All Products
ARI-PREDEX
Excess pressure regulator, straight through with diaphragm actuator
eClass-No.: 37010990
Application: Industrial installations, processing technology, plant manufacturing, etc.
Medium: Steam, neutral gases, vapours and liquids, etc.
GSPX – General Service Petroleum BB5 API 685
The GSPX sealless magnetic drive pump from HMD Kontro is a multi-stage leak-free pump for safe and efficient high-differential processing.
It uses proven magnetic drive technology and produces higher differential pressure than single-stage sealless models.
The pump is built to API 685 specifications and is suitable for petrochemical processing, petroleum production and refining, offshore and chemical processing applications complying with all industry specifications. The GSP is typically used in toxic, aggressive, hot, crystallising and high value processes.
Its sealless design delivers total product containment and its interchangeable components and commonality with the GSP pump range maximise convenience and reduce spare parts holding.
The GSPX delivers in terms of space, costs and servicing when compared with standard single stage pumps. It has high head performance in a compact sealless magnetic drive package providing more safety and efficiency and maximum uptime. It also has an optimised diffuser design and optional ZeroLoss® composite containment shell and thus eliminates coupling losses and heating of the process liquid.
General Service Petroleum Low Flow API 685 Sealless Magnetic Drive Pump
The GSPLF sealless magnetic drive pump from HMD Kontro is a low flow centreline mounted single stage pump with relatively high head capability.
It is a versatile and highly efficient pump for the safe processing and handling of hazardous and valuable hydrocarbons and chemicals. It is typically used in toxic, aggressive, hot, crystallising and high value processes.
With a combination of the proven technologies of Sundyne Barske Wheel hydraulics and HMD Kontro sealless magnetic drive technology, optimised reliability and efficiency is ensured to promote efficient, cost-effective and trouble free plant operation.
The GSPLF is suitable, and the pump of choice for heavy-duty applications in oil & gas, chemical and petrochemical installations and meets the requirements of API 685 as well as all the specifications demanded by these industries. An extra advantage is the flexibility of its diffuser and impeller, which can be easily upgraded should the pump’s duty be changed, without the necessity to replace the pressure casing.
Benefits of the HMD Kontro GSPLF Pump:
- Barske Wheel hydraulics for optimum efficiency in low specific speed (Ns) applications
- Single basic frame size to suit power requirements
- Barske Wheel design reduces radial and axial bearing loads
- Removable diffuser for simple rerating to different process conditions – no costly machining
- Suction tuned inducers for low NPSHa conditions
| Item | Details |
|---|---|
| Flows to | 30 m³/hr (160 gpm) |
| Heads to | 150 m (720 ft) |
| Pressure | 40 bar / 580 psi |
| Temperature Range | -100 to 315°C (-145 to 600°F) |
he GSPLF is suitable, and the pump of choice for heavy-duty applications in oil & gas, chemical and petrochemical installations and meets the requirements of API 685 as well as all the specifications demanded by these industries.
HMD Kontro LMV 801S – Line Mounted Vertical Pump
Sealless magnetic drive pumps from HMD Kontro are specifically designed for the safe handling and processing of hazardous and valuable hydrocarbons and chemicals for refineries throughout the world.
The vertical configuration is specifically designed to save valuable space in refineries, NGL production, petrochemical and chemical plants.
A range of synchronous magnet drives is offered with the pump range, which are rated to match prime mover performance.
For high temperature operation, a corresponding range of torque ring drives is also available and prime mover specifications can be catered for.
Benefits of the HMD Kontro LMV 801S Pump:
- Single stage, vertical in-line overhung pump according to ISO 13709/API 685 sealless magnetic drive design recommendations
- Sealless magnetic drive can be installed on any existing LMV 801 without changing piping or wet end components
- No leaks for improved safety and environmental contamination
- Safe for handling difficult or hazardous liquids
- Less downtime for maintenance
- Increased durability and reliability with cartridge seals
- Maximised up time
- Saves space @ 25% the size of competing horizontal pumps
- ATEX certified
ARI-STEVI BBD 415
Blow down valve – straight through with flanges and pneumatic actuator
Product data for ARI-STEVI BBD 415
eClass-No.: 37010201
Application: Selection criteria: boiler blow down, Steam boiler engineering
Medium: Cooling water, cooling brine, warm water, hot water, steam, gas, etc.
