Industry
The power & energy, production and transmission industry requires reliable, long lasting pumps. Pump & Machinery are fortunate to be able to offer pumps and expertise from the following global leading manufacturers pumps for New Zealand and the South Pacific:
Maximator MAX Compression
The patented MAX Compression is a 2-stage, fluidically driven highpressure piston compressor that compresses hydrogen from 24 bar to maximum 1,000 bar. It is equipped with the ASX function (automatic seal exchange), which ensures an automatic seal change of the hydrogen high pressure seal. This automatic change reduces unplanned downtime to a minimum. The seal change itself takes about 3 minutes per pressure converter. The system is a dry-running compressor system, so there is no possibility of contamination of the hydrogen to be refueled or the environment in the event of leakages.
This forms just part of the Maximator range of products for Hydrogen.
2 stage
24 bar to 1000 bar (max)
Gear pumps are positive displacement pumps, available in a variety of designs, but there are two basic types: external and internal. External gear pumps consists of two identical, interlocking gears supported by separate shafts. Internal gear pumps have two interlocking gears of different sizes with one rotating inside the other.
Typical applications include:
- Petroleum
- Water
- Resins and Polymers
- Fats and Oils
Pump & Machinery offer a wide range of gear pumps from a variety of manufacturers, we stock Tuthill pumps and parts.
The main advantages include:
- Compact and light weight
- Great for a wide range and changeable viscosities
- High efficiency (up to 98%)
- Cost effective
- Very low pulsation
- Limited self priming (seek advise)
- Low or high speed running
- High temperatures - over 300°C
The main disadvantage include:
- Noisy
- Cannot be run dry
- Don't use with abrasive mediums
Do you need heavy duty equipment capable of continuously pumping everything from corrosive and abrasive to clean and solid contaminated fluids? How about something which is reliable with low energy consumption and maintenance costs? If you thought that’s too good to be true, you’re mistaken. Meet the Warman Q-Series family of axial flow pumps.
Available in a wide range of materials and configurations to suit every situation, Warman® Q-Series pumps offer continuous circulation of fluids across a variety of applications including salt and potash, chemical, pulp and paper, mining, water treatment, biomass and food.
If you want straightforward maintenance, minimal operating costs and long wear life, get in touch with our team of Warman® axial flow pump experts.
Weir Minerals pump division Warman, produce the world's leading slurry pumps. The SP and SPR range of vertical slurry pumps are true cantilevered designs. They incorporate extremely wear resistant metals or polymer covering to withstand abrasion.
Applications in NZ and the South Pacific Include:
The API Maxum Series is Carver's offering specifically designed to meet the needs of the Hydrocarbon Processing Industry. Fully compliant with the latest edition API 610 specifications, the API Maxum is a horizontal, end suction - top discharge, centerline mounted unit. Designed for optimum reliability, these units feature rugged construction and state of the art mechanical design features. These units are well suited for applications that include petroleum refining/production/ distribution, petrochemical/chemical processing, boiler circulation/high temperature applications, and general industrial use. A workhorse in the industry, these pumps are designed for years of service, in some of the toughest environments imaginable. Created specifically for the Hydrocarbon Processing Industry, the API Maxum benefits other markets as well. Hydraulic performance extends to over 9,000 GPM and 720 feet of head. Capable of operating up to 400°F without external cooling and 600°F with cooling makes this pump ideal for mid-high temperature applications.
Our process duty, horizontal ring section multistage pump. Designed for moderate to high-pressure pumping, the RS is available in seven basic sizes with overall performance to 2,600 HP.
The RS is offered with Class 300 ANSI R.F. inlet flanges and Class 600 or 900 ANSI R.F. discharge flanges, depending on the pressures and number of stages involved. Hydraulic performance extends to 2,000 GPM and 3,400 ft. TDH, making it ideally suited for the most demanding industrial and process applications.
The RS design incorporates a product-lubricated, advanced composite material, sleeve-type radial bearing at the outboard (discharge) end. The thrust bearings are two matched angular contact ball bearings located at the inboard (suction) end of the pump. An optional outboard mechanical seal with an inboard radial ball bearing is also available. The RS has oil-lubricated ball bearings, which can be water cooled. Larger units can also be fan cooled.
The available materials of construction, from ductile iron to duplex stainless steel, offer combinations suitable for all applications from general water services to light abrasives and corrosive applications. Our proprietary advanced composite material, available for wear rings and interstage bushings, offers high-temperature performance, and exceptional resistance to wear and corrosion.
