Applications

Oil&Gas

JEC Sanitary Twin Screw Pumps
  1. Why Choose a Twin Screw Pump?

The twin screw pumps offer a great feature that they can operate over a large speedrange. With this feature, these pumps can have a dual function in hygienic application pumping the product at low speed and the CIP fluid at high speed so No additional CIP pump is needed. Due to the design, the twin screw pump can deliver a pulsation free flow on low viscosity product (<1cP), volatile and gaseous fluids. Also as a result of the design these pumps are able to create a high vacuum causing the pump to be self-priming. The JEC twin screw pump is developed according the highest hygienic specification such as EHEDG and 3A and fulfils the utmost hygienic and efficiency requirements for the most delicate hygienic applications!

JEC Sanitary Twin Screw Pumps

Applications Twin Screw Pump

  • To pump structure sensitive products
  • Pumping fluids with solids
  • Multiple use, operate at low capacities with low RPM's and high RPM’s for CIP cleaning
  • For applications where high viscous products, as well as low viscous products need to be pumped under high pressure. 
  • Applications where you need a pulsation free flow

Sulzer Process Pumps

The Sulzer range of single-stage pumps and 2 stage pumps can be designed either using the end suction overhang impeller design method, or the impeller between bearing design method. These pumps comply with either ISO 5199 / ISO 2858, ASME B73.1 or API 610 standards and guarantee reliable pumping processes.

Sulzer Process Pumps

API 610 / ISO 13709 international standard specifies requirements for overhung, between-bearings and vertically-suspended centrifugal pumps used in petroleum, petrochemical and gas industry process services.

CPE ANSI pumps are specifically designed to exceed the strictest energy regulations for all industries as well as the requirements of ASME B73.1. With revolutionary hydraulics and high efficiency, they offer the lowest life cycle costs.

CPT chemical end suction single stage centrifugal pumps are used for demanding industrial applications to ensure process reliability, high efficiency and low operating costs. ASME B73.1 standard covers centrifugal pumps of horizontal, end suction single stage, centerline discharge design, including dimensional interchangeability requirements and certain design features to facilitate installation and maintenance.

NETZSCH Lobe Pumps

Rotary lobe pumps are equally suitable for low and high-viscous media. Due to their large free ball passage and low rotational speed they are relatively tolerant to blockage and solid materials in the medium. Varying solid content and thereby caused pressure variations are no factor to the flow. Their performance capacity is higher than that of many other positive displacement pumps of the same type. As energy is the most decisive factor of life cycle costs this is one of the most important benefits of this pump technology.

NETZSCH Lobe Pumps

Delivery characteristics of a rotary lobe pump

  • Flow rate up to 1000 m³/h
  • Pressure up to 10 bar
  • Speed: up to 500 rpm
  • Free ball passage: up to 70 mm

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Nomad Pumps AODDP

Air operated double diaphragm pumps are widely used in a variety of applications due to their versatility. AODDP's feature few moving parts, with no motor, base plate or other peripherals required. The design style, coupled with its positive displacement functionality, allows for the transfer of shear sensitive products with self-priming up to 25 feet. Air diaphragm pumps feature low initial investment as well as low replacement costs for wear parts when compared to other pump types.

Advantages of AODD pumps can include:

  • Chemical compatibility
  • Self priming
  • Ability to dead head
  • Variable speed
  • High viscosity
  • High pressure
  • High temperature
  • Large particle size
  • Portability
Nomad Pumps AODDP

NOMAD features diaphragm pumps in 7 sizes (1/4", ½" 1", 1.5", 2" 3" and 4") and 4 body materials (aluminum, ductile, stainless steel and polypropylene). All major elastomer options are available. With our simple proven design, NOMAD diaphragm pumps are versatile and can handle the toughest applications, from mining and construction to oil, ceramic, resin and chemical transfer.

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Macnaught Positive Displacement Flow Meters

Macnaught Pty Ltd is a leading designer and manufacturer of quality lubrication and fluid transfer equipment into markets such as agriculture, automotive, mining, aviation, industrial and marine. Macnaught is also globally renowned for the manufacture of high quality, oval-gear, positive displacement flowmeters that are known for their reliability, durability and overall design excellence.