500M VeCTor M Trim
In severe services of high temperature and high differential pres-sure, KOSO’s multi-stage trim (Pat.)
This Series is multi-ad-vantageous in that its improved performance and durabitity allows maintenance cost reduction and system simplification. Since such ancillaries as diffusers and silencers are not necessary, equipment cost can be reduced too. From 500M, 500D and 500J, depending on the fluid condition, most suitable model can be selected comparing functions and prices.
2-PC Trunnion Ball Valve
BTL Forged steel ball valve have two structures, one is 2PCS, threaded bonnet, RPTFE or PEEK seal.
Different materials for seats, gaskets and packing may be chosen according to different working condition
Design standard: API 6D
Length of structure: API 6D. For product beyond the scope of the standard, it shall be manufactured by specifications in BTL standard or user’s requirements.
Flange connecting end: ASME B16.5/ASME B16.47
Butt welding connecting end: ASME B16.25/ ASME B31.8
Wall thickness: ASME B16.34
Fireproof test: API 607/API 6FA
Inspection and test: API 6D
Pressure and temperature rating: ASME B16.34
Product scope: NPS 1-1/2″~NPS 60″,CL150~CL900
Main body material: WCB?LCB?WCC?CF8?CF8M?CF3?CF3M?A890 4A etc.
Valve seat material: PTFE?RPTFE?NYLON?DEVLON?Derlin?PEEK?PPL?HNBR?FKMor metal hard seal etc.
Drive device: handle, worm wheel, electric, pneumatic, pneumatic- hydraulic, electro-hydraulic, etc.
GSPV – Vertical API 685
The GSPV sealless magnetic drive pump is a compact vertically mounted sealless magnetic drive pump, requiring minimum floor space.
The GSPV pump has fixed diffuser parts outboard of the impeller instead of a volute casing, optimising efficiency and thus allowing for variation of the head rise to shut-off for a range of duty points. At least two diffuser options are offered with each hydraulic, and the diffuser can be changed in situ, without the need to remove the casing from the process, in the event that the pump duty changes significantly. The diffuser significantly reduces radial loads and the consequential low vibration levels and stabilises the characteristic head curve.
The design of the GSPV has nine hydraulics, which are split between 2 Frame (magnetic coupling) sizes to suit power requirements with the option of ZeroLoss® shells in all configurations.
Benefits of the HMD Kontro GSPV Pump:
- Rapid and economical maintenance
- Increased efficiency and low running costs, maximising online process time
- Conforms to API 685 standards and relevant API 610 requirements
- Sealless operation with no costly seal support systems to maintain
- Minimum maintenance and spares holding
- Conforms to BS 4082 and provides a sealless upgrade to existing installations
- Designed to retrofit to existing sealed designs
- ASME VIII compliant
The GSPV range of vertical pumps can be used for many applications including booster packages, condensate transfer, hydrocarbon transfer and sampling packages. It is suitable for chemical, petrochemical and oil & gas installations and particularly for offshore operations where space is at a premium.
| Item | Details |
|---|---|
| Flows to | 235 m³/hr (1250 gpm) |
| Heads to | 90 m (430 ft) |
| Pressure | 40 bar / 580 psi |
| Temperature Range | -40 to 205°C (-40 to 400°F) |
G Series/MACROY®
Efficient design for low-pressure, high-output water treatment applications now NSF/ANSI 61 and 372 certified.
The G series metering pump, also known as the MACROY® pump, is now NSF/ANSI 61 and 372 certified for municipal compliance and safety assurance. Capable of handling pressures up to 175 psi (12 bar) and flow rates up to 310 gph (1181 l/h) it is an ideal pump for water treatment applications. Combining heavy-duty industrial drive technology with state-of-the art design and manufacturing processes, this mechanically-actuated diaphragm pump eliminates flow restrictions, reduces the possibility of hydraulic oil contamination of process liquid, and ensures smooth output.