The 855 Series is Carver's offering specifically designed to meet the needs of Filtrate Pump users. Since developed in the late 1950s at the request of a large Original Equipment Manufacturer (OEM) of vacuum filtration equipment, a wide variety of options are now being included as standards into each pump produced. Flange mounting directly to the receiver tank eliminates suction piping/NPSH problems and allows pumping to resume even after short periods of interrupted flow. Capable of operating in vacuum conditions up to 26" Hg, the specially designed semi-open impeller assures pumping from a trickle to full capacity.
Carver filtrate pumps can be used to replace Krogh pumps, which although widespread across the NZ pulp & Paper industry, Krogh have disappeared.
Capacities range to 1000 GPM, depending on discharge head and speed of operation. Available in 6 sizes ranging from 1”-4”; standard materials of construction include All Iron, CD4MCu and Rubber Lined. The 855Series features an overhead v-belt drive arrangement as a standard, with options for close coupled or frame mounted drives. By utilizing either belt drive or variable frequency drive, performance characteristics can be fine-tuned to match most system requirements. Maintenance is simplified as the vertically split case maybe disassembled to expose the entire wetted area. Standard features include a rotatable discharge casing which allows flexibility in locating desired discharge flange orientation, packed stuffing box with seal water connections provided to insure lubrication and eliminate vacuum/air leakage and 2” diameter stuffing box bore on all units. Pumps come with discharge flanges dual drilled for both 150lb / PN 10 connections. 17-4pHstainless steel shafts are utilized to both strengthen the shaft and eliminate the need for shaft sleeves (duplex shafts with CD4MCu). Impellers are keyed to the shaft ,providing a secure fit and protection should momentary reverse rotation occur. The Swing-Out Mount is popular as an optional feature, allowing inspection of the pump or quick access to the tank interior.
Grundfos offers a wide range of dosing pumps representing state-of-the-art technology.
Digital Dosing solutions (SMART Digital, DME, DDI) set new standards in liquid chemical handling and accuracy. The operator can easily install and set up the pump to discharge exactly the quantity of dosing liquid required for the process in a unique drive- and flow-control management concept. The setting of the pump is displayed in ml/h, l/h or gph, and the operation mode is easily identified by means of icons.
The DMH mechanical hydraulic dosing pump range is the preferred choice for industrial and complex tasks. The DMH range is a series of extremely strong, robust pumps for applications where a substantial dosing range and high-pressure capabilities are required
The dosing pumps are designed for handling chemicals within the following applications, among others:
The future of electronic registers has arrive, and it is the LC (Liquid Controls) LCR iQ. At the center of the CENTRILOGiQ® platform is the LCR.iQ®, built from the ground up by Liquid Controls' Research & Development team and in close collaboration with customers who will benefit from it! Ease of use, process configurability, and data security were the highest priorities in the design and foundation of the LCR.iQ®.
The LCR iQ replaces the Pump & Machinery Selectronic register which has served the NZ tanker industry well for 40 plus years.
LCR iQ Features
User Input & Display
Sulzer are the trusted manufacturer of 'process pumps' for critical industries such as petrochem.
For details on the complete range including custom adaptation of base plates / seals / paint / etc please contact the friendly Pump & Machinery team.
Nomad polypropylene air operated double diaphragm (AODD) pumps offer the following technical advantages:
Blackmer® offers Ebsray® RC Series regenerative turbine pumps to the Americas market for LPG (propane) and Autogas applications. Regenerative turbine pumps are also known as peripheral pumps or centrifugal regenerative pumps.
Recognized as a global leader in Autogas handling applications – with decades of reliable performance in thousands of installations worldwide – Ebsray regenerative turbine pump products are known for efficiency, reliability, and performance.
Ebsray RC Series regenerative turbine pumps have been specifically designed and precision-built for high-pressure transfer in Autogas applications. The secret to the success of these pumps is the innovative impeller design, which optimizes hydraulic performance resulting in high differential pressures even at low flow rates, a critical consideration for Autogas applications. Ebsray turbine pumps also feature a smooth, quiet operation and long pump life.
The regenerative turbine pump design is very unique and works on a different principle than PD pumps. The impeller is a rotating, non-contacting, free-wheeling disc which has many small buckets or cells (typically about 60) on its periphery. When liquid enters the suction port it is picked up by the impeller and instantly accelerated around in the narrow hydraulic channel (casing volute) surrounding the cells. Kinetic energy is imparted to the liquid being flung outwards by the centrifugal force from the liquid in the teeth cells, while circulating radially around the channel.