Macnaught Pty Ltd, a privately owned company established in 1948, has been designing and manufacturing premium quality fluid measurement, fluid transfer and lubrication equipment for the agricultural, automotive, industrial, mining and transport industries across the globe for over six decades. 

Leaders in our field, we design and manufacture world-class products with a commitment to excellence as one of our main goals. 

We maintain our leading position in the market through strategic distributorships, innovative design, technical expertise and dedicated people. 

Macnaught continues to lead the market by providing its strategic partners with superior product options and quality service to ensure ongoing loyalty. We value the relationships we maintain in the industry and are committed to ensuring we continue to add value to the businesses we serve.

Through enhanced R&D, manufacturing, warehousing, sourcing and distribution capabilities, as well as the ongoing design and development of new products, Macnaught is well positioned for substantial growth and maintaining our leading position in the market.

Macnaught's mission is to always exceed industry standards with its products and services.

Macnaught Positive Displacement Flow Meters
  • Port Size: 6mm to 80mm
  • Max. Flow Rate: 733 l/m
  • Max. Discharge Pressure: 55 bar
  • Max. Fluid Temperature: 80°C
  • Construction Materials: Aluminium, Stainless Steel, Bronze, PPS.
  • Applications: Suitable for alcoholic spirits, sauces, fruit juice, milk, water, chemicals, detergents, oils, fuel, paints.

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Maximator Air Driven Liquid Pumps

MAXIMATOR Pumps are available in 5 sizes: M, S, G, GX, DPD. The sizes vary according to their suitability for different pumping media, wide ranging flow rates and their maximum allowable operating pressures. MAXIMATOR provides the best-suited fluid pump for each application.

Maximator Air Driven Liquid Pumps

Maximator products include

  1. Air Amplifiers
  2. Gas Boosters
  3. Liquid Pumps
  4. Chemical Injection Pumps
  5. Hydraulic Driven Boosters
  6. High Pressure Filters
  7. Coning Threading Machines
  8. Valves,Fittings,Tubing
  9. Accessories
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Fortvale Products - Valves & Couplings

Fort Vale are precision engineers, designers and manufacturers of stainless steel valves, api fuel transfer couplers, self sealing couplers, tank container fittings, liquid transport fittings and tanker vehicle fittings for the safe transportation of liquids, powders, and gases; we are also suppliers of ISO tanks, and rail tanks.

Fortvale Products - Valves & Couplings

Fort Vale manufacture predominantly in Stainless Steel,but we have also experience in working with many different materials including titanium,duplex,high-nickel alloys (CW-12MW and N10276) and carbon steel.

Fort Vale manufacture Airline Valves,Ball Valves,Butterfly Valves,Couplers and Loading Arms,Dry Disconnect Couplings,Foot valves,Inspection Hatch Assemblies,Manlid Assemblies, Relief Valves,Ancillaries and spares

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Scully Electronic Tank Truck Systems

Provide Dynamic Self-Checking® overfill protection, as well as grounding verification for tank trucks that carry/haul petroleum and liquid chemicals. IntelliCheck®2, an on-board overfill prevention and retained product monitoring system for tank trucks and refuelers, is the flagship of Scully's Electronic Truck Product line that features Dynacheck®, Scully's patented, automatic and continuous self-checking circuitry.


Scully Electronic Tank Truck Systems

The leader in Dynamic Self-Checking® overfill protection, grounding verification, and vehicle identification systems for bottom and top loading petroleum and chemical tank vehicles

Electronic-Truck_App_04

Scully offers complete tank trailer/road tanker safety and information systems to prevent overfills, detect retained product, ensure your vehicle is at the same ground potential as the loading rack, and verify identification information.

  • SAFETY: Only Scully systems offer Dynacheck® automatic and continuous self-checking, and the longest running safety record in the industry. Protect your people and your operations with the safest tank vehicle loading safety systems available.
  • RELIABILITY: Scully products out-perform and out-last every other system on the market. It’s why we are the only company to offer a 5-year warranty on our overfill prevention sensors.
  • COMPATIBILITY: Only Scully transportation equipment is 100% compatible with Scully Loading Rack Control Units. Why risk using another system that may not be fully compatible?

