Universal Wellhead Services provides wellhead equipment and services to the oil and gas industry. Their product catalog outlines their offerings which include:
- Casing heads, casing spools, tubing heads, and casing hangers to support and seal multiple casing strings.
- Secondary seals, chokes, valves, and other accessories.
- They have manufacturing and service locations across the US and offer custom designs, repairs, and 24/7 service support.
- UWS prides itself on superior customer service, low cost manufacturing, safety, and dependability.
GUIDELINES FOR EFFECTIVE HOLE CLEANING IN DIRECTIONAL WELLSMohan Doshi
This document provides guidelines for effective hole cleaning when drilling wells. It discusses that hole cleaning, which is removing drilled material from the borehole, is an important but often overlooked part of the drilling process. For high angle and deviated wells, cuttings follow a complex path down the hole and can accumulate on the low side of the borehole if not properly removed. The key factors that influence effective hole cleaning are discussed, including maintaining adequate flow rates and annular velocities, optimizing drilling fluid properties, and using drill pipe rotation to help move cuttings. High density sweeps are also recommended to help clean cuttings from deviated wellbores.
Our lubricator assembly is designed to enable safe wellhead servicing operations at pressures between 2,000 psi and 15,000 psi. The lubricator assembly consists of a lubricator, a valve retainer plug or blowout preventer (optional), and other tools. It allows installation and retrieval of valve retainer plugs and blowout preventers through a wellhead under pressure. Well-organized engineering and field testing have helped our lubricator assembly products lead the industry in China and gain international customers.
Packers are tools used to form an annular seal between concentric strings of pipe or between pipe and the open hole. They isolate production zones from each other or from the annulus. Packers have slips, cones, seals, and mandrels that allow them to be set through hydraulic or mechanical means. Selection depends on application, required ratings, and setting method. Proper installation requires a clean set point without fouling components. Packers come in a variety of types including retrievable, permanent, seal bore, inflatable, and service packers.
Este documento proporciona especificaciones y descripciones de numerosas herramientas y equipos utilizados en perforación de pozos petroleros, incluyendo rotary kelly, tubería de perforación, juntas, collares de perforación estándar y espiral, tubería pesada de perforación, estabilizadores de hoja integral, no rotativo y recambiable, abridor de pozo de diámetro fijo, rosca escarificador, raspador de pozo, complementos como de motriz, circulación, desgaste y curvada, válv
This document contains information about Eng. El Sayed Amer, a petroleum engineer who has worked for Weatherford Drilling International and as a process and production engineer for SUCO and RWE DEA. It discusses production packers, which are subsurface tools used to provide a seal between the tubing and casing. Production packers can protect the casing from corrosion, provide better well control, isolate pay zones, and prevent fluid movement between zones. They are classified as either permanent or retrievable based on whether they can be removed from the well without destruction. The document focuses on the characteristics and advantages and disadvantages of permanent and retrievable production packers.
This document discusses drilling engineering and hydraulics. It covers topics such as mud weight planning, pore pressure prediction, fracture gradients, and drilling hydraulics concepts like hydrostatic pressure. Maintaining the proper mud weight and hydrostatic pressure is important for well control and avoiding drilling problems. Both too low and too high of a mud weight can cause issues like wellbore instability, lost circulation, or differential sticking. The document recommends following the median line concept and making gradual changes to mud weight.
Bullheading is a common non-circulating method for killing live wells prior to workovers. It involves pumping kill fluid into the tubing to displace produced fluids back into the formation. A bullheading schedule is generated using formation pressure, desired overbalance, fracture pressure, tubing specifications, and pump data to safely control pumping pressures within the initial and final maximum pressures. The schedule provides checkpoints to monitor pumping pressure and volume throughout the operation. Special attention should be paid to any increases in casing pressure which could indicate downhole issues.
GUIDELINES FOR EFFECTIVE HOLE CLEANING IN DIRECTIONAL WELLSMohan Doshi
This document provides guidelines for effective hole cleaning when drilling wells. It discusses that hole cleaning, which is removing drilled material from the borehole, is an important but often overlooked part of the drilling process. For high angle and deviated wells, cuttings follow a complex path down the hole and can accumulate on the low side of the borehole if not properly removed. The key factors that influence effective hole cleaning are discussed, including maintaining adequate flow rates and annular velocities, optimizing drilling fluid properties, and using drill pipe rotation to help move cuttings. High density sweeps are also recommended to help clean cuttings from deviated wellbores.
Our lubricator assembly is designed to enable safe wellhead servicing operations at pressures between 2,000 psi and 15,000 psi. The lubricator assembly consists of a lubricator, a valve retainer plug or blowout preventer (optional), and other tools. It allows installation and retrieval of valve retainer plugs and blowout preventers through a wellhead under pressure. Well-organized engineering and field testing have helped our lubricator assembly products lead the industry in China and gain international customers.
Packers are tools used to form an annular seal between concentric strings of pipe or between pipe and the open hole. They isolate production zones from each other or from the annulus. Packers have slips, cones, seals, and mandrels that allow them to be set through hydraulic or mechanical means. Selection depends on application, required ratings, and setting method. Proper installation requires a clean set point without fouling components. Packers come in a variety of types including retrievable, permanent, seal bore, inflatable, and service packers.
Este documento proporciona especificaciones y descripciones de numerosas herramientas y equipos utilizados en perforación de pozos petroleros, incluyendo rotary kelly, tubería de perforación, juntas, collares de perforación estándar y espiral, tubería pesada de perforación, estabilizadores de hoja integral, no rotativo y recambiable, abridor de pozo de diámetro fijo, rosca escarificador, raspador de pozo, complementos como de motriz, circulación, desgaste y curvada, válv
This document contains information about Eng. El Sayed Amer, a petroleum engineer who has worked for Weatherford Drilling International and as a process and production engineer for SUCO and RWE DEA. It discusses production packers, which are subsurface tools used to provide a seal between the tubing and casing. Production packers can protect the casing from corrosion, provide better well control, isolate pay zones, and prevent fluid movement between zones. They are classified as either permanent or retrievable based on whether they can be removed from the well without destruction. The document focuses on the characteristics and advantages and disadvantages of permanent and retrievable production packers.
This document discusses drilling engineering and hydraulics. It covers topics such as mud weight planning, pore pressure prediction, fracture gradients, and drilling hydraulics concepts like hydrostatic pressure. Maintaining the proper mud weight and hydrostatic pressure is important for well control and avoiding drilling problems. Both too low and too high of a mud weight can cause issues like wellbore instability, lost circulation, or differential sticking. The document recommends following the median line concept and making gradual changes to mud weight.
Bullheading is a common non-circulating method for killing live wells prior to workovers. It involves pumping kill fluid into the tubing to displace produced fluids back into the formation. A bullheading schedule is generated using formation pressure, desired overbalance, fracture pressure, tubing specifications, and pump data to safely control pumping pressures within the initial and final maximum pressures. The schedule provides checkpoints to monitor pumping pressure and volume throughout the operation. Special attention should be paid to any increases in casing pressure which could indicate downhole issues.
WELL COMPLETION, WELL INTERVENTION/ STIMULATION, AND WORKOVERAndi Anriansyah
This document discusses various well completion, intervention, and workover topics including:
- Well completion involves preparing the well for production by installing equipment like casing and tubing.
- Open hole and cased hole completions are described, along with advantages and disadvantages of each.
- Well intervention operations like scale removal, acidizing, and sand cleaning are performed during production.
- Formation damage from fluids introduced into the well is also discussed.
- Stimulation techniques like acidizing and hydraulic fracturing aim to increase well productivity. The document outlines the processes, equipment, and evaluation of these operations.
- Other topics covered include intelligent well completions, perforating, sand control, squeeze cement
This document discusses drilling equipment used on oil and gas rigs. It describes major components including the rig itself, which is the machine used to drill wellbores. Key components of rigs include mud tanks, mud pumps, the derrick or mast, drawworks, rotary table or topdrive, drillstring, and power generation equipment. Other important drilling equipment discussed include the travelling block, crown block, hook, and drilling line which are used for hoisting and rotating drill pipe and other tools. Safety equipment like blowout preventers are also mentioned. Different types of rigs such as land, jackup, drillship, semisubmersible, and submersible rigs are shown.
Este documento describe los componentes y funciones de una sarta de perforación. La sarta de perforación provee energía a la broca para perforar y consiste en varios componentes como el vastago, tubería de perforación, tubería extra pesada, portamechas y estabilizadores. También describe los esfuerzos a los que está sometida la sarta de perforación, como tracción, torsión, flexión y presión interna, y cómo se fabrican y diseñan correctamente los componentes para soportar dichos esfuerzos.
The document discusses different types of drilling rigs and factors for selecting a rig. It outlines various land and offshore rigs, including conventional land rigs, mobile land rigs, inland barge rigs, posted barge rigs, submersible rigs, fixed jacket rigs, and drill ships. Key factors for selecting a rig include the surface location, maximum hole depth, horsepower requirements, cost, and availability. Offshore rigs like submersible rigs can work in water depths from 18 to 70 feet, while drill ships are used for the deepest water depths of over 2500 meters.
This document discusses well intervention using coiled tubing. It defines coiled tubing and its main components, which include an injector head, coiled tubing reel, control unit, power pack unit, and bottom-hole assembly. Coiled tubing can be used for various applications like wellbore cleanout, milling, logging, perforating, drilling deviated wells, fluid conveyance, and tool conveyance. It has advantages over conventional drilling like not requiring connections and allowing faster tripping in and out. However, coiled tubing also has disadvantages like fatigue life limits and reduced bore diameter.
