Substances endangering health and the environment, highly viscous fluids containing dry solids or shear sensitive fluids ask for pumps capable of conveying most difficult media in hermetically closed systems without compromising safety. NETZSCH , and , also in combination with our , always ensure the right solution for your process. Positive displacement pumps are successfully proved in many markets, such as:
NETZSCH pumps for the oil industry are characterized by robust and reliable design. Constructions and materials are adapted to the requirements. Together with the customer's requirements are specified in the planning phase and the optimal pump is selected. The use of innovative pump technologies from NETZSCH offers safe and reliable production processes at low life-cycle costs. On this there is a large range of products available from which you can select the appropriate each pump system for on- and offshore, up-, mid- and downstream area.
NETZSCH pumps for the oil industry are characterized by robust and reliable design. Constructions and materials are adapted to the requirements. Together with the customer's requirements are specified in the planning phase and the optimal pump is selected. The use of innovative pump technologies from NETZSCH offers safe and reliable production processes at low life-cycle costs. On this there is a large range of products available from which you can select the appropriate each pump system for on- and offshore, up-, mid- and downstream area.
NEMO® BY Progressing Cavity Pumps can be used in any area of industry where a great variety of different substances must be pumped or very precisely dosed.
From low viscosity media to products barely capable of flowing, with or without solid content, shear-sensitive, sticky or abrasive – with the NEMO® BY, even difficult substances are conveyed gently and under low pulsation.
In block construction with a flanged drive, this NEMO® pump is particularly compact and economical. The NEMO® BY also differentiates itself by means of low investment, operating and maintenance costs. Four rotor/stator geometries are available to cover a broad spectrum of products and applications. Contact us and we will help you find the optimal solution for your particular application.
Features of the NEMO® BY Progressing Cavity Pump
NEMO® BY Progressing Cavity Pumps offer you:
Advantages of the NEMO® BY Progressing Cavity Pump
NEMO® Progressing Cavity Pumps in FSIP® design can be used in any area of industry where a great variety of different substances must be pumped or very precisely dosed. The FSIP® concept of the NEMO® Progressing Cavity Pump is especially interesting where pumps are installed in wear intensive applications requiring more service and maintenance work. Every time the installer' s workload is eased, additional work steps are avoided and maintenance time is reduced, this enables savings in terms of capacities and costs.
The FSIP® pump is designed in a way that the housing itself functions as support and orientation guideline. The special design enables that each part automatically fits into its destination. Positioning is done automatically without further adjustments. Therefore the change of all wear parts takes less than half of the time required so far.
In block construction with a flanged drive, this NEMO® pump is particularly compact and economical. The pump also differentiates itself by means of low investment and operating costs. In FSIP® design the pump can help to safe even more maintenance costs and costs caused by downtimes. Two rotor/stator geometries are available to cover a broad spectrum of products and applications. Contact us and we will help you find the optimal solution for your particular application.
Features of the NEMO® Progressing Cavity Pump
Advantages of the NEMO® Progressing Cavity Pump in FSIP® design
The NEMO® SY progressing cavity pump is used for demanding applications in every branch of industry around the globe. In bearing block design with free shaft extension, this pump can be run with any type of drive, such as servo motors, diesel motors or hydraulic drives.
The pump can also handle high-pressure applications. Four rotor/stator geometries are available, enabling the pump to be customized perfectly to your application case. The NEMO® SY is suitable for all branches of industry where low- to mid- viscosity and/or shear-sensitive, abrasive or adhesive media must be safely and gently conveyed.
Features of the NEMO® SY Progressing Cavity Pump
The NEMO® SY Progressing Cavity Pump offers you:
Advantages of the NEMO® SY Progressing Cavity Pump
The NEMO® C.Pro dosing pump is a fully synthetic pump for the precise dosing of a great variety of chemicals in environmental technology and the chemical industry.
Its synthetic construction makes it perfectly suited for the gentle and low-pulsation conveyance and dosing of aggressive or non-aggressive chemicals. With only six main parts, the NEMO® C.Pro is particularly easy to service and economical. Features of the NEMO® C.Pro:
The NEMO® C.Pro® offers you:
The NEMO® BH hygienic pump is employed in the foodstuff, pharmaceutical, cosmetic and chemical/biochemical industries for hygienic applications and optimal cleaning.