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Scully Tank Protection Systems

Scully Signal is the world leader in fail-safe overfill protection for petro-chemical road tankers and fixed storage tanks. It is standard equipment in use at most New Zealand fuel terminals. Scully employs self checking failsafe technology in all its designs.


Scully Tank Protection Systems

Protect your fueling operations with a complete line of Scully Liquid Safety Systems

  • No operator on top of the vehicle ensures reduced liabilities and lower insurance costs
  • Hatch remains closed, eliminating potential environmental and safety hazards
  • Replaces older mechanical jet level sensors or floats that can fail at any point with no detection
  • Dynacheck® Self-Checking circuitry means your Scully overfill prevention system checks itself 30 times per second to prevent human error, and if any sensor or component failure is detected, it automatically shuts down the operation
  • One connection does it all—overfill protection, static grounding, and Dead Man Control.
  • An Audio Interface Module with alarm is available for applications such as U.S. Navy Refueler and Defueler operations where an audio alert is required

In some applications, a Scully IntelliCheck® onboard control unit is used to control functions such as advanced interface modules, and bottom loading or defueling shutdown controls. Vehicles can be outfitted with an independent dual level system (high & high/high). The high-level sensor is controlled at the fill stand by a Scully control unit. The high/high sensor can be installed as a secondary shut down method controlling the vehicle’s bottom loading valves. If the valve or pump fails to shut down fuel flow at the fill stand, the secondary vehicle system will take over and shut down the vehicle’s bottom loading valve. The U.S. Air Force has standardized on this system.

Vehicle Identification Systems, which communicate via the overfill system plug to the control unit at the fill stand, can also be used to prevent mixing of different fuel grades.

Scully aviation systems have been standard equipment on U.S. Navy refuelers and Air Force R-11 refuelers for many years and are also in use in the commercial aviation market.

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Corken Rotary Vane Pumps

The positive displacement, sliding-vane design is well suited for higher capacity, medium head pumping applications. The sliding vane design is unique because it can handle small amounts of vapor formed at the pump suction, and the vanes are self-adjusting for extended wear. A variety of sealing options are available and the range includes magnetically coupled pumps.

Corken Rotary Vane Pumps

Corken offers several industrial sliding vane pumps for a wide range of vapor pressures, differential pressures, and viscosities. All industrial pumps are equipped with an adjustable internal relief valve and feature self-adjusting sliding vanes and vane drivers to improve pumping efficiency. And, maintenance is simple. Removing the pump cover gives full access to the rotor, cam, sideplates, seals, and bearings. Drive options include gear reducer, V-belt, and hydraulic.

Suitable liquids include but are not limited to aviation fuel, fuel oil, lube oil, solvents, and liquefied gases such as LPG, ammonia, and carbon dioxide.

           

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Liquid Controls Electronic Flow Registers LectroCount® LCR-II®, POS, RAM, and RF Systems

LectroCount® is an electronic register that replaces the mechanical register, calibration gears and/ or adjuster mechanism traditionally used on many flow meters. Weights & Measures (custody transfer) approved advanced microprocessor based electronic registration, presetting and printing control systems. LectroCount® is designed to meet - even adapt to - your flow meter and process control instrumentation requirements.  Units are rated NEMA-4 non-incendive Class 1, Division 2, Group C & D. LectroCount® accepts pulse input from most flow meters and includes RS232/485 communications capability.  ATEX approved.

The LectroCount is the traditional electronic register technology which we can still support. For the latest technology please see the LC LCR iQ register or call Pump & Machinery

Liquid Controls Electronic Flow Registers LectroCount® LCR-II®, POS, RAM, and RF Systems
  • LectroCount® LC“ : 10 to 18 VDC
  • LectroCount® LCR-II® :  9 to 28 VDC

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Wilden Plastic Air Operated Diaphragm Pumps

Wilden®plastic pumps are specifically engineered for maximum performance and efficiency in a variety of applications. In choosing a plastic pump over a metal pump, price, chemical compatibility and mobility come into play. Wilden plastic pumps are lighter compared to metal pumps and therefore easier to transport.The Wilden Advanced Series AODD plastic pump is lighter compared to metal pumps and is easier to transport. When chemical compatibility is critical, plastic AODD pumps provide an outstanding option over metal pumps that are incompatible with certain chemicals. The bolted configuration ensures total product containment optimised liquid path reduces internal friction to maximise output and efficiency. The clamped configuration ensures reliability without sacrificing ease of maintenance. The clamp bands are easily removed for replacement of diaphragms and easy cleaning.

