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Surface Safety Solutions provide our clients with fail-safe surface safety valves (SSV) and reliable control panels for standard and demanding operations, such as production, well intervention and stimulation.
Standard Control Panel Features
- Sequential valve opening and closing
- Monitor flowline pressure status
- Emergency shutdown
- Manual override
- Fire safety shutdown
- Any combination of hydraulic and/or pneumatic valve actuator controls
- Remote telemetry control
- Easy serviceability
- Corrosion resistant type 316 stainless steel (SS)
- Removable doors for easy access to panel components
Single Well Control Panel
The standard single well control panel is designed to operate one hydraulic controlled subsurface safety valve and up to two hydraulic (or pneumatic) controlled surface safety valves for any type of well.
It automatically closes the safety valves in response to alarm conditions requiring shut-in.
Safety valves can be shutdown either manually or automatically, at the panel or remotely.
Some panels include logic, enabling the wells to be controlled by an ESD/temperature safety element (TSE) plug loop and high/low process pressure pilot. The panel monitors the status of the flowline high-low pressure sensors and provides shut-in of the well during emergency conditions.
It is available with a wide selection of options to ensure that your particular production requirements are addressed.
Multi-Well Control Panel
Multi-well control panels are a combination of standard pneumatic, hydraulic and electronic based logic in a single integrated solution for multiple wells in both onshore and offshore applications.
The multi-well control panel is a fail-safe system using control logic.
Solutions can be completely customized to meet customer operational requirements from weight and footprint layout to operational functionality.
We also offers standard designs where client preferences are not defined.
As an option, our multi-well control panels can incorporate removable and interchangeable well control modules, each controlling a single well.
Any well module can be easily isolated and removed without affecting the operation of any other part of the well control panel.
Existing modules can be removed and a spare module installed with a minimum of downtime. These custom designed panels can be built to accommodate any number of wells.
There is also an option to add a functional PLC to the panel.
Hydraulic Surface Safety Valve
The Piston range of hydraulic Control Fluid Powered linear actuators is designed to be used in conjunction with valve bonnets to provide open and close control for major brands of API 6A through conduit reverse acting gate valves fitted to oil and gas wellheads and production flow lines.
Suitable for offshore and onshore locations and ideal for use in H2S and CO2 applications, the range of hydraulic piston actuators provides a simple and reliable valve automation solution, These actuators will be available in 5”, 6”and 8”diameters, suitable for valve sizes 1-13/16” thru 4-1/16” (bonnets for valve sizes).
Pneumatic Surface Safety Valve (Piston type)
The Piston range of pneumatic Control Fluid Powered linear actuators are designed to be used in conjunction with valve bonnets to provide open and close control for major brands of API 6A through conduit reverse acting gate valves fitted to oil and gas wellhead Christmas trees and production flow lines.
Suitable for onshore and offshore locations and ideal for use in H2S and CO2 applications, the PHI range of piston actuators provides a simple and reliable valve automation solution. These actuators will be available in 10“ and 14” diameters, suitable for valve sizes 1-13/16“ thru 4-1/16”.
Pneumatic Surface Safety Valve (Diaphragm)
The diaphragm range of pneumatic Control Fluid Powered linear actuators is designed to be used in conjunction with valve bonnets to provide open and close control for major brands of API 6A through conduit reverse acting gate valves fitted to oil and gas wellheads and production flow lines. These actuators can also be used with API 6D and ANSI B16. 34 valves where the bonnets are built to the design.
Suitable for onshore and offshore locations and ideal for use in H2S and CO2 applications, the range of diaphragm actuators provides a simple and reliable valve automation solution. These actuators are available in 10“ , 12”, 16” and 18” diameters, suitable for valve sizes 1-13/16“ thru 4-1/16” API.
Parallel Expanding Gate Valve
This unidirectional expanding gate gives an extraordinarily high mechanical seating seal force that acts simultaneously against both seats. The seating force is not affected by line pressure fluctuations or vibrations.
Solid Slab Gate Valve
This design is made for demanding applications including high pressure critical service choke and kill manifolds, and for use as a safety shut-off valve operated by a hydraulic or pneumatic actuator. It incorporates a bidirectional design with a floating gate that moves parallel to the seats and effects a tight seal under differential line pressure. The non-rising stem has a back-seating feature which allows the stem bearings or packing to be replaced under pressure.
Split Gate Valve
This bidirectional valve features a metal-to-metal seal between gates and seats, and seats to body. The parallel gates allow the stem to be left unstressed in either the open or closed position. Fully skirted seats provide continuous protection of gate sealing surfaces. A back-seating feature allows replacement of stem bearings or packing under pressure.
Positive Choke Valve
Ceramic or hard alloy types are available.
High abrasion resistance, high temp resistance, high corrosion resistance, and long life time.
Metal to metal sealing design enables good performance reliability.
Adjustable Choke Valve
Special high corrosion material and technology are employed for stem and seat.
High abrasion resistance, high corrosion resistance, and long life time.
Pressure balanced sealing ring at external sleeve reduces switch torque.
Design of lock on external sleeve ensures stability.
Check Valve
check valves are used to isolate pressure pumping equipment from high-pressure treating fluids during fracturing applications.
Offered in three primary models, these rugged valves seal against a complete range of pressure pumping fluids at pressures up to 20,000 psi CWP. Valves are available in 1½ to 4 inch bore sizes for standard and reverse flow applications.
Sour gas models are available.
Well Head for Plunger Gas Lift
Specifications:
Standard: API 6A
Rating: 2,000 psi ~ 15,000 psi, -59~180℃
Size: 1-1/16” ~ 4-1/16”
T/C; L ~U •M/C: AA ~ FF
As-required stroke and rod length applications are available.
Wellhead Servicing Tool – BPV/ VR Plug Lubricator
Our lubricator assembly is designed to enable safe wellhead servicing operations in 2K, 3.5K, 5K, 10K and 15K pressure classes.
The interface connections vary depending on your demands and requirements, but we make sure they accommodate standard and custom stroke lengths.
All tools and accessories, such as BPV, VR plugs, two-way check valves and hand tools, are available for API 6A equipment.
The lubricator assembly consists of a lubricator, a VR plug or a BPV (optional) and a Parmelee friction wrench, etc.
Specifications:
• Standard: API 6A
•Rating: 2,000 psi ~ 15,000 psi, -59~180℃
•Size: 1-1/16” ~ 4-1/16”
•T/C; L ~U
•M/C: AA ~ FF
As-required stroke and rod length applications are available.
Lubricator Assembly for BPV
With our lubricator, BPV or tree test plug can be installed and retrieved, hydraulically, through a Christmas tree under well pressure. Our lubricator has accessory parts that adapt it for most tubing sizes and Christmas tree working pressures. We provide hydraulic remote control system to make sure your operations and crew are safe.
Lubricator Assembly for VR Plug
With our lubricator, VR plugs can be installed in casing head, casing spool or tubing head side outlets to isolate gate valves from pressure for removal or repair.
In field operation, lubricator is rigged up on the gate valve outlet flange.
With the lubricator holding the pressure, the gate valve can be opened, allowing the VR plug to pass through the valve and be threaded into the head or spool outlet.