FLOW CONTROL

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We offer custom product solutions utlizing the latest technology that can be applied throughout the refinery process to help drive process optimization. Our products are engineered to withstand harsh environments and are built to meet demanding specifications.


MOVEMENT FLOW CONTROL

Movements Flow Control division encompasses a full range of solutions across multiple industries and sectors. Specifically we provide valves, actuators, pumps, tanks and well head control panels. We adhere to strict manufacturing standards and comply with API 6D, API 600, API Q1, ASME, ANSI, ISO 9001:2015. We have a full team of engineering and designing capabilities with in-house machining and assembly.



VALVES

We design and manufacture a broad range of O&G valves for the upstream, midstream and downstream markets including, ball, gate, check, globe, butterfly and plug valves. Our extensive product offering encompasses a wide array of valve types, sizes, pressures, materials end connections and further detail specifications to satisfy the unique valve needs of our customers.

Movements valves are designed manufactured to provide maximum service life and dependability. All ball valves are full port and meet the design requirements of American Petroleum Institute API 600 & API 6D, British Standard BS 5351 and American Society of Mechanical Engineers ASME B16.34. All valves are available in a complete range of body/bonnet materials and trims.

Range of Material

Standard body/bonnet materials include nine grades of carbon, low alloy and stainless steels. For special applications we can supply in other grades of alloys and stainless steel. There’s a full range of trim materials to we provide for your specific application needs and/or service. Also, optional a full range of packing and gasket materials are available as well.

Material List

Cast & Forged Body Materials available: Carbon Steel (CS) & (LTCS); Chromes: 1 1/4 & 2 1/4 Chrome, 5 Chrome, 9 Chrome Stainless Steel (SS): 304/304L, 316/316L, 317/317L, 347, Duplex 2205 & Super Duplex 2205; Nickel Alloys: Alloy 20, Hastelloy B/C, Incoloy 825, Inconel 625 and Monel 400.



Gate Valves

Movements Through Conduit Gate Valves are available in Expanding Gate, Slab Gate and Wedge Gate design and manufactured in accordance to API 6D standards. Our Slab Gate designs are simple but efficient in performance. Our designs utilize spring loaded floating seats which are pressured energized, moving the upstream seat in contact with the gate that brings about a tight and complete seal on both the upstream and downstream. Expanding Gate design is versatile in that it provides a mechanical seal between the seats and the gate ensuring valve integrity at both high and low line pressure. The Expanding Gate Valve does not rely on line pressure to seal and is recommended for applications when a tight mechanical seal is required.

Gate Valve
Cast Steel
Size Range: 2 to 36" (50mm to 900mm)
Rating: ANSI Class 150 – 2500#

Gate Valve, Stainless Steel
Cast Steel
Size Range: .5 to 16" (15mm to 400mm)
Rating: ANSI Class 150 / 300 / 600#

Gate Valve, Pressure Seal
Cast Steel
Size Range: 2 to 16" (50mm to 400mm)
Rating: ANSI Class 900 – 2500#

Gate Valves, Parallel Seat Through Conduit
Cast Steel
Size Range: 2 to 36" (50mm to 900mm)
Rating: ANSI Class 150 – 1500#



Ball Valves

Movements Ball Valve Trunnion Mounted supported and available in sizes 1/2″ to 48″, ANSI class rating 150 to 2500 lb. All meet the fire safe requirement of BS 6755 and API 6FA. All BS series ball valves are featured with trunnion mounted ball and independent floating spring loaded seats which provide bubble-tight shut off and low operating torques, even at low different pressure. Double seating O-rings or a combination of an O-ring and gasket in stem making this series of ball valve suitable for both above ground and underground service.

Movements Ball Valve designs include 2 piece & 3 piece, trunnion and floating in carbon and alloy steel and are manufactured in accordance to API 6D standards.