A variety of elastomer options, including Teflon® PTFE, are available to meet abrasion, temperature and chemical-compatibility requirements. The Bolted Series plastic pumps are offered in polypropylene, PVDF and Teflon® PFA. A variety of options, such as ANSI and DIN flanges, and specialised air distribution systems (ADS) are available to meet specific application requirements.

Wilden has an Air-Operated Double-Diaphragm (AODD) pump for almost every industrial application and process, including:

• Abrasive particles, • Acids, • Alcohol, • Beverage, • Cement, • Chemicals, • CIP (cleaning in process), • Dairy, • Food, • Fuel, • Gases, • Glues, • Hygienic, • Industrial, • Lubricants, • Paints and Coatings, • Petroleum, • Pharmaceutical, • Slurries, • Sugars and syrups, • Water – incl Wastewater, • Wine

Available in various sizes from 1/4" up to 4". With a wide range of elastomers available to suit your application

Wilden Plastic Air Operated Diaphragm Pumps

Port Size: 6mm to 76mm (1/4" to 3")

Max. Flow Rate: 784 l/m

Max. Discharge Pressure: 8.6 bar

Max. Fluid Temperature: 176.7°C

Construction Materials: Body - Polypropylene, PVDF. Elastomers - Buna-N®, Neoprene, EPDM™, Polyurethane, Saniflex™, PTFE, Viton®, Wil-Flex™.

Applications: Suitable for applications within the Chemical, Paints & Inks, Plating & Finishing, Pulp & Paper, Oil & Gas, Waste Treatment and Semiconductor industries.

Blacoh Sentry Sanitary Plastic Pulsation Dampeners

Any type of fluid pump such as Air Operated Double Diaphragm, Metering, Hose, or Centrifugal pump will ultimately create uneven pulses in your system just due to its fluctuating nature.  However, over time this will quickly wear out the components of your pump as well as the overall system, often leading to sudden cracks in the pump or damage to the equipment.                    

A pulsation dampener is designed to absorb and give pressure when needed in order to smooth out the flow and reduce up to 99% of pulsation and shock in the system. Don’t wait until it’s too late; protect your system from the beginning.  Learn more about dampeners for any application:

Blacoh Sentry Sanitary Plastic Pulsation Dampeners

SENTRY FEATURES:                          

 

2. Simple, reliable design and quick installation

 3. Easy in-line maintenance

 4.  Pressure ranges up to 10,000 psi (689.4 bar) available from stock   

5.  Temperature ranges from -60°F to +400°F (-51°C to +205°C) available

 6.  Custom models, larger sizes and higher pressure ratings available on request. Contact Pump&Machinery for more information.

 7.   Bodies available in a full range of chemically resistant materials  

8.   Bladders available for even the most corrosive applications                                                                     

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Blacoh Sentry Metal Pulsation Dampeners

When it comes to dampeners for AODD pumps, you don't have to sacrifice quality for price. Backed by the name you know and trust, our new AODDampener is a market-responsive quality product that improves the performance of your system, reduces water hammer and the common shaking of pipes caused by AODD pumps.

With its universal materials: 316 Stainless Steel and PTFE backed diaphragm, these units will cover almost all fluid applications and can be easily used in a full range of system materials from plastics to metals.

Blacoh Sentry Metal Pulsation Dampeners
  • Max. Capacity: 378 litres
  • Max. Discharge Pressure: 276 bar
  • Max. Fluid Temperature: 204ºC
  • Construction Materials: Aluminium, Carbon Steel, Stainless Steel, Alloy 20, Hast C.
  • Applications: Suitable for Chemical Process, Paint & Coating, Pulp, Paper & Textile, Food & Beverage, Gas, Oil & Petrochemical, Pharmectuical, Water Treatment.
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