There are two main types of drilling rigs: land rigs and offshore rigs. Offshore rigs can be either floating rigs, like semisubmersibles or drillships, or bottom-supported rigs, which include jack-ups, platforms, and barges. The major components of drilling rigs include the hoisting system to lift drill strings, the rotating system to power the drill bit, the circulating system to pump drilling fluid, pressure control equipment like blowout preventers, and the power system that provides energy to run the rig's operations. Rigs must also have equipment on the rig floor for handling tubulars and monitoring drilling parameters.
The document discusses blowout preventers, including what they are, the types used, and their specifications and operation. It provides details on ram blowout preventers, annular blowout preventers, and the procedures for function testing and pressure testing blowout preventer stacks. The document is an informative guide on blowout preventer fundamentals, components, and testing requirements.
Este documento proporciona información sobre operaciones con equipo de wireline. Explica los objetivos de aprendizaje que incluyen aprender sobre las diversas actividades, mejores prácticas, componentes, herramientas y problemas comunes relacionados con operaciones de wireline. También describe el esquema general de cómo las herramientas de wireline son bajadas en los pozos para realizar tareas como fijar válvulas y recuperar equipos. Además, detalla los diferentes tipos de aplicaciones, componentes y equipos empleados en operaciones
This document provides an overview of rotary drilling rig systems and components. It defines what a drilling rig is and lists various acronyms used in drilling operations. It describes the major systems on a drilling rig including the hoisting system, rotary system, circulating system, power system, blowout prevention system, and monitoring systems. It also summarizes key components that make up each system such as the drawworks, drill pipe, kelly, blowout preventers, mud pumps, shale shakers, and monitoring equipment. Miscellaneous rig equipment is outlined including the rig floor, pipe handling tools, mud tanks, and rig layout. Online courses for drilling rig training are mentioned at the end.
WellCare Oil Tools Pvt. Ltd., prides itself on offering great service and being able to deliver accurate formal quotes to clients within 72 hours of receiving an enquiry.
We keep a large inventory of standard flow control tools and completion packers in stock, enabling quick delivery anywhere in the world. We ensure high quality and traceability, full certification including Mill Test Reports (MTR's), certificate of Conformance, Certificate of Origin, Function Test and Pressure Test Results are available free of charge upon request for each order and are kept on file and available on request at any time in the future.
Premium thread connections like: Tenaris-Hydril, Vam and Hunting connections are available upon request and threads are cut by premium licenced machine shops in Dubai & Singapore.
Special elastomer are available: AFLAS, HNBR, Viton and HSN, Hi-Nitrile are available along with non-elastomeric seal stacks to confirm to sour well conditions.
Category Products :
Cementation Systems
Cementing Equipment
Completion Systems
Mechanical Set Packer
Seal Bore Packer
Bridge Plugs
Hydraulic Set Packer
Cement Retainer
Completion Equipment
Liner Hanger Systems
Liner Hanger
Flow Control Systems
Sliding Sleeve
Landing Nipples
Flow Control Equipment
Inflatable Packers
Inflatable Packer
Various other factors that have enabled us to gain an edge over our competitors are:
Qualitative product range
World renowned vendor base
Experienced professionals
Efficient logistics and widespread distribution network
Industry leading prices
Timely delivery
Sesión técnica, sala Tuzandépetl, Evaluación de laminaciones en ductos de tra...LTDH2013
Este documento resume los principales métodos para evaluar laminaciones en ductos de transporte de hidrocarburos según las normas API RP 579-1 / ASME FFS-1. Describe cómo se pueden detectar laminaciones mediante inspección ultrasónica, inspección por fuga de flujo magnético y ensayos no destructivos convencionales. Además, clasifica las laminaciones por su origen, forma y ubicación, e ilustra diferentes tipos como planas, escalonadas, inclinadas, abultadas y ampolladas. Finalmente, explica el
Drilling rig operations a to z rotary drilling rig componentsamrhaggag
This document provides an overview of the key components that make up a rotary drilling rig. It describes 9 main components: 1) the derrick or mast and substructure, 2) power and prime movers, 3) hoisting components, 4) rotating components, 5) circulating components, 6) well control components, 7) tubular and tubular handling equipment, 8) bits, and 9) fishing tools. For each component, it lists and describes the main equipment involved, such as the derrick, drawworks, kelly, rotary table, and others that work together to drill oil and gas wells.
This document provides information about fluids and cementing for third year bachelor's degree students. It introduces cementing operations for wells, including primary and remedial cementing. It discusses why cementing is important for zonal isolation and casing support. The document outlines the steps for well preparation before cementing, including cleaning the hole, running and centering the casing column. It describes the various equipment used in cementing like float shoes, float collars, scratchers, wiper plugs, and cement heads. The document also covers laboratory tests on cement slurries and the process for primary cementing of conductor pipes and surface casing.
Overview of main components of subsea production / injection systems, including:
Wellhead
Subsea tree (Vertical, Horizontal, or Drill-thru)
Structural foundation / Template / Manifold /Jumpers
Subsea processing equipment
Chemical injection system
Umbilical with electrical power and signal cables
Risers
Production Control and Monitoring System
Este documento proporciona información sobre la perforación de pozos. Explica que la perforación es el proceso de construir un agujero en el subsuelo para explorar y/o extraer recursos naturales como agua, gas o petróleo. Luego describe los componentes principales de un taladro de perforación y los procesos involucrados en la perforación de pozos, incluida la planificación, los sistemas de lodos, las mechas y las operaciones de perforación. Finalmente, resume los aspectos clave de la planificación de perforación de pozos
This document discusses well control equipment used in drilling operations. It describes blowout preventers (BOPs) which are used to close the well and control kicks before they become blowouts. There are different types of BOPs including annular preventers, ram preventers, and rotational preventers. Other important well control equipment includes an accumulator unit to operate BOPs hydraulically, inside BOPs, choke and kill lines, and a wellhead with casing heads to support tubulars and control fluid flow. Components should be function tested at least weekly to verify operations and actuation times should be recorded.
This document describes the key components of a wellhead system used in oil and gas wells. It discusses the casing head housing, casing head spools, tubing head spools, tubing hangers, and tubing bonnets. The casing head housing supports the casing strings and provides a connection point for blowout preventers. Casing head spools seal between casing strings and support drilling equipment. Tubing head spools seal the production casing and support the tubing hanger. Tubing hangers suspend the tubing string and seal the annulus. The tubing bonnet provides a seat for the Christmas tree valve assembly. Together these components form the wellhead, which hangs the casing and tubing, contains
Production optimization using gas lift techniqueJarjis Mohammed
After completed the drilling, set the tubing and completed the well successfully, Petroleum engineers realize that the hydrocarbon fluid won't lift up from bottom hole to the surface by its reservoir drives which are mainly gas cap or water drive. Simply the gas lift technique is to reduce the density of hydrocarbon fluid inside the well to lift it to the surface by injecting compressed gas.
This presentation is a course a bout wellheads which includes the basic components of the well head and the advanced techniques.
helping students who are cared about petroleum industry to increase their knowledge about this tool that is important for both drilling and production.
For Further information, use the following LinkedIn account:
https://www.linkedin.com/in/mohamed-abdelshafy-abozeima-9b7589119/
The document discusses various components of oil and gas wellheads including:
- Casing heads that suspend casing strings and provide access to annuli.
- Casing spools that support intermediate casing and allow secondary seals.
- Casing hangers that suspend and seal casing strings within heads and spools.
- Tubing heads that suspend tubing strings and connect to Christmas trees.
- Tubing hangers that suspend tubing and seal within tubing heads.
- Other components like packers, adapters, and valves that provide sealing and connections between casing/tubing strings and wellhead equipment.
WELL COMPLETION, WELL INTERVENTION/ STIMULATION, AND WORKOVERAndi Anriansyah
This document discusses various well completion, intervention, and workover topics including:
- Well completion involves preparing the well for production by installing equipment like casing and tubing.
- Open hole and cased hole completions are described, along with advantages and disadvantages of each.
- Well intervention operations like scale removal, acidizing, and sand cleaning are performed during production.
- Formation damage from fluids introduced into the well is also discussed.
- Stimulation techniques like acidizing and hydraulic fracturing aim to increase well productivity. The document outlines the processes, equipment, and evaluation of these operations.
- Other topics covered include intelligent well completions, perforating, sand control, squeeze cement
This document discusses drilling equipment used on oil and gas rigs. It describes major components including the rig itself, which is the machine used to drill wellbores. Key components of rigs include mud tanks, mud pumps, the derrick or mast, drawworks, rotary table or topdrive, drillstring, and power generation equipment. Other important drilling equipment discussed include the travelling block, crown block, hook, and drilling line which are used for hoisting and rotating drill pipe and other tools. Safety equipment like blowout preventers are also mentioned. Different types of rigs such as land, jackup, drillship, semisubmersible, and submersible rigs are shown.
Este documento describe los componentes y funciones de una sarta de perforación. La sarta de perforación provee energía a la broca para perforar y consiste en varios componentes como el vastago, tubería de perforación, tubería extra pesada, portamechas y estabilizadores. También describe los esfuerzos a los que está sometida la sarta de perforación, como tracción, torsión, flexión y presión interna, y cómo se fabrican y diseñan correctamente los componentes para soportar dichos esfuerzos.
The document discusses different types of drilling rigs and factors for selecting a rig. It outlines various land and offshore rigs, including conventional land rigs, mobile land rigs, inland barge rigs, posted barge rigs, submersible rigs, fixed jacket rigs, and drill ships. Key factors for selecting a rig include the surface location, maximum hole depth, horsepower requirements, cost, and availability. Offshore rigs like submersible rigs can work in water depths from 18 to 70 feet, while drill ships are used for the deepest water depths of over 2500 meters.
