Spades

Muscat, Oman

We are one of the largest suppliers of chemicals to a variety of industries. We supply a wide range of performance chemicals to every application sector within oilfield: drilling, cementing, stimulation, production and EOR (Enhanced Oil Recovery).

SLEEVE TYPE STABILIZERS FEATURES OF INTEGRAL BLADE 1. Ribs are milled directly from the body. 2. High amount of tungsten carbide inserts spread over a large wall contact area, results in longer tool life. 3. Ribs are provided with mirror type finish with a view to minimise torque and to provide guidance to the bit and collar string. 4. Worn ribs of hard faced stabilizers (inserts by a metal bond) are repairable in Shop.

Non-return type Inside Blow Out Preventor is suitable for use on drill pipe which has spring loaded type valve & seat mechanism to shut off the pressure from drill string. During normal operation it allows downward flow of circulation material coming thru mud pump, stand pipe, rotary swivel & drilling hose but prevent upward flow when circulation stops. When back flow occurs valve closes automatically & stabbing to its position and thus not only protects mud pump, stand pipe, rotary swivel, drilling hose from damage but also prevents blow out.

Integral blades stabilizers are designed with thru hard faced spiral ribs and are available both as string or near bit. Stabilizers in standard design are of right hand spirals. Even configuration for left hand spirals can be provided.While in open spirals, the three ribs form a wall contact surface of 132 degree & 95 degree (in straight hole drilling), in the tight spirals, the three ribs form a wall contact surface of 360 degree and 260 degree thus ensuring drill string centralization in deviated holes.

All the Four Types of Subs e.g. Straight O.D. Type 'A' or Reduced Section Type 'B' or Swivel Sub Type 'C' or Lift Sub Type 'D' as per API 7. These would be with box and pin connections or with box or pin connection on both sides. Class of Subs manufactured are (a) Kelly subs (b) Tool Joint Subs (c) Crossovers Subs (d) Drill Collars Subs (e) Bit Subs (f) Swivel Subs (g) Lift Subs. Bit Subs can be bored out for installation of float Valve assembly.

Plunger Lift Systems provide operators with low installation and operating cost for producing oil and gas wells. These are designed to unload excess fluids from a gas well or to increase production on an oil well. Plungers are designed as a solid interface between the fluid column and the lifting gas. There are a large number of surface arrangements being used successfully today to control fluid lifting performance of the installation. These range from basic time cycle control to more complex electronic control methods that respond to changing downhole and injection gas supply conditions, reducing the need for frequent inspection to maintain optimum installation operation. Plunger Lift is ideal for: (1) improving the efficiency of intermittent gas lift (2) removing liquid from gas wells (3) producing high GOR wellssolution gas drive reservoirs and (4) preventing paraffin andor scale buildup.

Two basic motor valve designs, the MV-40 and the MV-60. Both models are pneumatically operated valves for use in time cycle controllers, dump valves for oil and gas separators, pressure vessels, and storage tanks; and various wellhead and process control applications. The MV-40 is an economical motor valve designed for applications where the maximum working pressure does not exceed 3, 000 pounds per square inch. The MV-60 is specified for service up to 4, 000 pounds per square inch working pressure. Both models are available in 1 in. or 2 in. body size, angle or through configuration with welded, flanged, or threaded ends.

Toolstring Clamp is placed around standard toolstring fishing necks. The supporting arms rest on the box section of the wireline valve or riser to allow extended toolstring make-up.

Releasing Tool is used to remove a latched device from ‘S’ and ‘R’ type pulling tools without removing the shear pin.

The purpose of the gas lift valve probe tester is to determine the relative "stiffness" of a gas lift valve and to determine the maximum available travel of the stem top. When gas pressure is admitted to the tester, it acts on the full area of the valve bellows to lift the stem off the seat. When this pressure increased, the stem tip lifts further off the seat. By using the valve probe tester, an accurate measure of the stem tip travel, per pressure increase, can be determined and the results tabulated and plotted. When the pressure is plotted as the ordinate and the stem tip travel as the abscissa, a relatively straight line will be generated for the majority of the stem tip travel. The slope of this line is an indication of the "stiffness" of the valve. The numerical value of the slope is called the bellows assembly load rate (blr) and is measured in psiginch [kpamm]. In this context, the "bellows assembly" includes the bellows and the system which applies a load to hold the valve stem on the seat.