It is ideal in these settings due in part to its continuous, pressure-stable, gentle and low-pulsation conveyance and in part to its capability of dosing in proportion to speed. The block pump construction with flanged drive is particularly compact and economical to operate.
Many different regulatory bodies have set specifications for a hygienically correct configuration of components and machines, as well as for component cleanability. The materials used are approved by the FDA (Food and Drug Administration) as well as EU-VO 1935/2004. In addition, NEMO® hygienic and aseptic pumps meet the specifications of the United States’ 3-A Sanitary Standards and are GOST-R certified (a Russian certificate of conformity).
Features of the NEMO® BH Hygienic Pumps:
NEMO® BH Hygienic Pumps offer you:
Advantages of the NEMO® BH Hygienic Pump:
The NEMO® Mini BH Hygienic Pump is employed above all in the foodstuff, pharmaceutical, cosmetic and chemical/biochemical industries for hygienic applications.
It is ideal in these settings due in part to its continuous, pressure-stable, smooth and low-pulsation conveyance and in part to its capability of dosing in proportion to speed. In the block construction with flanged drive, the NEMO® Mini BH is particularly compact and economical.
Features of the NEMO® Mini BH Hygienic Pumps
NEMO® Mini BH Hygienic Pumps offer you:
Advantages of the NEMO® Mini BH Hygienic Pump:
The NEMO® SH Plus Hygienic Pump is employed for hygienic applications in the foodstuff, pharmaceutical, cosmetic and chemical/biochemical industries in order to provide continuous, pressure-stable, gentle and low-pulsation conveyance with optimal cleaning and dosing in proportion to speed.
The design with bearing block and free shaft ends enables the universal employment of any drive type.
Many different regulatory bodies have set specifications for a hygienically correct configuration of components and machines, as well as for component cleanability. NEMO PUMPS® are designed, produced and inspected in accordance with the regulations of the EHEDG (European Hygienic Equipment Design Group) and the QHD (Qualified Hygienic Design). The materials used are approved by the FDA (Food and Drug Administration). In addition, NEMO® Hygienic and Aseptic Eccentric Screw Pumps meet the specifications of the United States’ 3-A Sanitary Standards and are GOST-R certified (a Russian certificate of conformity).
Features of the NEMO® SH Plus Hygienic Pumps
NEMO® SH Plus Hygienic Pumps offer you:
Advantages of the NEMO® SH Plus Hygienic Pump:
The NEMO® SA Aseptic Pump is employed for aseptic and hygienic applications in the foodstuff, pharmaceutical, cosmetic and chemical/biochemical industries in order to provide continuous, pressure-stable, gentle and low-pulsation conveyance and dosing in proportion to speed.
To avoid contamination from the environment, all hermetic areas can be sealed with steam or sterile condensate. The design with bearing block and free shaft ends enables the universal employment of any drive type.
Many different regulatory bodies have set specifications for a hygienically correct configuration of components and machines, as well as for component cleanability. NEMO® aseptic pumps are designed, produced and inspected in accordance with the regulations of the EHEDG (European Hygienic Equipment Design Group) and the QHD (Qualified Hygienic Design). The materials used are approved by the FDA (Food and Drug Administration) as well as EU-VO 1935/2004. In addition, NEMO® aseptic pumps meet the specifications of the United States’ 3-A Sanitary Standards and are GOST-R certified (a Russian certificate of conformity).
Features of the NEMO® SA Aseptic Pump
NEMO® SA Aseptic Pumps offer you:
Advantages of the NEMO® SA Aseptic Pump:
The NEMO® BO/BS Progressing Cavity Pump with square/rectangular hopper and coupling rod with feeding screw and force-feed chamber is employed in almost all branches of industry to provide continuous, pressure-stable, gentle and low-pulsation conveyance.
This special design guarantees better feed into the conveying elements. Another great advantage of the NEMO® Progressing Cavity Pump is its ability to dose nearly any substance in proportion to rotation speed. In block construction with a flanged drive, this pump is particularly compact and economical.
