Midland oil tools services c.a

Solutions We Provide. Rental Services. Knight Energy Services is one of the largest privately held rental tool company in the oil and gas industry. Tubular Running Services. The quality of our tubular running tools and our customer service is what sets Knight Energy Services apart. Remedial Solutions. Our Remedial Solutions team has a more extensive inventory of tools than the competition. Midland Oil Tools International. Tubular Running Services M. Customers We have provided direct and indirect services to a large number of international companies such as:.

After well has been repaired or tested, Plug can be equalized and pulled with standard wireline tools. It is not locked into the profile, and has a built-in method of allowing equalizing before pulling. The B Probe is a wireline manipulated device that in used to close the dogs or locks on a Baker top or bottom NoGo Style lock mandrel in order to remove it from the well.

By lowering the stop to the desired depth and lifting upward, the latch springs are tripped allowing the stop arms to expand into the collar recess. Downward jarring on the inner mandrel pushes it down behind the collar stop arms locking them into places in the collar recess.

The Tubing End Locator is used to determine the depth of the tubing through the use of a spring loaded finger. The spring loaded finger catches the end of the tubing, when pulled upward, registering a reading on the surface weight indicator.

The Single Strand Rope Socket is the means used to attach single strand wireline with the wireline toolstring. The spool type rope socket is recommended for use with 0. The Brass Wedge Rope Socket is used as a means of connecting the wireline to the wireline toolstring.

The line is run through the body and around the brass wedge. With the line set in the provided groove of the brass wedge, the line and brass wedge are pulled tightly into the taper of the body. Recommended for use with 0. The Multi-Strand Rope Socket is the means used to attach multi-strand lines with the wireline toolstring.

The Wireline Stem, also called a weight bar, is used to add weight to the wireline toolstring to counteract the wellbore pressure, allowing the easy descent of the toolstring. It is also used to increase the effectiveness of jarring operations.

The Wireline Roller Stem is a tool used in the wireline workstring to minimize the effect of friction caused by the toolstring sliding on the tubing wall during wireline work in deviated wellbores. Roller Stems consist of standard sinker bars with slots to accommodate simple rollers held in position with captive dowel pins.

It is most useful in fishing operations, where the pulling tool or overshot requires flexibility to properly locate the fish. The Knuckle Jar provides a range of motion that helps to make the toolstring more flexible.

Because the Knuckle Jar has a stroke, it can also be used for light jarring. The Tubular Jar, through wireline manipulation, can be used to provide an upward or downward impact.

The intensity of the jarring impact depends on the weight of the wireline stem above the jar, the stroke length of the jar, and the density of the well fluid. The perforated body of the Tubular Jar allows fluid bypass, reducing the effects of the well fluid density on the jarring impact. The Wireline Intensifier is a wireline stretch simulator device used in conjunction with hydraulic or spring jars when jarring at shallow depths in the wellbore.

Upward tension, on the wireline compresses the spring, within the intensifier assembly and the stored energy, is transferred to the hydraulic or spring jars, located further down the toolstring. A combination of surface wireline tension, and the energy stored within the spring of the accelerator, will eventually cause the hydraulic or spring jar to fire, thus completely releasing the energy stored within the spring.

The tension of the wireline can then be relaxed and the operation repeated, until the subsurface tool is jarred free. The Wireline Shock Absorber is used to dampen the shock transmitted to delicate downhole instruments being run into the wellbore during wireline operations. The Wireline Shock Absorber basically consists of a fishneck, main body, upper spring, mandrel, lower spring and bottom sub.

The lower spring is usually the heavier of the two springs, in that it is constantly compressed by the weight of the instruments, normally suspended immediately below the shock absorber.

The mandrel floats between the upper and lower springs and absorbs shock; therefore, protecting the delicate downhole instruments. The Paraffin Cutter Gauge Ring has many different purposes. It can be used to calibrate tubing, locate landing nipples, and remove paraffin and other deposits from the tubing wall. The Blind Box is used to beat down an obstruction encountered in the tubing string.

It is also widely used to cut wireline on a rope socket during fishing operations. The Blind Box is approximately nine inches long with a male thread connection and fishneck facing upwards and flat bottom down. The diameter of the Blind Box should normally be matched to the tubing, in which it is to be used.

The Pineapple Broach is used to cut burrs in the tubing I. The Tubing Swedge is used to bend out irregular places and other obstructions within the tubing string. It is equipped with a central bore and angled fluid ports, for ample fluid bypass.

The Fluted Centralizer is a wireline tool designed to ensure that the workstring running or pulling tool is at its most central position, especially during operations in deviated wells. This allows the tool to be used as a tubing drift, or gauge in addition to centralizing the toolstring. The Bow Spring Centralizer is designed for use with slickline toolstrings, or when running downhole gauges out through the tail pipe and into the casing. The Bow Spring Centralizer is able to pass through the restricted bores of the tail pipe and expand into the casing liner below, thus enabling the tools to be held away from the casing.

The Sand Bailer is a pump action type bailer, designed to remove sand and small debris in the tubing string, through the upward stroking motion of the pump section. Sand and debris are held in the load barrel through the use of different style check bottoms.

A large percentage of wireline service involves sand bailing, prior to the actual pulling or setting of subsurface flow controls. The Dump Bailer is designed to allow a variety of fluids to be dumped within the well, on top of any sub-surface device. Wireline Dump Bailers are available in a variety of sizes.

