR REUSE IN

High concentrations of total dissolved solids (TDS) are typically problematic in fracture fluid development due to interactions with the buffers and crosslinkers used for waters of higher quality. High hardness and high temperature usually cause loss of viscosity in the fluid; however, proper frac fluid design can successfully keep viscosity and pump the job. This paper will discuss the successful design of a borate crosslink frac fluid design that reuse produced water treated with electrocoagulation (EC). The water in this particular case history had high concentrations of calcium and magnesium with a calculated TDS greater than 250,000 ppm. In the field, oil and iron quantity were changing, although the hardness and TDS remained high. The frac fluid design was able to accommodate the high hardness with little variability in formulation throughout the frac. Different buffers as well as our most concentrated borate crosslinker were able to maintain stability.


Larry Hines and Jenifer Lascano Baker Hughes Inc. $7.50
Paper: (2014040)TREATING PRODUCED WATER WITH ELECTROCOAGULATION FOR REUSE IN
Paper: (2014040)TREATING PRODUCED WATER WITH ELECTROCOAGULATION FOR REUSE IN
Price
$7.50
(2014041) YOUR TUBULAR STRING- KNOW ITS FIT FOR SERVICE WITH NDT TECHNIQUES

In all successful tubular management programs NDT is used to know the real condition of pipe proposed for projects and to gain knowledge of used tubing at the well site. There are several testing methods available such as electromagnetic, ultrasonic, magnetic partible, eddy current and gamma-ray applied to various testing apparatus. There is an assumption made every day about new tubular production are defect free so know your material and its source, inspected until a failure occurs. in many mays nondestructive testing is applied to help show the condition  of new tubular products and to provide guidance on used tubing while pulling and in facilities for reclamation. NDT is directly associated to positive economics through extending the mean time between failures.


Hilton Prejean, NOV Tuboscope $7.50
Paper: (2014041)YOUR TUBULAR STRING- KNOW ITS FIT FOR SERVICE WITH NDT TECHNIQUES
Paper: (2014041)YOUR TUBULAR STRING- KNOW ITS FIT FOR SERVICE WITH NDT TECHNIQUES
Price
$7.50
(2014042) EXTREME H2S REMEDIATION FOR PRODUCED WATER REUSE IN FRACTURE STIMULATION

Hydrofacturing with 100% recycled water is very desirable in highly sensitive clay formations to mitigate swelling and production impairment. Recycling of produced water can also save operators thousands of dollars per well in fresh water, Trucking, and disposal costs. Yet one obstacle to reuse for many produced waters in the Permian Basin is high hydrogen sulfide (H2S) concentrations.


 


With typical H2S treatments, such as scavengers, chemical and biological oxidation, the cost/bbl is prohibitive on produced water and high H2S levels. A new, more economical H2S remediation techniques addresses such challenges safely and economically. The water is then clarified, creating a low total suspended solids (TSS) solution ready for hydrofractuing.


 


This paper discusses the treatment of 22,000 bbl of high H2S produced water used in the successful completion of an 8-stage continuous slickwater frac in the Ramsey Formation, of the Black River South Field, in Eddy County, NM.


Tim Underwood, Baker Hughes Inc. $7.50
Paper: (2014042)EXTREME H2S REMEDIATION FOR PRODUCED WATER REUSE IN FRACTURE STIMULATION
Paper: (2014042)EXTREME H2S REMEDIATION FOR PRODUCED WATER REUSE IN FRACTURE STIMULATION
Price
$7.50
(2014043) BATTERIES THAT KEEP GOING AND GOING….

Tank lining failures are not an uncommon occurrence in the oilfield.  Sometimes we chalk it up to bad luck, poor application, lying paint salesmen, or just bad coating.  But isn't there some science and testing behind tank lining formulations?  This paper will describe some of the testing procedures for qualifying tank linings and the science behind them.  There will also be some discussion about how failures seen in the lab correlate to failures in the field.