This document discusses well intervention using coiled tubing. It defines coiled tubing and its main components, which include an injector head, coiled tubing reel, control unit, power pack unit, and bottom-hole assembly. Coiled tubing can be used for various applications like wellbore cleanout, milling, logging, perforating, drilling deviated wells, fluid conveyance, and tool conveyance. It has advantages over conventional drilling like not requiring connections and allowing faster tripping in and out. However, coiled tubing also has disadvantages like fatigue life limits and reduced bore diameter.
There are two main types of drilling rigs: land rigs and offshore rigs. Offshore rigs can be either floating rigs, like semisubmersibles or drillships, or bottom-supported rigs, which include jack-ups, platforms, and barges. The major components of drilling rigs include the hoisting system to lift drill strings, the rotating system to power the drill bit, the circulating system to pump drilling fluid, pressure control equipment like blowout preventers, and the power system that provides energy to run the rig's operations. Rigs must also have equipment on the rig floor for handling tubulars and monitoring drilling parameters.
The document discusses blowout preventers, including what they are, the types used, and their specifications and operation. It provides details on ram blowout preventers, annular blowout preventers, and the procedures for function testing and pressure testing blowout preventer stacks. The document is an informative guide on blowout preventer fundamentals, components, and testing requirements.
Este documento proporciona información sobre operaciones con equipo de wireline. Explica los objetivos de aprendizaje que incluyen aprender sobre las diversas actividades, mejores prácticas, componentes, herramientas y problemas comunes relacionados con operaciones de wireline. También describe el esquema general de cómo las herramientas de wireline son bajadas en los pozos para realizar tareas como fijar válvulas y recuperar equipos. Además, detalla los diferentes tipos de aplicaciones, componentes y equipos empleados en operaciones
This document provides an overview of rotary drilling rig systems and components. It defines what a drilling rig is and lists various acronyms used in drilling operations. It describes the major systems on a drilling rig including the hoisting system, rotary system, circulating system, power system, blowout prevention system, and monitoring systems. It also summarizes key components that make up each system such as the drawworks, drill pipe, kelly, blowout preventers, mud pumps, shale shakers, and monitoring equipment. Miscellaneous rig equipment is outlined including the rig floor, pipe handling tools, mud tanks, and rig layout. Online courses for drilling rig training are mentioned at the end.
WellCare Oil Tools Pvt. Ltd., prides itself on offering great service and being able to deliver accurate formal quotes to clients within 72 hours of receiving an enquiry.
We keep a large inventory of standard flow control tools and completion packers in stock, enabling quick delivery anywhere in the world. We ensure high quality and traceability, full certification including Mill Test Reports (MTR's), certificate of Conformance, Certificate of Origin, Function Test and Pressure Test Results are available free of charge upon request for each order and are kept on file and available on request at any time in the future.
Premium thread connections like: Tenaris-Hydril, Vam and Hunting connections are available upon request and threads are cut by premium licenced machine shops in Dubai & Singapore.
Special elastomer are available: AFLAS, HNBR, Viton and HSN, Hi-Nitrile are available along with non-elastomeric seal stacks to confirm to sour well conditions.
Category Products :
Cementation Systems
Cementing Equipment
Completion Systems
Mechanical Set Packer
Seal Bore Packer
Bridge Plugs
Hydraulic Set Packer
Cement Retainer
Completion Equipment
Liner Hanger Systems
Liner Hanger
Flow Control Systems
Sliding Sleeve
Landing Nipples
Flow Control Equipment
Inflatable Packers
Inflatable Packer
Various other factors that have enabled us to gain an edge over our competitors are:
Qualitative product range
World renowned vendor base
Experienced professionals
Efficient logistics and widespread distribution network
Industry leading prices
Timely delivery
Sesión técnica, sala Tuzandépetl, Evaluación de laminaciones en ductos de tra...LTDH2013
Este documento resume los principales métodos para evaluar laminaciones en ductos de transporte de hidrocarburos según las normas API RP 579-1 / ASME FFS-1. Describe cómo se pueden detectar laminaciones mediante inspección ultrasónica, inspección por fuga de flujo magnético y ensayos no destructivos convencionales. Además, clasifica las laminaciones por su origen, forma y ubicación, e ilustra diferentes tipos como planas, escalonadas, inclinadas, abultadas y ampolladas. Finalmente, explica el
Drilling rig operations a to z rotary drilling rig componentsamrhaggag
This document provides an overview of the key components that make up a rotary drilling rig. It describes 9 main components: 1) the derrick or mast and substructure, 2) power and prime movers, 3) hoisting components, 4) rotating components, 5) circulating components, 6) well control components, 7) tubular and tubular handling equipment, 8) bits, and 9) fishing tools. For each component, it lists and describes the main equipment involved, such as the derrick, drawworks, kelly, rotary table, and others that work together to drill oil and gas wells.
This document provides information about fluids and cementing for third year bachelor's degree students. It introduces cementing operations for wells, including primary and remedial cementing. It discusses why cementing is important for zonal isolation and casing support. The document outlines the steps for well preparation before cementing, including cleaning the hole, running and centering the casing column. It describes the various equipment used in cementing like float shoes, float collars, scratchers, wiper plugs, and cement heads. The document also covers laboratory tests on cement slurries and the process for primary cementing of conductor pipes and surface casing.
Overview of main components of subsea production / injection systems, including:
Wellhead
Subsea tree (Vertical, Horizontal, or Drill-thru)
Structural foundation / Template / Manifold /Jumpers
Subsea processing equipment
Chemical injection system
Umbilical with electrical power and signal cables
Risers
Production Control and Monitoring System
Este documento proporciona información sobre la perforación de pozos. Explica que la perforación es el proceso de construir un agujero en el subsuelo para explorar y/o extraer recursos naturales como agua, gas o petróleo. Luego describe los componentes principales de un taladro de perforación y los procesos involucrados en la perforación de pozos, incluida la planificación, los sistemas de lodos, las mechas y las operaciones de perforación. Finalmente, resume los aspectos clave de la planificación de perforación de pozos
This document discusses well control equipment used in drilling operations. It describes blowout preventers (BOPs) which are used to close the well and control kicks before they become blowouts. There are different types of BOPs including annular preventers, ram preventers, and rotational preventers. Other important well control equipment includes an accumulator unit to operate BOPs hydraulically, inside BOPs, choke and kill lines, and a wellhead with casing heads to support tubulars and control fluid flow. Components should be function tested at least weekly to verify operations and actuation times should be recorded.
This document describes the key components of a wellhead system used in oil and gas wells. It discusses the casing head housing, casing head spools, tubing head spools, tubing hangers, and tubing bonnets. The casing head housing supports the casing strings and provides a connection point for blowout preventers. Casing head spools seal between casing strings and support drilling equipment. Tubing head spools seal the production casing and support the tubing hanger. Tubing hangers suspend the tubing string and seal the annulus. The tubing bonnet provides a seat for the Christmas tree valve assembly. Together these components form the wellhead, which hangs the casing and tubing, contains
Production optimization using gas lift techniqueJarjis Mohammed
After completed the drilling, set the tubing and completed the well successfully, Petroleum engineers realize that the hydrocarbon fluid won't lift up from bottom hole to the surface by its reservoir drives which are mainly gas cap or water drive. Simply the gas lift technique is to reduce the density of hydrocarbon fluid inside the well to lift it to the surface by injecting compressed gas.
This presentation is a course a bout wellheads which includes the basic components of the well head and the advanced techniques.
helping students who are cared about petroleum industry to increase their knowledge about this tool that is important for both drilling and production.
For Further information, use the following LinkedIn account:
https://www.linkedin.com/in/mohamed-abdelshafy-abozeima-9b7589119/
The document discusses various components of oil and gas wellheads including:
- Casing heads that suspend casing strings and provide access to annuli.
- Casing spools that support intermediate casing and allow secondary seals.
- Casing hangers that suspend and seal casing strings within heads and spools.
- Tubing heads that suspend tubing strings and connect to Christmas trees.
- Tubing hangers that suspend tubing and seal within tubing heads.
- Other components like packers, adapters, and valves that provide sealing and connections between casing/tubing strings and wellhead equipment.
Southern California Valve manufactures thru conduit slab and expanding gate valves in sizes 2” to 36” and pressure classes 150 to 1500. The valves utilize flanged and butt-weld end connections and are manufactured and tested according to API 6D. They feature a full port design that minimizes pressure drop and turbulence. The thru conduit design offers benefits for oil, gas, and liquid applications, making the valves highly demanded in the market. Southern California Valve provides innovative valve solutions.
This document provides information on RIVNUT® brand blind rivet nuts, including:
- RIVNUT® is the original internally threaded blind rivet invented in 1936 for aircraft applications.
- It describes various RIVNUT® product lines that are designed for different materials and applications, including the Original, PLUSNUT®, RIVKLE®, TW, and HRT models.
- It provides specifications and dimensions for each product line as well as information on compatible tools and applications in industries like transportation, construction, and electronics.
The document describes plans for two production lines to manufacture double wall corrugated pipes from HDPE resin. Line 1 will produce pipes from 200-400mm in diameter using equipment like die heads, cooling mandrels, a forming machine, mould blocks, a spray bath, cut-off unit, and stacker. Line 2 will produce larger pipes from 500-800mm in diameter using similar equipment but with higher power requirements. Both lines aim to operate continuously to meet production needs.
The document provides an overview of wellhead components and their functions. It discusses the key parts of a wellhead including casing head housing, casing head spool, tubing head spool, flanges, seals, and hangers. The document also outlines API specification 6A for wellheads and the objectives of the course which are to familiarize students with wellhead components, selection criteria, API standards, and installation/use considerations.
The document describes Varel International's roller cone drill bit technology and product lines. It discusses Varel's advanced technologies for drill bit design including finite element analysis, computational fluid dynamics, and geological analysis software. It also provides details on several of Varel's roller cone bit series, including the High Energy series, Compass series, A-Force series, and Challenger series, outlining features such as bearing designs, cutting structures, seal technologies, and options.