HMP 7000 Overhung Impeller Integrally Geared Multi-Stage Pump
Heavy duty and extremely high pressure, the Sundyne API Style Integrally geared multi-stage pump
Sundyne integrally gear driven multi-stage pumps are utilized by process engineers to manufacture fertilizer, urea and PTA. These pumps are able to safely reach extremely high pressures and will run reliably for 5 years without an overhaul. Up to four overhung impeller pump stages are powered by a single gearbox and motor resulting in energy and space savings. Sundyne multi-stage pumps generally utilize only 25% of the space and require much less maintenance than between bearing pumps and generate extremely high pressures.
Unlike conventional multi-stage pumps, Sundyne computer tailored hydraulics place the B.E.P. (best efficiency point) at the rated point resulting in optimum efficiency. An added benefit is reduced end-of-curve horsepower, allowing for smaller driver sizes resulting in energy savings.
- Flows to 1,800 gpm (410 m³/hr)
- Heads to 14,500 ft (4,420 m)
- Suction Pressure 1,000 psi (70 bar)
- Temperature Range -200 to 500°F (-130 to 260°C)
Applications
- Fertilizer manufacturing
- PTA – Purified Terephthalic Acid
- Urea processing
HMP 5000 Multi-Stage Integrally Geared Pump
Sundyne integrally gear driven multi-stage pumps are utilized by process engineers to manufacture fertilizer, urea and PTA
Sundyne integrally gear driven multi-stage pumps are utilized by process engineers to manufacture fertilizer, urea and PTA. These pumps are able to safely reach extremely high pressures and will run reliably for 5 years without an overhaul. Up to four overhung impeller pump stages are powered by a single gearbox and motor resulting in energy and space savings. Sundyne multi-stage pumps generally utilize only 25% of the space and require much less maintenance than between bearing pumps and generate extremely high pressures.
Unlike conventional multi-stage pumps, Sundyne computer tailored hydraulics place the B.E.P. (best efficiency point) at the rated point resulting in optimum efficiency. An added benefit is reduced end-of-curve horsepower, allowing for smaller driver sizes resulting in energy savings.
- Flows to 660 gpm (150 m³/hr)
- Heads to 14,500 ft (4,420 m)
- Suction Pressure 1,000 psi (70 bar)
- Temperature Range -200 to 500°F (-130 to 260°C)
Applications
- Fertilizer manufacturing
- PTA – Purified Terephthalic Acid
- Urea processing
HMP 3000 Multi-Stage Integrally Geared Pump
Sundyne integrally gear driven multi-stage pumps are utilized by process engineers to manufacture fertilizer, urea and PTA.
Heavy duty and extremely high pressure, the Sundyne overhung impeller integrally geared multi-stage pump
Sundyne integrally gear driven multi-stage pumps are utilized by process engineers to manufacture fertilizer, urea and PTA. These pumps are able to safely reach extremely high pressures and will run reliably for 5 years without an overhaul. Up to three pump stages are powered by a single gearbox and motor resulting in energy and space savings. Sundyne multi-stage pumps generally utilize only 25% of the space and require much less maintenance than between bearing pumps and generate extremely high pressures.
Unlike conventional multi-stage pumps, Sundyne computer tailored hydraulics place the B.E.P. (best efficiency point) at the rated point resulting in optimum efficiency. An added benefit is reduced end-of-curve horsepower, allowing for smaller driver sizes resulting in energy savings.
- Flows to 440 gpm (100 m³/hr)
- Heads to 10,000 ft (3,050 m)
- Suction Pressure 425 psi (30 bar)
- Temperature Range -200 to 500°F (-130 to 260°C)
Applications
- Fertilizer manufacturing
- PTA – Purified Terephthalic Acid
- Urea processing