Features of the NEMO® BO/BS hopper-Shaped Progressing Cavity Pump
The NEMO® BO/BS hopper-Shaped Progressing Cavity Pump offers you:
Advantages of the NEMO® BO/BS hopper-Shaped Progressing Cavity Pump
Conveying and cutting in one process step without expensive additional equipment, this is exactly what the NEMO® BO/SO hopper pump with integrated cutting device makes possible. With the progressing cavity pump, for example in the food industry, large solids such as pieces of fruit or vegetables can be easily and quickly chopped and pumped for further processing.
The NEMO® BO/SO progressing cavity pump with hopper and coupling rod with feeding screw and force-feed chamber is employed in almost all branches of industry to provide continuous, pressure-stable, gentle and low-pulsation conveyance.
The hopper housing with cutting unit guarantees optimum feed of chunky medium into the conveying elements. If the medium passes the force-feed chamber with the cutting unit the larger fruits and vegetables are cutted immediately. This unit consists of a rotating knife with three blades and a variable number of stationary knives adjustable to the size and consistency of the particles.
Optionally the pump can be equipped with an additional cutting unit at the discharge flange of the pump. With its perforated disc and rotating knife it allows for further fine definition of the particle size.
As any other NEMO® progressing cavity pump also the BO/SO pump has the ability to dose the conveyed media in proportion to rotation speed. In block construction with a flanged drive, this pump is particularly compact and economical. It is also available with bearing housing for a wider range of drives.
The NEMO® BP can be used in nearly all branches of industry to provide continuous, pressure-stable, gentle and low-pulsation conveyance with dosing in proportion to rotation speed. The special features of this model include the patented, horizontally positioned feeding screw, the integrated bridge breaker and the enlarged rectangular hopper. Optimal feed into the conveying elements is guaranteed by means of the coupling rod with this feeding screw and the conical force-feed chamber. The bridge breaker prevents bridging and makes the mixing of aggregates possible. The hopper dimensions can be adjusted to the individual application case. The block construction of the NEMO® BP with flanged drive is particularly compact and economical.
Features of the NEMO® BP hopper-Shaped Progressing Cavity Pump
NEMO® BP hopper-Shaped Progressing Cavity Pumps offer you:
Advantages of the NEMO® BP hopper-Shaped Progressing Cavity Pump
The NEMO® B.Max® is setting new standards with its maximum mixing and conveying capabilities for biosubstrates. It is the result of continued development work on the NETZSCH NEMO® Progressing Cavity Pump with hopper and conveying screw.
The pump housing has a large rectangular hopper and removable conical force-feed chamber, as well as a coupling rod with patented, horizontally positioned conveying screw, that guarantee optimal product feeding to the conveying elements. The positioning of the conveying supports on the hopper housing allows for maximum mixing of the substrate.
The NEMO® B.Max is particularly well-suited for the following substances:
Advantages of the NEMO® B.MaxTM hopper-Shaped Progressing Cavity Pump
NEMO® Immersible Pumps are used to empty barrels, containers, tanks, sedimentation tanks, pits etc. and where space is restricted, there is a risk of cavitation or there is very low NPSH.
The pumps are also used to empty containers holding materials that are hazardous to water or the environment for which standard emptying via a flange on the bottom of the container is not permitted. Features of the NEMO® BT immersible pump:
Features of the NEMO® BT Immersible Pump:
NEMO® BT Immersible Pump offers you:
Advantages of the NEMO® BT Immersible Pump
The NEMO® BF is used in all branches of industry to provide continuous, pressure-stable, gentle and low-pulsation conveyance with dosing in proportion to rotation speed. It is employed primarily for highly viscous, compacted and crumbly substances that do not have a tendency to bridge.
For optimal feed into the conveying elements, the pump housing is designed with an enlarged, rectangular hopper and conical force-feed chamber as well as a special coupling rod with a patented, horizontally positioned feeding screw.
In block construction with a flanged drive, this pump is particularly compact and economical.
Features of the NEMO® BF hopper-Shaped Progressing Cavity Pump
NEMO® BF hopper-Shaped Progressing Cavity Pumps offer you:
Advantages of the NEMO® BF hopper-Shaped Progressing Cavity Pump
The optimal solution is a NETZSCH progressing cavity pump. NEMO® pumps are produced in accordance with API 676 and shaft seals in accordance with API 682.Features of NEMO® Transfer Pumps:
NEMO® Transfer Pumps offer you:
Advantages of the NEMO® Transfer Pump:
Crude oil deposits are often discovered in spongy rock. To extract it, fluids must be pumped into the earth under high pressures. NEMO® Water-Injection Pumps are particularly well-suited for this task, since their capacity can be changed in accordance with rotation speed.