Floating, Ball Valve
Cast/Forged Steel
Size Range: .5 to 12" (15mm to 300mm)
Rating: ANSI Class 150 – 600#

Trunnion Mounted, Ball Valve
Cast/Forged Steel
Size Range: 2 to 36" (50mm to 900mm)
Rating: ANSI Class 150 – 2500#

Trunnion Mounted, Cryogenic Ball Valve
Forged Steel
Size Range: 2 to 24" (50mm to 600mm)
Rating: ANSI Class 150 – 1500#

Trunnion Mounted, Fully Welded Ball Valve
Forged Steel
Size Range: 2 to 30" (50mm to 750mm)
Rating: ANSI Class 150 – 900#

Side Entry, Rising Stem Ball Valve
Cast/Forged Steel
Size Range: 2 to 20" (50mm to 500mm)
Rating: ANSI Class 150 – 2500#

Top Entry, Rising Stem Ball Valve
Cast/Forged Steel
Size Range: 2 to 20" (50mm to 500mm)
Rating: ANSI Class 150 – 2500#

Top Entry, Ball Valve
Cast Steel
Size Range: 2 to 30" (50mm to 750mm)
Rating: ANSI Class 150 – 1500#



Check Valves

Movements Full Opening Check Valves are designed in accordance with API 6D and is available in class rating from 150 to 900 lb, in sizes 2″ to 48″. With full opening design, this series of check valves can be capable for pig ball cleaning service. To prevent potential water hammer damage caused by disc closing, a dashpot device can be assembled to control the disc closing time. The function of a check valve is to prevent reversal of flow automatically and promptly and this type of valves are usually supplemented by gate, ball or other valves.

Check Valve, Swing Type
Cast Steel
Size Range: 2 to 36" (50mm to 900mm)
Rating: ANSI Class 150 – 2500#

Check Valve, Stainless Steel
Cast Steel
Size Range: .5 to 24" (15mm to 600mm)
Rating: ANSI Class 150 – 600#

Check Valve, Swing Type
Cast Steel
Size Range: 2 to 36" (50mm to 900mm)
Rating: ANSI Class 150 – 2500#

Check Valve, Stainless Steel
Cast Steel
Size Range: .5 to 24" (15mm to 600mm)
Rating: ANSI Class 150 – 600#



Plug Valves

Movements Self Lubricating Plug Valves are Cast Steel raning from 2" to 24" with a ANSI Class rating of 150#-1500#

Plug Valve, Pressure Balanced
Cast Steel – Short/Venturi Series Type Size Range: 2” to 24" (50mm to 600mm)
Class Rating: 150 – 1500#

Plug Valve, Soft Seated, Sleeved
Cast/Forged Steel
Size Range: 2 to 12" (50mm to 300mm)
Class Rating: 150 – 900#

PUMPS

Movement's primary product lines are the chemical injection pumps and accessories that comprise the full unit. All products are manufactured and follow an ISO compliant production manual with the facility and company in the process of a third-party audit to complete the certification process. The product line main applications are numerous and while the company commercial focus will be primarily in the upstream, midstream and downstream sectors of this industry, the other industrial applications are significant as well and will constitute the next frontier for growth for the company.

To name some of the few applications for the product line across the on shore off shore market, natural gas production, petroleum production, foamers, corrosion inhibitors, bactericide, biocides, chemical processing, petroleum refining, water treatment and may other general industrial applications.

Patented design & most efficient: Gear & Rack Model, exclusive unique design in the industry vs all competitors who use a certain shape or form of Cam and cam follower.

>> Technical & Performance Data

Solar DC Pump

Electrical AC Pump

Beam Pumps

Pneumatic Pumps



Efficiency

Efficiency in performance of the pump is mainly due to the direct drive of the reciprocating action from the motor shaft. The rack acts as the guide with the wheel directly connected to the motor shaft head that turns and that circular motion is directly translated into a linear reciprocating action by driving the rack back and forth. This will increase the efficiency of the system to several folds more than competing and mainstream technologies in the market. The main technologies used are driven by a eccentric camming wheel which is offset by a follower bearing that guides the guide block and results in the reciprocating motion driving the plunger back and forth. These offsets and multi-guide components result in major inefficiencies in the system. The main three competitors of Predominant utilize a variation of the same technology.

Power Consumption

Power consumption is a main driver in this market, especially for DC, solar powered systems. The main complaint of clients are batteries that are quickly depleting and rendering the system inoperable, hence ceasing to inject chemicals into the process which will result in permanent and accumulative damage to the client’s assets. Solar panels, while price per watt is on the decline, size does matter. Through the inefficiencies acquired from direct drive and the novel concept, power consumption requirements are significantly lower than the competitive DC solar powered systems. This lower power requirements leads to smaller motors, smaller battery requirements for autonomy and inadvertently to smaller solar panel size. This will reduce the maintenance, footprint for the installation and base size for the supporting stand to withstand wind and environmental conditions.