James McDonald, Hempel USA $7.50
Paper: (2014043)BATTERIES THAT KEEP GOING AND GOING….
Paper: (2014043)BATTERIES THAT KEEP GOING AND GOING….
Price
$7.50
(2014043) BATTERIES THAT KEEP GOING AND GOING….

Tank lining failures are not an uncommon occurrence in the oilfield.  Sometimes we chalk it up to bad luck, poor application, lying paint salesmen, or just bad coating.  But isn't there some science and testing behind tank lining formulations?  This paper will describe some of the testing procedures for qualifying tank linings and the science behind them.  There will also be some discussion about how failures seen in the lab correlate to failures in the field.


James McDonald, Hempel USA $7.50
Paper: (2014043)BATTERIES THAT KEEP GOING AND GOING….
Paper: (2014043)BATTERIES THAT KEEP GOING AND GOING….
Price
$7.50
(2014044) WELL AND FIELD CONTINUOUS IMPROVEMENT – THE VALUE OF FAILURE TRACKING

During recent discussions with operating company field and engineering personnel, it was discovered that some companies may not have a failure tracking process nor know the benefits of establishing one. 


 


This paper will provide a summary of prior published industry efforts and include three (3) separate failure reduction studies showing the benefits of failure tracking ranging from over 17 years to a few months of operation.  These studies from three (3) different operators in the Permian Basin showed the benefits of: determining what downhole equipment failed and the cause of the failure, tracking the failure location in the well, and calculating the final reduction in operating costs due to reduced failures and reduced workovers. This paper will also show the additional benefits from keeping good records and knowing the manufacturer of the downhole equipment and/or if the downhole equipment manufacturer was changed.


Scott W. Long, NPS-Norris/Flexbar, Inc. Norman W. Hein, Jr., NPS & Norris/AOT Operating Companies $7.50
Paper: (2014044)WELL AND FIELD CONTINUOUS IMPROVEMENT – THE VALUE OF FAILURE TRACKING
Paper: (2014044)WELL AND FIELD CONTINUOUS IMPROVEMENT – THE VALUE OF FAILURE TRACKING
Price
$7.50
(2015001) ACCURATE LOAD & POSITION MEASUREMENT IS CRITICAL TO QUALITY DYNAMOMETER ANALYSIS

Analysis and control of reciprocating rod lifted (RRL) wells has changed drastically over the past 20 years.  Advanced diagnostic tools first started appearing on desktop applications, and over time have shifted to the wellsite to provide more accurate control of an RRL system in real-time.  All of these tools depend on a dynamometer card in order to properly analyze and control an RRL system.  However, the inputs to the dynamometer card are often of questionably accuracy.  A poor quality dynamometer card can lead to improper control of the RRL system and inaccurate results from the calculations that depend on the dynamometer data (i.e. rod stress, gearbox torque, structure loading, PIP, etc.).  This paper will discuss the variety of instruments used to capture the inputs to a dynamometer card (polished rod load and position), their strengths and weaknesses, how to recognize errors in the input data, and how to correct it.


Anthony Allison, Weatherford $7.50
Paper: (2015001)ACCURATE LOAD & POSITION MEASUREMENT IS CRITICAL TO QUALITY DYNAMOMETER ANALYSIS
Paper: (2015001)ACCURATE LOAD & POSITION MEASUREMENT IS CRITICAL TO QUALITY DYNAMOMETER ANALYSIS
Price
$7.50
(2015002) SUCKER ROD PUMP SHOP RECOMMENDED PRACTICES

Pumps are the heart of a rod pump system, but as operators, how much do you know about the pumps that are being run into your wells and how they are being repaired.  This paper will briefly describe pump repair procedures, best practices that the shop should be following, and a pump shop inspection report that helps identify if those procedures are being followed. It will cover what pump failure data should be captured, why it is important, and what type of information may be available in report form. Many operators do not realize that you can gain valuable well and operational data from a pump report besides what is needed to optimize the pump alone. It will also explain how the operator should get involved in the decisions that affect the pump design and repair which can affect costs and run life.  