U.S. Bellows, Inc. manufactures a wide variety of engineered expansion joints for industries such as power generation, chemical processing, and shipbuilding. It was formed through the acquisition of two expansion joint companies and has over 450,000 square feet of manufacturing space near the port of Houston. U.S. Bellows uses computer modeling and rigorous testing to design and produce custom expansion joints from thin metal bellows to thick fabric designs using processes like roll forming, hydroforming, and welding.
WU Ram Type BOP - Worldwide Oilfield Machinewomgroup
This document provides specifications and dimensional data for WOM blowout preventers (BOPs). It includes details on WOM's BOP stack, major features of the WU ram-type BOP, specifications, dimensional data for single and double WU BOP configurations, components, ram types, hydraulic control systems, and maintenance guidelines. Dimensional tables list key measurements for WU BOPs in various bore sizes and pressure ratings.
WOM’s Annular BOP has a conical bowl designed piston with a length-to-diameter ratio approaching 1 which eliminates tendencies to cock and bend during operations with off-center pipe or unevenly distributed accumulations of sand, cuttings, or other elements.
WOM’s Annular BOP has a conical bowl designed piston with a length-to-diameter ratio approaching 1 which eliminates tendencies to cock and bend during operations with off-center pipe or unevenly distributed accumulations of sand, cuttings, or other elements.
This document is a catalog from Jamesbury that describes their ball valves, butterfly valves, and actuators. It provides an overview of their product lines including flanged ball valves, threaded ball valves, value line ball valves, high performance butterfly valves, actuators, and accessories. For each product line it lists available sizes, pressure and temperature ratings, material options, and the relevant product bulletin. The catalog emphasizes Jamesbury's focus on quality, reliability, performance, and safety in valve and actuator solutions.
Anderson Greenwood is a world class manufacturer of industrial pressure relief valves, providing protection from system overpressure in vessels, tanks, piping, and other closed systems.
This document is a technical manual from OPTIBELT that contains information about V-belt drives, including V-belts, V-grooved pulleys, and bushes. It provides product descriptions, specifications, and calculations for designing drives using OPTIBELT components. The manual includes sections on various high performance wedge belts, classic V-belts, kraftbands, cogged belts, double-sided belts, pulleys, bushes and conveyor belts, with standard profiles and power ratings listed. It also provides guidelines for drive calculation, design support, installation and maintenance.
Trunnion Ball Valves are shut-off valves that control the flow of a liquid or gas by means of a rotary ball having a bore. By rotating the ball a quarter turn (90 degrees) around its axis, the medium can flow through or is blocked. They are characterized by a long service life and provide reliable sealing over the life span, even when the valve is not in use for a long time. As a result, they are more popular as a shut-off valve.
Product Features
Split body, Full bore
Flanged connections
Blowout-proof stem
Non-removable antistatic devices
Cavity pressure balancing hole
Live Loaded Packing
Standards
API 6D
PED
Quality Standard
MSS SP 55
All wetted component materials meet NACE MR0175 / ISO15156 & NACE MR0103 / ISO17945
Fire-Safe API 607, ISO 10497, API 6FA
Fugitive Emissions : ISO 15848 / TA-LUFT
ATEX
Sectors
Oil and gas
Chemical and
Petrochemical
Paper industry
Energy
Food and Pharmaceutical
Naval Sector
Storage tanks and terminals
Mining
Waste management
Fluid transport
This document provides maintenance, troubleshooting and service information for the OV-II Empty Bottle Inspector system from Industrial Dynamics Company. It outlines the periodic maintenance procedures that should be followed, including daily, weekly and monthly tasks. Examples of daily maintenance include cleaning the diffuser glass and inspection head lenses. Weekly maintenance includes checking the vacuum system and lubricating parts. Monthly maintenance involves more thorough inspections, such as of the starwheels and guide assemblies. The document also provides troubleshooting guides and procedures for repairing or replacing various parts.
2. Company Overview/Company Strengths......................................................................................................... 3
Casing Heads...................................................................................................................................................... 4
Casing Spools..................................................................................................................................................... 5
Tubing Heads...................................................................................................................................................... 6
Multi-Bowl System............................................................................................................................................. 7
Casing Hangers .................................................................................................................................................. 8
Secondary Seals................................................................................................................................................. 9
Tubing Hangers................................................................................................................................................. 10
Chokes............................................................................................................................................................... 11
Tubing Head Adapters...................................................................................................................................... 12
Tree Caps/Tees/DSA’s/Flanges......................................................................................................................... 13
High Pressure Gate Valves and Frac Components........................................................................................ 14
M Type Gate Valves.......................................................................................................................................... 15
FC and FLS Type Gate Valves.......................................................................................................................... 16
UWS Actuated Safety Valves .......................................................................................................................... 17
Consumables.................................................................................................................................................... 18
UWS Pressure Sensors.................................................................................................................................... 19
Conventional Wellhead Configuration Chart................................................................................................. 20
Terms and Conditions...................................................................................................................................... 21
Service Coverage.............................................................................................................................................. 23
Table of Contents
3. Universal Wellhead Services, LLC | www.universalwellhead.com | 3
Universal Wellhead Services, LLC “UWS” was formed April 2010. (UWS provides drilling and completion designs, new and
remanufactured wellhead equipment, and service personnel to the oil and gas industry.) Our primary focus is the sale and
installation of wellhead equipment, ancillary product lines which include valves, manifolds, frac trees, repair, remanufacture, and
field service. Our products are used both in the drilling and completion phases of the oil and gas industry. UWS has in-house
machine capabilities which allows us to quickly and efficiently repair existing customer owned wellheads. We maintain computer
generated inventory programs that enable us to utilize our customers inventory while providing them with detailed accurate
inventory reports.
UWS has offices and full service shops based in Corpus Christi, Odessa, Houston, Texas ; Shreveport, Louisiana; Meshoppen,
Pennsylvania; Newcomerstown, Ohio.
Company Strengths
Superior Customer Service
Our qualified technicians are available 24 hours a day, 7 days a week for installation, repair, maintenance of all types of
production wellheads, production trees, and valves. UWS provides the resources, employs motivated and knowledgeable
personnel to satisfy the customer’s needs in a timely manner.
Convenience
Offer clients a wide range of products/services in a flexible and timely manner. In house machine capability allows UWS to
quickly manufacture and efficiently remanufacture customer owned components.
Low Cost Country Manufacturing, and Testing Capabilities
UWS has a long-term relationship with a manufacturing research and development team in the US and China. This relationship
allows us access to engineering, testing and a manufacturing floor in China that gives us the ability to pass on cost savings to our
customers.
Location
Excellent and easily accessible locations that offer proximity to drilling activity, flexibility for our clients needs while providing a
positive, attractive and inviting atmosphere.
Dependability and Reliability
Provide a continued research/development program to design and manufacture state-of-the art products. Provide solutions to
each and every customer’s unique requirements. Stand behind our products and services throughout the entire business cycle.
Improve products and services by analyzing our customer needs. We offer a one year warranty on all new and remanufactured
equipment as well as on all full repairs performed in our facilities.
Safety
We are a current, active member in ISNetworld and have a thorough, detailed safety training program. All UWS employees are
enrolled in ongoing training programs. JSA’s are used on every job site.
Environmental
Provide a clean, upscale work environment conducive to maintaining an innovative atmosphere.
Company Overview
4. 4 | Universal Wellhead Services, LLC | www.universalwellhead.com
The Casing Head is the lowermost head in a wellhead system.
It is connected to the surface casing by one of several possible
methods. The upper connection of the casing head is usually
flanged and connects to the next wellhead - as well as the
BOP’s during the drilling process.
Functions:
• Provides an attachment and sealing point to the surface
casing.
• Allows for pressure testing of the weld when a SOW
bottom is used.
• Allows for support and testing of a BOP system while
drilling out for the next casing string.
• Provides a casing hanger load shoulder and bowl for
hanging and sealing of the next casing string.
• The load shoulder and bowl also accommodate BOP test
plugs.
• Provides two outlets for annular access and monitoring.
• Provides a means for Wear Bushing installation and
retention.
• Can be supported by the conductor pipe via an optional
base plate.
• C-29 bowls available for extreme casing loads.
• Either bowl will accept a C-21 Casing Hanger for low weight
situations.
Options:
• Base Plates are custom made and pre-installed depending
on customers needs.
• Bottom Connections available in the following profiles:
- Slip-on Weld (SOW) with internal o-ring (outside only
weld)
- Slip-on Weld (SOW) no o-ring (outside and inside weld)
- Threaded female casing thread
- Threaded male casing thread
- Slip-Lock (weld-less) Locks to casing with slips
energized via studs
• Lock-down Pins
- Full set of pins to secure mandrel casing hangers (suffix
“L”)
- BP pins (bowl protector) to secure wear bushings while
drilling (suffix “BP”)
• Outlets
- Threaded 2” LP (LPO)
- Threaded EUE 8rd
- Side studded outlets (SSO) with internal VR prep
- Extended flanged outlets (EFO) with internal VR prep
UWS C-22 and C-29 Casing Heads
Standard
C-22 with Slip-on Weld Prep with Line Pipe Outlets
or Studded Side Outlets
Optional
C-22-BP has 2 lockscrews to hold the wear
bushing in place
Optional
Threaded Bottom Prep Slip on Weld Prep
with “O” Ring
5. Universal Wellhead Services, LLC | www.universalwellhead.com | 5
The Casing Spool is a wellhead component that provides a
means to support and seal an intermediate casing string. The
upper section has a straight type bowl and a 45 degree load
shoulder to support the production casing string. The lower
section houses a secondary seal to isolate the two casing
strings and provide a means to test the wellhead seals.