The bottom shoe of the Wireline Dump Bailer should always be matched with the downhole device, upon which fluid is to be dumped. Bottom assemblies are available with glass shear disc or O-Ring seal piston. The Go Devil is dropped to cut the wireline at the rope socket, when the toolstring becomes stuck. The Wirefinder Split Skirt is used to bend or ball the uppermost part of the wire, so that retrieving applications may be used. The Center Spear is made by welding barbs on a pointed rod.

It is most commonly used when the wire is balled up and stuck in the tubing. It can be driven into the tangled wire to loosen it and facilitate the use of a two prong wire grab for final wire retrieval. The Two Prong Wireline Grab is used to retrieve broken wire from the tubing string.

The arms include welded bards, which catch the wire. The fish is then said to be baited. The Releasable Overshot is a slip type overshot, used to retrieve a fish lost in the wellbore that does not have a conventional fishing neck. Once latched onto a fish, the overshot can be released by jarring downwards provided the overshot has a solid footing upon which the core can be driven against.

The Heavy Duty Magnet Fishing Tool is a wireline service tool used to magnetically attract and retrieve ferrous debris lost in the wellbore. The Impression Block consists of a steel housing with a lead insert. Impression Blocks are used during fishing operations to determine the shape, size and position of the object being fished. Productos y Servicios. Material Selection And Statement. Usually, our product use the material as follows: Standard, non-corrosive service -low alloy steels e.

Well Completion Tools. Bridge Plugs. Features: Can be set directly with Baker wireline setting tools Easy for mill out Ratchet lock rings secure dynamic setting force One piece packing element and rocker action metal back up rings combine for a superior seal Shear studs are Baker style and connect directly to the Baker Adjuster Sub These bridge plugs can be run directly on Baker Setting Sleeves and Adjuster Subs Crossovers are not required.

SCP Composite bridge plug. Cement Retainers. Stinger Seal Assemblies. Setting Tools. Wireline Setting Tools. Hydraulic Setting Tools. The upper slips are released by right hand rotation and slacking off on the workstring Features: Specially designed Bow Spring provides positive control and allows one size Mechanical Setting Tools to cover a large range of casing weight Locked with Bridge Plug The Upper slips are held in a safe retracted position while running Can quickly be configured to set STMR Cement Retainers.

Tubing Centralizer. Features: Provides positive control and allows one size Tubing centralizer to cover a large range of casing weights Most parts are common to the STSR Mechanical Setting Tool Allows tubing torque to be transmitted to tools below. Permanent Production Packers. Features: Sets securely in any hardness casing, including premium grades Ratchet lock rings secure dynamic setting force Threaded pin down connection for easy installation of accessories, such as Screw-Out or Nok-Out Plug kits Can be set with GO, Baker or Gearhart wireline Setting Tools.

Features: Sets securely in any hardness casing, including premium grades Ratchet lock rings secure dynamic setting force Three piece packing element and rocker action metal back up rings combine for a superior seal Threaded pin down connection for easy installation of accessories Can be set with GO, Baker or Gearhart wireline Setting Tools.

Features: Sets securely in any hardness casing, including premium grades No rotation required to set or release Three piece packing element system Uses conventional drillable packer seal nipples and accessories Threaded pin down connection for easy installation of accessories, such as Screw-Out or Nok-Out Plug kits Can be set with GO, Baker or Gearhart wireline Setting Tools.

Mechanical Setting Packers. Features: Sets securely in any hardness casing, including premium grades Three-piece packing element system Hydraulic hold down button unit with large internal flow path located below the bypass valve to reduce element swabbing and button wicker dulling Surface controlled combination bypass and equalizing valve Tubing pressure actuated collet lock to eliminate excessive set down weight requirements Rocker type Slips Parts are interchangeable with other manufacturers.

Features: Sets securely in any hardness casing, including premium grades Three-pieces packing element system Large by-pass area Surface controlled combination bypass and equalizing valve Rocker type Slips Parts are interchangeable with other manufacturers.

Features: Sets securely in any hardness casing, including premium grades Three-piece packing element system Hydraulic hold down button unit with large internal flow path located below the bypass valve to reduce element swabbing and button wicker dulling Surface controlled combination bypass and equalizing valve Tubing pressure actuated collet lock to eliminate excessive set down weight requirements Rocker type Slips Parts are interchangeable with other manufacturers Large bore.

Features: Internal bypass reduces swabbing Holds high pressure differentials from above or below Can be set using tension or compression Only one-quarter right rotation is required to set and release Tubing string can be held in tension, compression or neutral set while the packer remains engaged Optional shear release features available upon request Packing element options are available for hostile environments Bypass valve is below upper slips, so the debris is washed from slips when the valve is opened.

Features: Internal bypass reduces swabbing Holds pressure differentials from above or below Can be set using tension or compression Set and released with right-hand rotation Tubing string can be held in tension, compression or neutral set, while the packer remains engaged Packing element options are available for hostile environments. Features: Set securely in any hardness casing, including premium grades Three piece packing element system with metal backups accommodate low and high pressure applications for the broadest range of service Hydraulic hold down button unit with large internal flow path, located below the bypass valve, to reduce element swabbing and button wicker dulling.

These hold down piston type slips are set by pressure from below Surface controlled combination bypass and equalizing valve Tubing pressure actuated hydraulic piston eliminates excessive set down weight requirements. Lower slips are held fully retracted during running and retrieving.

Slips and pistons are also available with carbide inserts Long carbonized friction pads act independent of slips and allow trouble free passage through collar and recesses and stage tool profiles. For other premium threads please contact sales. Features: Set securely in any hardness casing, including premium grades Three piece packing element system with metal backups accommodate low and high pressure applications, for the broadest range of service Hydraulic hold down button unit, with large internal flow path located below the bypass valve to reduce element swabbing and button wicker dulling.