Mark Mahoney, OXY Mike Brock, Lufkin (A GE Company) $7.50
Paper: (2015002)SUCKER ROD PUMP SHOP RECOMMENDED PRACTICES
Paper: (2015002)SUCKER ROD PUMP SHOP RECOMMENDED PRACTICES
Price
$7.50
(2015003) FLUID EXTRACTION

Fluid Extraction Technology can improve down hole gas separation by employing material and fluid flow properties in ways that are not now effectively utilized.  Downhole pumps that handle fluids are adversely affected by free and entrained gas entering the inlet of the pump.  To separate the gas ahead of the suction of pumps in the bottom of a well, operators typically configure a path for the fluid to be redirected downward to allow the gas to rise while the liquid falls to the intake of the pump.  Virtually all of the gas separators use single pass serial separators based on gravity.  The primary separation is typically the tubing by casing annulus and the second stage of separation is the labyrinth of falling liquid and rising gas inside the mud anchor or packer assembly.  This technology can be very effective but often times is not sufficient.  In addition, the size and length of the equipment has a larger material footprint than necessary.


 


Fluid Extraction technology uses gravity but also uses mechanical and fluid properties to enhance separation.  These attributes include wettability, fluid adhesion, gas nucleation and the concept of Liquid hold up or circulation cells.  Integrating these concepts allows better use of the primary flow volume of the casing by tubing annulus.


Carter Copeland, Owl Energy Services, LP $7.50
Paper: (2015003)FLUID EXTRACTION
Paper: (2015003)FLUID EXTRACTION
Price
$7.50
(2015004) ALL ABOUT THE END FITTING: ADVANCED TESTING AND DESIGN IMPROVES FIBERGLASS SUCKER ROD

The full potential and benefits of the fiberglass sucker rod (FSR) are not being realized.  FSR manufacturers are toned to meet the requirements for increased operating ranges and one-time pull loads of FSR.  Increasing the operating load requires the redesign of the end fitting to ensure reliability.  This paper outlines the standard design of an end fitting and how it interfaces with the pulltruded fiberglass rod. The test data used to validate the design is also included.  The overall wedge design is explained in detail, demonstrating the interaction of forces acting on the rod/end fitting interface. The stress range diagram will be presented with emphasis on the critical areas of the end fitting design. The overall goal is to show how fiberglass is stronger than steel.


Ryan Gernentz, Karol Hricisak, and Mohamed F. Alzoubi John Crane $7.50
Paper: (2015004)ALL ABOUT THE END FITTING: ADVANCED TESTING AND DESIGN IMPROVES FIBERGLASS SUCKER ROD
Paper: (2015004)ALL ABOUT THE END FITTING: ADVANCED TESTING AND DESIGN IMPROVES FIBERGLASS SUCKER ROD
Price
$7.50
(2015005) ROD STRING DESIGN SOFTWARE SIMLATION OF SANDIA DOWNHOLE LOAD CELL WELLS

A companion paper is being made to show the graphical analyses for the wells that Sandia measured surface and downhole loads at various depths with a special downhole load cell.


 


This paper will provide an analysis of the operating conditions that were occurring that resulted in these downhole dynagraphs. Additionally, these operating conditions will then be entered in three available industry rod string design programs that include: QRod, SRod and RodStar to see how accurately these design programs predicted the actual, measured loads.


Norman W. Hein, Jr., CNX Gas Company Lynn Rowlan, Echometer Company Scott Malone, Norris - DAL $7.50
Paper: (2015005)ROD STRING DESIGN SOFTWARE SIMLATION OF SANDIA DOWNHOLE LOAD CELL WELLS
Paper: (2015005)ROD STRING DESIGN SOFTWARE SIMLATION OF SANDIA DOWNHOLE LOAD CELL WELLS
Price
$7.50