Functions:
• Provides a sealing point over the intermediate casing.
• Allows for pressure testing of the wellhead seals to isolate
the casing strings.
• Allows for support and testing of a BOP system while
drilling out for the next casing string.
• Provides a casing hanger load shoulder and bowl for
hanging and sealing of the next casing string.
• The load shoulder and bowl also accommodate BOP test
plugs.
• Provides two outlets for annular access and monitoring.
• Provides a means for Wear Bushing installation and
retention.
• C-29 bowls available for extreme casing loads.
• Both accept C-21 and C-21-P Casing Hangers for low
weight situations.
Options:
• Outlets
- Threaded 2” LP (LPO)
- Threaded EUE 8rd
- Side Studded Outlets (SSO) with internal VR prep
- Extended Flanged Outlets (EFO) with internal VR prep
• Bottom profile
- BG (blank), accepts a wide variety of secondary seals
- O-ring bottom, made to specific casing sizes
- P-Seal bottom, made to specific casing sizes and must
be energized by plastic packing
- FS bottom (high pressure) made to specific casing size
• Lock-down Pins
- ET style pins eliminate exposed lock-down pin threads
- Full set of pins to secure mandrel casing or tubing
hangers (suffix “L”)
- 2 BP pins (bowl protector) to secure wear bushings
while drilling (suffix “BP”)
UWS C-22 and C-29 Casing Spools
Standard
C-22-BG with BG bottom and Studded Side
Outlets also available with Line Pipe Outlets
Optional
C-22-BP has 2 lockscrews to hold the wear
bushing in place
Optional
Optional C-22-L has full set of lockscrews to
secure a mandrel hanger
6. 6 | Universal Wellhead Services, LLC | www.universalwellhead.com
The Tubing Head is the uppermost spool in a wellhead assembly.
It provides a means to support and seal a tubing string. The
upper section has a straight type bowl and a 45 degree load
shoulder to support and seal the tubing string by means of a
tubing hanger. There is a full set of lock-screws to safely secure
the tubing hanger in the head. The lower section houses a
secondary seal to isolate the production casing string and
provide a means to test the wellhead seals. Threaded or weld-on
tubing heads attach directly to the production casing.
Functions:
• Provides a sealing point over the production casing.
• Allows for pressure testing of the wellhead seals to isolate the
casing strings.
• Provides a tubing hanger load shoulder and bowl for hanging
and sealing of the tubing.
• The load shoulder and bowl also accommodate a test plug.
• Full set of lock-down pins to secure tubing hanger
• ET style pins eliminate exposed lock-down pin threads
• Provides two outlets for annular access and monitoring.
• Provides a means for Wear Bushing installation and retention.
• TC-60 bowls available for dual completions.
• Accepts Frac Isolation Sleeves for tubing head isolation
during high pressure casing frac jobs.
Options:
• Outlets
- Threaded 2” LP (LPO)
- Threaded EUE 8rd
- Side Studded Outlets (SSO) with internal VR prep
- Extended Flanged Outlets (EFO) with internal VR prep
• Bottom Profile
- BG (blank); accepts a wide variety of secondary seals
- O-ring bottom; made to specific casing sizes
- P-Seal bottom; made to specific casing sizes and must be
energized by plastic packing
- FS bottom (high pressure) made to specific casing sizes
• Bottom Connection
- Flanged to bolt directly to casing head or spool
- Slip-on Weld (SOW) with internal o-ring (outside weld
only)
- Slip-on Weld (SOW) no o-ring (outside and inside weld)
- Threaded female casing thread
- Threaded male casing thread
• Bowl Profile
- Standard TCM bowl provides a straight bowl with a 45
degree load shoulder that accepts a wide variety of single
completion tubing hangers.
- TC-60 bowl provides a straight bowl with 45 degree load
shoulder with the addition of two alignment pins for dual
completion tubing hangers.
• Modified for Frac Isolation Sleeve
- All flanged bottom tubing heads can be modified to
accept our Frac isolation sleeve
- Sleeve is pre-installed and tested in our facility.
UWS TCM and TC-60 Tubing Heads
Conventional Tubing Head
Frac Isolation
Sleeve
Production Casing
Tubing Head with Frac Isolation Sleeve
Frac Valve
7. Universal Wellhead Services, LLC | www.universalwellhead.com | 7
The UWS Multi-Bowl System is a wellhead assembly that
provides a means to support and seal two casing strings, without
the need to break the BOP stack. The assembly consists of 2
wellheads bolted together (Casing head and Casing spool). The
lower section has a straight type bowl and a 45 degree load
shoulder to support the lowermost casing string. The casing
hanger is fluted to allow returns while cementing. A pack-off is
installed creating a second load shoulder to support the next
casing string. This pack-off incorporates seals to isolate the two
casing strings and provide a means to test the wellhead seals.
Emergency slip type casing hangers are brought on all jobs in
case the casing becomes stuck. Should this happen, the wellhead
assembly is separated and the slip hanger is installed. The
MBS System comes complete with a full array of rental tools.
Wear bushings, running tools, standard and emergency casing
hangers and pack-off support bushings, running tools for the
casing hanger, pack-off, wash out tool and BOP test plugs.
Functions:
• Provides a sealing point over the intermediate casing.
• Allows for pressure testing of the wellhead seals to isolate the
casing strings.
• Allows for support and testing of a BOP system while drilling
out both casing strings.
• Provides a casing hanger load shoulder and bowl for hanging
and sealing two casing strings.
• Both load shoulders and bowls accommodate BOP test plugs.
• Provides two outlets on both the upper and lower spools for
annular access and monitoring.
• Provides a means for Wear Bushing installation and retention
in both sections.
• C-29 bowls available for extreme casing loads.
• Accepts C-21 Casing Hangers for low weight situations.
Features:
• Improved Safety – Less time working under the BOP stack.
• Significant time savings – No need to break the BOP stack.
• Accepts standard wellhead completion equipment.
• Available in most casing program sizes.
• Emergency slip hangers available in the event the casing
becomes stuck.
• Casing Hanger running tool can be tested on the rig floor,
prior to landing the casing.
• Cementing is done through the casing hanger running tool as
soon as the string is landed in the bowl.
• Casing Hanger is fluted to allow returns around the outside of
the hanger.
• MBS assembly can be installed under the rig floor, or lowered
through the rotary.
• Back-pressure valve profiles available in all mandrel hangers.
• Upper housing can be removed and a conventional wellhead
installed in its place.
Bottom Connections:
• Slip-on Weld (SOW) with internal o-ring (outside weld)
• Slip-on Weld (SOW) no o-ring (outside and inside weld)
• Threaded female casing thread
• Threaded male casing thread
• Slip-Lock (weld-less) Locks to casing with slips energized via
bolts
Outlets:
• Threaded 2” LP (LPO)
• Threaded EUE 8rd
• Side studded outlets (SSO) with internal VR prep
• Extended flanged outlets (EFO) with internal VR prep
Lock-down Pins:
• Full set of pins to secure mandrel casing hangers
• Pins also engage the wear bushing to prevent rotation
• ET style pins eliminate exposed lock-down pin threads
UWS MBS Multi-Bowl System
MBS with emergency slip type casing hangerMBS with fluted mandrel casing hanger
8. 8 | Universal Wellhead Services, LLC | www.universalwellhead.com
The Casing Hanger is a wellhead component that provides
a means to support and seal a casing string. These hangers
are a wrap-around style and use slip segments that bite into
the casing to support the entire casing load. Our hangers are
available in all standard API casing sizes.
Functions:
• Slip Type Hangers
- Supports the casing by transferring the casing load to
the load shoulder in the casing head or spool.
- Provides a sealing point around the casing and the
casing head bowl to isolate the casing strings.
- Can be lowered through a full opening BOP stack into
the wellhead.
- Latch bolt prevents accidental opening of the hanger
during installation.
- C-22 and C-29 hangers provide an automatic pack-off
seal that is energized by casing weight.
- C-21 hangers are used in conjunction with a separate
pack-off plate and are used in low weight situations.
- C-21-P hangers incorporate a built in seal that is
manually activated by bolts on top of the hanger
- C-22 hangers require as little as 47,000 pounds of casing
load to energize the seal (depends on casing size).
- C-29 hangers have stronger lower support plates and
support greater casing loads.
• Mandrel Type Hangers
- Supports the casing by transferring the casing load to
the load shoulder in the casing head or spool.
- Suspend the casing weight by means of threading the
pipe to the lowermost threads in the hanger.
- Lift threads in the top of the hanger are used for landing
and retrieving the hanger into the wellhead. ACME
threads and a separate running tool can be used in
place of the lift threads.
- Optional flutes allow for fluid bypass or taking returns
during cementing.
- Separate pack-off bushing- seals around the hanger
neck and the wellhead bowl. In the MBS system it also
serves to provide another load shoulder to support the
next casing string.
UWS C-22, C-21, C-21-P and C-29 Casing Hangers
C-22
C-21
C-29
H-Packoff
9. Universal Wellhead Services, LLC | www.universalwellhead.com | 9
The secondary seal is a wellhead component that provides
a means to isolate and seal a casing string. These seals are
installed in the bottom prep of a casing spool or tubing head
with a BG bottom prep. They enable you to test the primary
seal (casing hanger) via test ports located on the wellhead, and
have a built in bit guide to protect the casing. UWS secondary
seals are available in all standard API casing sizes.
• Seal Types
- O-rings; we use HNBR 80 to 90 durometer o-rings as
our standard o-ring. O-rings are available in Viton, Aflas,
Nitrile and HNBR high and low temp.
- FS Seals; this seal is designed to seal around rough
casing. The seal in 9-5/8” and smaller sizes is rated
to 15,000 psi. Our standard FS seal is HNBR 85 to 90
durometer. This seal is available in several different
materials and for different temp ratings.