Features of NEMO® Water-Injection Pumps:
NEMO® Water-Injection Pumps offer you:
Advantages of the NEMO® Water-Injection Pump
Only very seldom does crude oil arrive at the surface in pure form. Usually it is mixed with water, sand and gas. Conventional pumps require that the gas first be separated from the crude oil. With NETZSCH NEMO® Multiphase Pumps, this is not an issue.
NEMO® Multiphase Pumps can be used for crude oil with a gas content of up to 100%.
Features of NEMO® Multiphase Pumps:
NEMO® Multiphase Pumps offer you:
Advantages of the NEMO® Multiphase Pump
The new design of the T.Sano® plain has a completely smooth housing in comparison to the ordinary T.Sano®, which attracts barely any dirt or dust. In addition to materials and cleanability of the pump area, great emphasis is placed on the outer contours of the components in the production process of the food and hygiene industries. To ensure that no dust can accumulate, the pump housing must also be designed without superfluous corners, edges and dead spaces. The T.Sano® series are EHEDG-certified.
Performance:
Benefits:
NETZSCH TORNADO® industrial rotary lobe pumps are versatile stand-alone equipment. Used primarily in environmental technology and the chemical industry, these pumps handle almost any substance continuously and gently while metering in proportion to rotation speed. Their small space requirements and high power density are some of their most important advantages.
Features of the NETZSCH TORNADO® Industrial Rotary Lobe Pumps:
NETZSCH TORNADO® Industrial Rotary Lobe Pumps offer you:
For more than a decade we have been supplying the classic design NETZSCH TORNADO® T1 rotary lobe pumps.
Their extensive use in applications in the Environmental and Energy, Chemical, Pulp and Paper and Oil and Gas sectors for flow rates up to 1000 m3/h demonstrate their high performance. Pump size and specification are precisely tailored to suit the characteristics of the pumped media and the operating requirements. Three series with 12 models available provide for flow rates up 1,000 m³/h at discharge pressures up to 6 bar for both intermittent and continuous operation. For higher discharge pressures customised solutions are available.
Your benefits:
A TORNADO® rotary lobe pump fastened onto a mobile base – this is the NETZSCH TORNADO® Mobile. The concept of mounting the equipment onto a car or truck trailer makes it possible to pump large quantities of fluids with solid content, wastewater and slurries at the most unusual of sites. Based on the given application, a TORNADO® rotary lobe pump is selected in the appropriate size and then simply installed onto a trailer. High capacity and low space requirements make the TORNADO® Mobile ideal for use in any disaster situation.
Pump type XLB-8/2
Bi-directional, self-priming rotary lobe pump, with pulsation-free helical lobes made from GG25 cast iron with NBR rubber coating, supported by two bearings. Adjustable housing half-shells and replaceable frontal wear plates.
Diesel Drive
Powerful Deutz 112 kW / 149 PS 4-cylinder diesel drive, 4-stroke direct injection engine, water cooler, fuel filter, air filter, injection pump, lubricating oil filter, oil pan, oil level dipstick, thermostat, cooling fan. 12 V starter. Soundproof hood ensures quiet operation. Suction filter, exhaust assembly with silencer.
Connections
Suction: 3 x DN 159 Perrot V Type; discharge: 3 x DN 159 V Type (Storz A or other types of connections also possible). Discharge ports on side of unit, each fitted with a blind cover; all pipes and flanges hot-dip galvanized.
Trailer
Completely hot-dip galvanized; made from stable, torsionally rigid structural steel with drive consoles and vibration dampers. Stable, hinged front support wheel; 4 supports with hand crank. Overrun brake with auto-reverse, fitted with with DIN towing eye for truck hitching; tarp and bows. Total weight 3400 kg.
An ideal solution to transferring the media is the NETZSCH TORNADO® rotary lobe pump which offers high capacity with a small space requirement. Especially for installation in containers the small foot print gives highest flexibility in arranging the equipment.