Manufacturing Simplicity

Manufacturing simplicity is a main driver for the Company. By being more simplistic and fewer parts, the manufacturing cost is reduced dramatically leading to shorter lead times and simple assembly procedures. To the client, the less parts and components the less the maintenance is. Having fewer parts means less parts susceptible to failure and less parts in inventory for maintenance for the distributor and the client to troubleshoot and maintain. In addition to these tangible factors, the manufacturing simplicity can ensure that there would be no competitive advantage to ship manufacturing outside the US ensuring Predominant pump will always be an all US made product.

ACTUATORS

Movement supplies a wide range of actuators for multiple applications. Our actuators are engineered to our customer specifications and meet all international codes and standards.


Electrical

Electric actuators are automatic devices that work directly with electrical supply, which ranges from 24 VDC to 440/3/60 Hz, they are used for automation of gate, ball, male, butterfly or dampers valves at a low cost.

The typical characteristic of these actuators is a continuous output curve for the entire stroke and that at electrical power failure is their last position, these actuators cannot vary the output speed. They have functions such as adjustments, control and interrogation in a non-intrusive way through the Bluetooth interface, as well as different communication protocols such as Modbus, Profibus, Foundation Fieldbus, Device Net among many others.

Operating times are slow at a rate of 5 sec / in. They are also equipped with a handwheel or manual gearbox, and can incorporate fire protection of the retardant, ceramic or mat type.

Its ideal use is where the electricity supply can be guaranteed.
They are not ideal for emergency stoppage or duct sectioning.

Hydraulic

Hydraulic actuators are automatic devices that work directly with oil or water, there are for low pressure (250-500 psi) and high pressure (600-5000 psi), they use water from treatment plants, industrial hydraulic oil and biodegradable oil, They are used for automation of gate, ball, male, butterfly or dampers valves.

There are different actuation mechanisms such as symmetrical or edged Scottish yoke, rack and pinion, vein, and piston type for linear valves. These actuators depend on the instrumentation and / or accessories to operate, such as solenoids, limit switches, filter, regulator, manometers, high and / or low pressure pilots, electrical switches, bypass valves, maintenance valves, eutetic devices. , partial test devices, storage tanks, hydraulic power units, locally operated keypads, remotely operated keypads, controllers, PLCs, communication protocols, fireproof protection, among others.

Operating times are fast at a rate of 1 sec / in. or less. They are also equipped with a manual hydraulic pump.

Its ideal use is in pipelines that transport liquids or bitter gas that cannot be used as a driving force, also where very fine control is required. They are ideal for emergency stops, duct sectioning or anti-surge.

Pneumatic

Pneumatic actuators are automatic devices that work directly with air or gas, there are for low pressure (30-250 psi) and high pressure (300-3000 psi), with gas you can work with instrument air, nitrogen, natural gas, sweet gas, pneumatic pump gas, bitter gas, are used for automation of gate, ball, male, butterfly or dampers valves.

There are different actuation mechanisms such as symmetrical or edged Scottish yoke, rack and pinion, vein, and piston type for linear valves.

These actuators depend on the instrumentation and / or accessories to be able to work, such as solenoids, limit switches, filter, regulator, manometers, high and / or low pressure pilots, electrical switches, bypass valves, maintenance valves, eutetic devices. , partial test devices, storage tanks, nitrogen banks, locally operated keypads, remotely operated keypads, controllers, PLCs, communication protocols, fireproof protection, among others.

Operating times are medium to fast at a rate of 1 sec / in. or less. They are also equipped with a steering wheel, manual gearbox or hydraulic pump. Its ideal use is where the pneumatic supply can be guaranteed. They are ideal for emergency stops or duct sectioning.

TANKS

Movement supplies both vertical and horizontal tanks made form either HDPE or Stainless Steel. Our products are tailored to fit our customers need with a wide range of sizes and accessories to fit the application.


Vertical

Capacity from 100 gal to 800 gal
Material: HDPE or Stainless Steel

Horizontal

Capacity from 135 gal to 550 gal
Material: HDPE or Stainless Steel

WELLHEAD CONTROL PANELS SINGLE WELL

Movement supplies and installs various types of wellhead control panels (WHCP) for the control, monitoring and safety of oil and gas production wells. Our systems are engineered and built in line with customer specifications with strict compliance to international standards.

Our WHCP are capable of being used in remote areas, off-shore platforms and hostile environments. We provide pneumatic, hydraulic and hybrid solutions that can be installed on a permanent production wells or a temporary basis such as test wells.


Hydraulic

Pneumatic

Hybrid

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