- Springsele (S-Seal); this seal is designed to seal the
bushing OD against the wellhead body. They are rated
to over 15,000 psi and the standard material is HNBR 85
to 90 durometer. Different materials and temp ratings
are available.
- P-Seals; this seal is designed to seal against rough
casing and requires plastic packing applied under
pressure to activate it. The seal is available in several
different materials and temp ratings.
- PE seals: this seal has a rubber element that is aprox 2”
thick and seals against the casing and the wellhead. This
seal is designed for low pressure general purpose use
and is available in limited material and temp ratings.
• Types of bushings for BG bottom heads
- 4-0 bushing; has internal and external o-ring seals to
seal on the casing and inside the wellhead. Standard
seal for general purpose wellheads.
- FS-S bushing; has FS seals in the ID to seal around the
casing and S-Seals on the OD to seal in the wellhead.
High pressure seal good up to 15,000 psi.
- FS-SL bushing; same seal as the FS-S only secured
in the wellhead with an ACME threaded lock ring as
opposed to a snap ring.
- PE seal; 4 piece seal consisting of an upper plate, 2”
thick seal element, lower plate, and a snap ring. For low
pressure applications.
UWS Secondary Seals
PE Seal
FS-SL
2-0
4-0
10. 10 | Universal Wellhead Services, LLC | www.universalwellhead.com
The tubing hanger is a wellhead component that provides
a means to suspend and seal a tubing string in a tubing (or
casing) head. The tubing hanger lands in the top prep of tubing
head and is retained in the tubing head with lock-down pins.
It seals the annulus between the tubing and the production
casing. UWS tubing hangers are available in all standard API
tubing sizes.
• Tubing Hanger Types
- TC-1W; is a wrap around style tubing hanger that is
designed to seal the annulus, but not suspend the
tubing string itself. It seats inside the tubing head bowl
and has a seal that is activated by engaging the lock-
down pins. It can be used in conjunction with the BO-2
hanger coupling and B-2P, B-1 or KTH adapters.
- BO-2; is a mandrel hanger coupling threaded on both
ends with any API tubing thread (suspension and lift
threads) and has an internal back-pressure valve prep.
The BO-2 coupling then screws into the BO-2 adapter by
rotating the tree assembly. It is used in conjunction with
a TC-1W or a stripper rubber. Ideal for situations when
you want to pick up the tree and tubing together.
- TC-1A; this is a mandrel type hanger that has female
suspension and lift threads. This hanger can be landed
through a full opening BOP stack. The seal is activated
by tubing weight and the lock-down pins.
- TC-1A-B; this hanger is the same as the TC-1A but
includes a back-pressure valve prep. It can be easily
snubbed in under pressure.
- TC-1A-EN; same design as the TC-1A-B only with an
extended neck that protrudes above the tubing head.
The extended neck incorporates 2 or more S-seals. The
A-5P tubing head adapter seals over the neck of this
hanger offering a second seal point so the hanger can
be tested. The body seal is activated by the lockdown
pins.
- TC-1A-EN-CL; same hanger as the TC-1A-EN, but
includes porting for down-hole control lines. The neck
has extra S-seals to isolate the ports and the A-5P
adapter has porting to access and test them.
- TC-60; this hanger is designed for dual completions and
is used in conjunction with the TC-60 tubing head.
- TC-22; Slip type hanger that will support casing or
tubing in the bowl. Seal is weight activated and it is
retained in the head by the lock-down pins. Can hang up
to 4-1/2” OD casing in a standard 7-1/16” bowl.
• Seal Material
- Standard material for all tubing hangers is HNBR 80 to
90 durometer.
- Viton, Aflas and high/low temp HNBR are available
upon request.
• Hanger Material
- All tubing hangers are available in alloy, stainless or
Inconel for all API trim specifications.
UWS Tubing Hangers
TC-1A-EN
TC-1A-B BO-2
TC-1A
TC-1W
Lift Threads
Suspension
Threads
Lift Threads
Back Pressure
Valve Prep
Suspension Threads
Lift Threads
Back Pressure
Valve Prep
Suspension
Threads
Lift Threads
Back Pressure
Valve Prep
Suspension
Threads
ACME O.D.
Threads
11. Universal Wellhead Services, LLC | www.universalwellhead.com | 11
The wellhead Christmas tree choke is a device that regulates
the flow of liquids and gases. Standard chokes have a 90
degree angle body design and are needle and seat style. Inline,
cage style and actuated chokes are available upon request.
Chokes are available in either Positive or Adjustable with a
variety of trim sizes and designs. They are available in API
flange sizes up to 4-1/16”, in pressure ranges from 2,000 psi to
15,000 psi and for all API trim and temperature ratings.
• Choke Types
- 2” LP inlet x 2” LP outlet. For low pressure screwed
trees. Available in alloy steel only and in pressures of
2k, 3k and 5k.
- 2-1/16” 5K Flanged inlet x 2” LP outlet. Low end
choke for flanged trees. Available in alloy steel only in
pressures of 3k and 5k.
- Flanged inlet x flanged outlet. Higher end choke,
more than twice the body wall thickness in the curve.
Available in alloy or 410 SS in pressures of 5k, 10k and
15k. (All 10k and 15k chokes are flanged x flanged.)
• Adjustable Choke Trims
- HS trim (hardened steel) is for standard service.
- TC trim (tungsten carbide) is an upgrade that
incorporates carbide on the tip of the stem and contact
area of the seat.
- FL-TC trim (fully lined tungsten carbide) has carbide
on the tip of the stem and the entire seat is lined with
carbide.
- Needle and seat sizes available from ¾” to 2”,
depending on choke size.
- Choke stem packing and o-rings are available for
standard and sour service.
• Positive Choke Trims
- Flow beans are available in increments of 64th of an
inch.
- Ceramic lined flow beans are standard service.
- Fully lined Carbide flow beans available for extended
wear.
- All flow beans are available with Xylan coating on the
threads (recommended for SS chokes)
- Positive chokes are available with ½” NPT or 9/16” HP
tapped port for bleed fitting or needle valve.
- Choke cap o-rings are available in HNBR-90 (standard),
Viton, Aflas and high/low temp HNBR.
UWS Chokes
Threaded Inlet and Outlet Flanged Inlet/Threaded Outlet Flanged Inlet/Flanged Outlet
12. 12 | Universal Wellhead Services, LLC | www.universalwellhead.com
The tubing head adapter creates a transition between the
tubing head and the Christmas tree. The bottom connection
bolts to the tubing head and the top connection attaches to the
lower master valve. Adapters are available in several types for
single or dual completions. They are available in all standard
API flange sizes, pressures and trims. Its primary function is to
suspend the tubing string and seal the annulus between the
tubing and production casing.
• Adapter Types
- B-1; is a flanged bottom adapter with female suspension
threads and male top threads that connect to the lower
master valve. Ideal for pumping or low pressure wells.
- KTH; bolts to the tubing head and has an internal slip
and seal assembly to suspend and seal around the
tubing. The lower master screws directly to the tubing.
Ideal for pumping or low pressure wells where tubing
stretch is limited.
- B-2P; has a flanged or studded top and bottom
connection and internal female suspension threads to
suspend the tubing. No BPV prep is available and it is
used in conjunction with the TC-1W.
- BO-2; has a flanged bottom connection, a studded top
and internal ACME threads to support a BO-2 hanger
coupling. The BO-2 coupling screws on to the tubing
and directly into the BO-2 adapter by rotating the
tree assembly. The BO-2 coupling has internal back-
pressure threads and is used in conjunction with the
TC-1W wrap around tubing hanger.
- A-5P; flanged or studded bottom and top connections.
It is made to seal over the neck of the TC-1A-EN tubing
hanger. Optional ports are available for down-hole
control lines. The tubing hanger stays in the tubing
head when the tree is picked up.
- Dual Completion; flanged or studded bottom, prepped
internally to seal over the TC-60 tubing hanger. Top
connection can be prepped for either dual block valves
or dual segmented valves.
UWS Tubing Head Adapters
B-1
Top Threads
Suspension Threads
A-5P
Seal Pocket
for TC-IA-EN
B-2P Suspension Threads
BO-2
ACME
Threads for
BO-2 Hanger
Coupling
13. Universal Wellhead Services, LLC | www.universalwellhead.com | 13
UWS Tree Caps
The tree cap bolts to the top of Christmas tree and provides
quick access to the tubing bore via a nut and plug assembly.
Internal tubing threads are used for installing and removing the
tree assembly. The top of the nut and plug assembly is tapped
for a needle valve and pressure gauge. They are available in all
standard API flange sizes, pressures and trims.
UWS Tees and Crosses
UWS offers studded and flanged tees and crosses in all API
flange sizes, pressures and trims. Crosses or Tees with 45
degree outlets are available upon request.
UWS DSA’s and Cross-over Spools
UWS offers double studded adapters and cross-over spools in
all API flange sizes, pressures and trims.
UWS Flanges
• Companion Flanges; available with all common casing and
tubing threads in all API flange sizes, pressures and trims.
• Weld Neck Flanges; prepped to weld to any specified API
casing or tubing.
• Gauge or Instrument Flanges; made to be installed in-
between any API 6As flange and ported with ½” NPT or
9/16” HP connections.
• Blind Flanges; Available in solid or tapped with ½” NPT or
9/16” HP.
• Union Flanges; API flanges with 1502 or Bowen union
halves on one end. (Other unions are available upon
request) Available with either male or female union ends.
All flanges are 1 piece with no welded connections.