Features of the NETZSCH TORNADO® Industry lobe pump:
The NETZSCH TORNADO®Industry lobe pump offers you:
Advantages of the NETZSCH TORNADO®Industry lobe pump:
3 ranges for all applications
Since 1979 NETZSCH has been manufacturing multi screw pumps to serve a wide range of industries and applications. The most advanced technology is utilized to produce these pumps. Reliability, durability and experience are some reasons why you should choose NETZSCH.
NOTOS® pumps are designed to convey low to well lubricating fluids, low to high viscosity, shearsensitive or chemically aggressive media.
The markets covered are:
NOTOS® Multi Screw Pumps are known as pumps for low to high flows and low to high pressures
NOTOS® two screw pumps have one drive screw, transferring torque through a hydrodynamic film to the rotating intermeshing driven screw.
Fluid properties:
Performance
Accessories
Arrangements
NOTOS® three screw pumps have one drive screw, transfering torque through a hydrodynamic film to the two rotating intermeshing driven screws.
Fluid properties:
Performance
Accessories
Arrangements
NOTOS® geared twin screw pumps have two shafts and four screws. The torque is transferred to the driven shaft via helical gears. The design is hydraulically balanced.
Fluid properties:
Performance
Accessories
Arrangements
NETZSCH M-Ovas® grinding systems can be used wherever it is essential that solid matter in fluids be broken down reliably to ensure the prevention of pipe clogging and damage to downstream equipment.
The special design of the M-Ovas® housing carries the solids in the wastewater flow to the cutting plate, where they are held and chopped by rotating blades. This low-maintenance assembly is designed for sludges with a maximum flow of 300 m3/h and a dry matter content of up to 7%.
Advantages of the NETZSCH M-Ovas®:
The NETZSCH M-Ovas® is primarily used in the following areas:
Capable of fragmenting large and solid particles, the N.Mac™ Twin Shaft Grinder is the ideal equipment for different applications such as wastewater treatment, biomass substrate handling, food and fruit scraps. Its various housing designs in channel and inline versions allow installation into effluent channels or with flanges to prevent pipe clogging and to protect downstream equipment, such as pumps.
Design Details
NETZSCH has been developing, producing and marketing NEMO® progressing cavity pumps for over 50 years and is one of the world’s most trend-setting problem solvers in some of the most difficult of applications – particularly in the area of dosing technology. At NETZSCH, our ever-growing know-how is consistently applied to further development. Here, not only is value placed on optimizing positive-displacement pump technology, but great attention is also given to the further development of the dosing components used by our customers in order to ensure that their ever-increasing requirements continue to be met. The S-Geometry which is used in NEMO® dosing technology provides a nearly shear-free conveyance and extremely gentle handling of highly abrasive, viscous and filled products. The NEMO® dosing technology is used in the most varied of Industries & Branches such as vehicle manufacturing, the electronics industry, the pharmaceutical and foods industries, renewable energy resources, and other bonding and sealing industries.
NEMO® Dispensers guarantee the highest level of precision in dosing and reproducibility. For this reason, NEMO® Dispensers and NEMO® Hand Dispensers are employed in a great variety of applications and industries.
Such as:
Features of NEMO® Dispensers and Hand Dispensers
NEMO® Dispensers and Hand Dispensers offer you:
Application
The NBE 20 twin is used to empty barrels filled with Betaseal 1965 and feed our dispenser continuously with material. Betaseal 1965 is a one-component bonding compound with excellent paint adhesion which is primarily developed in co-operation with the automobile manufacturers.
In this case our dispenser applies a bead onto two different profiles with a length of 1000 mm. Therefore it´s necessary to guarantee a bead width of 1 mm for the smaller part and 5 mm for the bigger part. The big advantage for the customer is, that both areas can be covered with just one dispenser.
Scope of delivery
NEMO® Barrel Emptying Pumps suction themselves automatically to the bottom of the barrel or container to achieve almost residue-free emptying in the chemical, pharmaceutical and foods industries. The heart of the Barrel Emptying System is a volumetrically conveying NEMO® Progressing Cavity Pump. When the NEMO® Pump is started, a vacuum is created under the follower plate. This then simultaneously puts slight pressure on the substance in order to guarantee constant suction in the pump.
Features of NEMO® Barrel Emptying Pumps:
NEMO® Barrel Emptying Pumps offer you:
Everything from a single supplier!
Our broad product portfolio makes it possible for us to design complete dosing systems for you. Take advantage of our many years of experience and know-how.