UWS Tree Caps/Tees/DSA’s/Flanges
Tree Cap
Studded Cross or Tee Various Flanges
DSA/Cross-over Spool
14. 14 | Universal Wellhead Services, LLC | www.universalwellhead.com
High Pressure Gate Valves
Universal offers BSO (Ball Screw Operators) on most high
pressure gate valves. They are available with flanged ends in
standard bore sizes from 4-1/16” through 7-1/16” in working
pressures of 10,000 psi and 15,000 psi. Double acting hydraulic
gate valves are also available.
Reduced Torque
• Reduces torque as much as 50%
• 2 Heavy duty thrust bearings assist in further reducing
overall torque
Valve Features
Full-Bore Thru-Conduit Design
• Maximizes valve service life
• Eliminates the collection of destructive particles
Floating Slab Gate and Seats
• “T” slotted gate allows the gate to float, reducing deflection
and binding
• Produces a positive pressure energized seal
• Body pressure equalizes across the seat ring/body bushing,
eliminating body erosion in the seat pockets
Metal-to-Metal Seals
• Body/bonnet interface, gate/seat ring/body bushing
interfaces, body/body bushing interface
• Gate and seat are overlaid with Tungston Carbide
• Valve bodies and bonnets are forged steel
Metal-to-Metal Backseat
Long Life, Low Maintenance
• Simple routine maintenance program limits repairs, eases
operation, protects against corrosion, and extends service life
• In-line Repairability
Frac Components
• Frac Adapters made to customer specifications for all API
connections.
• Goat Heads available with four, five or six outlets.
• 1502 union flanges available in any standard API size.
• Flow Crosses available for all frac stacks with outlet sizes
ranging from 1-13/16” through 7-1/16”
• Adapters, DSA’s, and Cross overs available in all API sizes.
High Pressure Gate Valves and Frac Components
UWS Goat HeadHydraulic Operated Ball Screw Operated
15. Universal Wellhead Services, LLC | www.universalwellhead.com | 15
Universal’s M type gate valve features a non-rising stem with
an expanding gate design to provide safe, dependable service
in a variety of environments. They are available with flanged
or threaded ends in standard bore Sizes from 2-1/16” through
7-1/16” in working pressures from 2,000 psi through 5,000 psi.
Gate Valves are available in both new API monogrammed and
remanufactured- both are warranted for one year.
Full-Bore Thru-Conduit Design
• Maximizes valve service life
• Eliminates the collection of destructive particles
Expanding Gate
• Produces a positive mechanical seal across the seats
• Isolates the body cavity from bore pressure in both the
open and closed position
Seats
• Press fit or o-ring slip fit seats available. Both have Teflon
inserts in the face to form a positive seal against the gate
even in low pressure situations. The seats are tightly
wedged in the seat pocket when the valve is in the full
open and full closed position.
Metal-to-Metal Seals
• Body/bonnet interface, and gate/seat interface
In-line Repairability
• Stem packing can be re-energize while the valve is
under pressure
Long Life, Low Maintenance
• Simple routine maintenance program limits repairs,
eases operation, protects against corrosion, and
extends service life
Material Options
• Available in API trims AA, BB, CC, DD, EE, FF and HH
• Forged body valves available upon request
• Available in all API temp ratings
• Internal coating (such as Xylan) available upon request
M Type Gate Valves
Flanged End Valves Threaded End Valves
16. 16 | Universal Wellhead Services, LLC | www.universalwellhead.com
Universal’s FC and FLS gate valves feature a non-rising
stem with a slab gate floating seat design to provide safe
dependable service. They are available with flanged ends in
standard bore sizes from 1-13/16” through 7-1/16” in working
pressures of 10,000 psi and 15,000 psi. Gate Valves are
available in both new API monogrammed and remanufactured
- both are warranted for one year.
Full-Bore Thru-Conduit Design
• Maximizes valve service life
• Eliminates the collection of destructive particles
Floating Slab Gate and Seats
• Produces a positive pressure energized seal
• Body pressure equalizes across the seat ring/body bushing,
eliminating body erosion in the seat pockets
Metal-to-Metal Seals
• Body/bonnet interface, gate/seat ring/body bushing
interfaces, body/body bushing interface
• Gate and seat are overlaid with Tungston Carbide
• Valve bodies and bonnets are forged steel
In-line Repairability
• Seat rings, body bushings, gate, stem and stem packing are
easily replaced in the field
Metal-to-Metal Backseat
• Allows for body pressure containment in the case of stem
packing leak
Long Life, Low Maintenance
• Simple routine maintenance program limits repairs, eases
operation, protects against corrosion, and extends service
life
Also Available
• 5,000 psi wp gate valves
• BSO (Ball Screw Operator) available on the 4-1/16”, 5-1/8”
and 7-1/16” 10,000 psi and 15,000 psi FC and FLS gate
valves
Material Class
• Available in API trims EE, FF, and HH
• Internal coating (such as Xylan) available upon request
Temperature Rating
• Available in all API temp ratings
FC and FLS Type Gate Valves
Model FC Model FLS
17. Universal Wellhead Services, LLC | www.universalwellhead.com | 17
UWS Actuated Safety Valves
Universal’s actuated safety valves feature a slab gate profile,
bi-directional sealing technology and are available with manual
over-rides. Our rugged safety valves are available with flanged
or threaded ends in standard bore sizes from 1-13/16” through
7-1/16” in working pressures from 2,000 psi through 15,000
psi. Our actuated valves are available in Fail Safe Open or Fail
Safe Closed and in most API trims. Safety valves are available
in both new API monogrammed and remanufactured – both
come with a one year warranty.
Full-Bore Thru Conduit Design
• Maximizes valve service life
• Eliminates the collection of destructive particles
Wide Varity of Actuator Types and Sizes
• Pneumatic Diaphram style
• Pneumatic Piston style
• Hydraulic Single Acting
• Hydraulic Double Acting
Manual Over-rides
• Manual over-rides are available for all actuator types
and sizes
• Lock-open caps available for all valves
Floating Slab Gate and Seats
• Produces a positive pressure energized seal
• Body pressure equalizes across the seat ring / body bushing
eliminating body erosion in the seat pockets
Metal to Metal Seals
• Body to bonnet interface, gate to seat interface and seat to
body interface are metal to metal sealing areas
In-Line Repairability
• Seat rings, body bushings, gate, stem are easily replaced in
the field
• Stem packing can be replaced under pressure with our
back-seat capability
• Piston o-rings and diaphragms are also easily replaced in
the field
Long Life, Low maintenance
• Simple routine maintenance programs limit repairs, ease
operation, protect from corrosion and extend service life
Material Class
• Available in API trims EE, FF, and HH
• Internal coating (such as Xylan) available upon request
Temperature Rating
• Available in all API temp ratings
18. 18 | Universal Wellhead Services, LLC | www.universalwellhead.com
Valve Replacement Parts
Complete line gate valve components, for both expanding and
slab gate valves. These are available in a wide variety of trims,
sizes, and working pressures. Valve parts are available for most
major manufacturers valve types and many obsolete models.
Elastomers
• Secondary Seals
• Casing Hangers
• Tubing Hangers
• B02 Adapter
• Tree cap and choke o-rings
• Seal kits for gate valves
• Seal kits and diaphragms for safety valves
Threaded Fittings
• High quality XXH Bull Plugs and Nipples
• Flow tees
• Grease and packing fittings
• Needle Valves
• Pressure gauges
API-6A Metal Ring Gaskets
Universal stocks API-6A Monogrammed R, BX, RX, and
combination ring joint gaskets. All ring gaskets are available in
low carbon steel and 316 stainless steel (Inconel available upon
request). Petromec Rubber-Tip test rings (R and BX) and other
types of materials are available upon request.
Stud Bolts and Nuts
Universal stocks alloy steel stud bolts in 5/8” through 3”
diameter and to any length required. All stud bolts are
pre-nutted.
• Studs ASTM A193 B7; Nuts ASTM A194 2H HEX
• B7 Black Studs and 2H Nuts
• B7 Zinc Yellow Studs and 2H Nuts
• B7 Teflon coated Studs and 2H nuts available upon request
Consumables
19. Universal Wellhead Services, LLC | www.universalwellhead.com | 19
Universal is a stocking distributor for ePilot and Alann pressure
sensors. These systems eliminate fuel gas freeze ups and
costly SS tubing runs. We have experienced technicians to
design, install and repair safety systems and safety system
accessories.
ePilot Pressure Sensors
• High and Low pressure settings available in ranges from
1,000 psi to 15,000 psi
• Unit is in a full SS weather proof enclosure
• Can be configured to monitor pressure, temperature, or
fluid level
• Simple block and bleed system has few moving parts and is
trouble free
• Operated by a 14v Lithium battery with an average 2 year
life span
• Unit automatically shuts in when battery is too low to
operate
Alann IV Pressure Sensors
• Solar powered with a 12v DC sealed lead acid battery
• Up to 8 separate channels per module – can monitor
multiple sensors simultaneously
• Lighted panel indicates tripped sensor, eliminating
guess work
• Audible alarm alerts operator to abnormal condition or
tripped sensor
• Weather proof housing with LED indicators to quickly
determine status
• Optional accessories available such as: telephone dialers,
remote shut in stations, tank level switches, sand and gas
probes, etc.
UWS Pressure Sensors
ePilot Alann IV
20. 20 | Universal Wellhead Services, LLC | www.universalwellhead.com
Tubing Head Adapters
Hanger Coupling
Tubing Hangers
Tubing Spools
Secondary Seals
Casing Hangers
Casing Spools
Secondary Seals
Casing Hangers
Casing Heads
B-1 BO-2 B-2P A-5P
B02
Coupling
TC1W TC1A TC1AB TC1AEN
PE Seal 4-0 Bushing
C-22 Casing Hanger
PE Seal 4-0 Bushing
C-22 Casing Hanger
Slip on Weld Prep Threaded
Bottom Prep
Slip on Weld
Prep With “O”
Ring
Lockscrews
(Optional)
Lockscrews
(Optional)
Conventional Wellhead Configuration Chart
21. Universal Wellhead Services, LLC | www.universalwellhead.com | 21
Terms and Conditions
1. Purchase Orders: Any purchase order received by UWS shall be construed as a written acceptance of our offer to sell
and shall be filled in accordance with the terms and conditions of sale set forth herein. No other terms and conditions
shall apply unless specifically accepted by UWS in writing.
2. Quotations: All quotations are made for prompt acceptance and any terms quoted therein are subject to change
without notice after thirty (30) days from the date thereon unless specifically stated otherwise on the quotation.
3. Cancellations: When an order has been accepted by UWS it may not be cancelled without our written permission.
Cancellation terms will include compensation as necessary, to us for expenses incurred after such an order has been
accepted. Orders for products or parts of special design, size, or materials are not subject to cancellation after we have
accepted order. Orders cancelled due to U. S. Department of Commerce not granting an export license are subject to
cancellation charges.
4. Returns: Written permission must be obtained before returning material to us for credit. When written permission
is acquired, shipment must be returned freight prepaid to UWS designated location before credit can be issued. A
restocking charge will be made on all orders returned for credit and costs that may be necessary to return material to
saleable condition will also be charged. No material will be accepted for credit after thirty (30) days from date of purchase.
Products of special design or equipment altered to fit Buyer’s specifications will not be accepted for credit.
5. Warranties. UWS warrants that if the products covered by this contract are not free from defects in material or
manufacture for a period of twelve months from the date of shipment it will, at its option and in its complete discretion,
either repair or replace the same or refund the purchase price of such products under the following terms and conditions.
If, with that period, UWS receives written notice of any alleged defect or non-conformance of any product and if in UWS’s
sole judgment the product does not conform or is found to be defective in material or workmanship, then Buyer shall,
at UWS’s request, return the part or product, freight prepaid, to UWS’ designated plant. UWS, at its option and in the
exercise of its complete discretion, shall repair or replace the defective part or product or repay to Buyer the full price paid
for such part or product by Buyer. Any repayment of purchase price shall be without interest. UWS’s sole responsibility
and Buyer’s exclusive remedy under this warranty and for any other claim of any nature stemming from the purchase
and/or use of a UWS product shall be limited to such repair, replacement of the product, or repayment of the purchase
price as above provided. If a defective product or a part thereof was not manufactured by UWS, UWS’s warranty to Buyer
and Buyer’s exclusive remedy shall be the pursuit of warranties issued by the manufacturer or intermediate supplier
and only to the extent that UWS is able to recover from its manufacturer or supplier for the same defects. THERE ARE
NO OTHER WARRANTIES, EXPRESS, IMPLIED OR STATUTORY, INCLUDING THOSE OF MERCHANTABILTY AND OF
FITNESS FOR A PARTICULAR PURPOSE. NOR ARE THERE ANY AFFIRMATIONS OF FACT OR REPRESENTATIONS
WHICH EXTEND BEYOND THE DESCRIPTION ON THE FACE HEREOF. UWS SHALL NOT BE LIABLE FOR ANY DIRECT,
INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES ARISING OUT OF ANY DEFECTS OR FROM ANY CAUSE
WHATSOEVER. BUYER WARRANTS TO UWS THAT IT HAS NOT RELIED UPON ANY ACT OR STATEMENT ON THE
PART OF ANY EMPLOYEE OR AGENT OF UWS IN MAKING ITS DECISION TO ENTER INTO THIS CONTRACT. BUYER
WAIVES AND RELEASES ANY SUCH CLAIM OF RELIANCE UPON SUCH ACTS OR STATEMENT(S). When the phrase
“not conform” is used in this agreement, it means that in some material fashion the product(s) does not conform to the
written specifications shown on the Buyers order. UWS makes no warranty that the goods do conform. The remedy set
out above describes the Buyer’s remedy, and the limitations on that remedy, if such an event occurs. In the event that the
Buyer receives non-conforming product(s), all of the terms and conditions and limitation of remedies set out above shall
apply.
6. Technical advice: UWS shall not be responsible for the results of any technical advice or services rendered by any
employee of UWS in connection with the design, installation, use, or repair of the products sold hereunder.
7. Design Modification: UWS reserves the right to change or modify the design and construction of any of its products,
in due course of our manufacturing procedure, without incurring any obligation to furnish or install such changes or
modifications on products previously or subsequently sold.
8. Delivery: Promises of delivery are given as accurately as conditions permit and every effort will be made to make
deliveries as scheduled. All shipping dates are based on receipt of a firm order with complete information contained
therein. In addition, the shipping dates are based on standard quality control checks as a part of the normal production
sequence. Additional inspection or testing required by Buyer which affects normal production sequence will be
considered as extending the shipping dates accordingly. UWS assumes no liability for damages arising out of failure to
deliver material as promised. UWS shall not be liable for failure or delay in delivery due to acts of God, orders bearing
priority rating established pursuant to law, differences with workmen, local labor shortages, fire, flood or other casualty,
governmental regulations or requirements, shortages or failure of raw materials, supplies, fuel, power or transportation,
breakdown of equipment, or any other causes beyond UWS reasonable control, whether of similar or dissimilar nature
to those enumerated. UWS shall have such additional time within which to perform as may be reasonably necessary
under the circumstances and shall have the right to apportion its production among its customers in such a manner as it
may consider to be equitable. In no event shall UWS be liable for any consequential damages or claims for labor resulting
from failure or delay in delivery. UWS reserves the right to make delivery in lots. Upon delivery of each lot, UWS shall
have the right to immediately invoice an appropriate portion of the total selling price. Should shipment be held beyond
22. 22 | Universal Wellhead Services, LLC | www.universalwellhead.com
scheduled date for the convenience of the Buyer, UWS reserves the right to bill immediately for the goods and to charge the
Buyer for warehousing, insurance, trucking charges, and all other expenses incident to such delay.
9. Shipping: UWS endeavors to pack or prepare all shipments so that they will not break, rust, or deteriorate in transit, but
does not guarantee against such damage. Unless requested in writing by the Buyer, no shipments are insured by UWS
against damage or loss in transit. UWS will place insurance as nearly as possible in accordance with the Buyers written
instructions but in such case UWS acts only as agent between the insurance company and the Buyer and assumes no liability
whatsoever.
10. Transportation: Unless otherwise specified in our sales quotation:
a. transportation charges shall be based upon point of manufacture and shall be paid by the Buyer;
b. customs duties, consular fees, insurance charges, and other applicable charges
shall be borne by the Buyer;
c. responsibility for goods sold shall pass to the Buyer F.O.B. point of manufacture, unless other wise specifically accepted
by UWS in writing.
11. Insurance: UWS will place insurance as nearly as possible in accordance with the written instructions of its Buyers, but will
assume no liability for the placing of such insurance or as to the ultimate recovery in case of breakage, damage, or loss.
12. Claims for Shortages: Any claims for shipping loss, breakage, or damage (obvious or concealed) are Buyer’s responsibility
and should be made to the carrier. UWS will render Buyer reasonable assistance in securing satisfactory adjustment of such
claims. Any notices of shortages or other errors must be made in writing to UWS within fifteen (15) days after receipt of
shipment. Failure to give such notice shall constitute unqualified acceptance and a waiver of all claims by Buyer. Risk of loss
for damages to the products sold hereunder passes to Buyer upon delivery to the carrier regardless of who pays shipping
costs.
13. Taxes: Any tax or other charge imposed by law on the sale or production of goods or the performance of services shall be
paid by the Buyer unless the law specifically provides that such payment must be made by UWS.
14. Consular Fees: Consular fees for legalizing invoices, stamping bills of lading, or other documents required by the
laws of any country or destination are not included in quotation or selling prices. If instructed in writing, UWS will make
arrangements for consular documents and declarations as agent of the Buyer, but UWS assumes no liability whatsoever as a
result of making arrangements.
ALL OTHER REPRESENTATIONS, WARRANTIES, AND CONDITIONS, EXPRESSED OR IMPLIED, STATUTORY OR OTHERWISE,
RELATING TO MATERIAL OR APPARATUS SUPPLIED BY UWS OR PROVIDED BY UWS IN CONNECTION THEREWITH ARE
EXCLUDED, UNLESS SPECIFICALLY AGREED TO IN WRITING BY UWS.
23. Universal Wellhead Services, LLC | www.universalwellhead.com | 23
Service Coverage
Corpus Christi
5729 Leopard St., Bldg 9
Corpus Christi, TX 78408
Main line: 361-299-1100
Fax: 361-299-1116
Shreveport
1710 N. Hearne Ave.
Sheveport, LA 71107
Main line: 318-779-1829
Fax: 318-779-1912
Houston
6401 Cunningham Rd.
Houston, TX 77041
Main line: 713-849-3003
Fax: 713-849-3004
Newcomerstown
126 New Pace Rd.
Newcomerstown, OH
Main line: 740-492-0403
Fax: 740-492-0410
Odessa
1541 Windcrest
Odessa, TX 79763
Main line: 432-332-3039
Fax: 432-332-4758
Meshoppen
2058 State Route 3001
Meshoppen, PA 18630
Main line: 570-833-4141
Fax: 570-833-4143
Service
Coverage
Represents
the
states
in
which
UWS
has
service
coverage.
UWS
full
service
shops
are
based
in
Houston,
Corpus
Chris=,
Odessa,
Texas;
Shreveport,
Louisiana;
Meshoppen,
Pennsylvania
;
Newcomerstown,
Ohio.
Represents the states in which UWS has service coverage.
UWS full service shops are based in Houston, Corpus Christi, Odessa, Texas;
Shreveport, Louisiana; Meshoppen, Pennsylvania ; Newcomerstown, Ohio.