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Non-Clogging Screw Centrifugal Feed Horizont Pump for Biogas Plants Anaerobic Digestion Corrosion-Resistant Materia Energy-Efficient Abrasion-Resistant Impeller
1 Piece
$5501 Piece
$82,500Product information
High-quality Non-Clogging Screw Centrifugal Feed Horizont Pump for Biogas Plants Anaerobic Digestion Corrosion-Resistant Materia Energy-Efficient Abrasion-Resistant Impeller supplied by Schineit (Qingdao) Pump Industry Co., Ltd.. Bulk wholesale pricing ranges from $550 to $82,500 per Piece with a minimum order of 1 Piece. Inquiry for latest prices.
Temperature Range:
-20ºC ~ 120ºC
Max.Head:
0.5 M~90 M
Production Capacity:
1000pieces/Year
Max.Capacity:
1m³/H~5000 M³/H
Max. Viscosity:
300 Cp@24ºC
Motor:
380V/3pH/50Hz, IP54, Class F, Ie3
HS Code:
8413709990
Specification:
According to the drawings
Specifications
Temperature Range:
-20ºC ~ 120ºC
Max.Head:
0.5 M~90 M
Production Capacity:
1000pieces/Year
Max.Capacity:
1m³/H~5000 M³/H
Max. Viscosity:
300 Cp@24ºC
Motor:
380V/3pH/50Hz, IP54, Class F, Ie3
HS Code:
8413709990
Specification:
According to the drawings
Materials:
Cast Iron/Ss 304/316/Duplex Ss/Cr26
Origin:
China
Outlet Flange:
DN50 - DN1000
Bearing:
FAG/SKF/NSK/Hrb/Lycheavy Duty Bearing
Trade Term:
FOB, CIF, CFR, EXW
Structural Features:
High Particle Passing Rate
Working Pressure:
High Pressure Pump/Low Pressure Pump
Product Standard:
ISO 9100
Flange Flange:
ISO/ANSI/DIN/JIS
Payment Term:
LC, T/T, D/P
Shaft Sealing:
Mechanical Seal:Alloy/Alloy
Driving Type:
Motor
O Ring:
Nitrile Rubber
Max. Operating Pressure:
Pn1.6MPa
Usage:
Pump, Pumps, Slurry Pump, Circulating Pump
Port Of Loading:
Qingdao Port
Trademark:
Schineit Pump
Model NO.:
Schineit pump B series
Impeller:
Screw Centrifugal
Motor Brand:
Siemens / ABB or Chinese Brands
Influent Type Of Impeller:
Single Suction Pump/Double-Suction Pump
Impeller Number:
Single-Stage Pump
Transport Package:
Standard Export Packaging
Mounting Height:
Submersible Pump
Motor Built In Protections:
Thermal Switch for Motor Overload, Float Switch
Pump Casing Combined:
Vertical Pump
Position Of Pump Shaft:
Vertical Pump
Solid Content:
≤40%
Business Details
Country:
China
Business Types:
Not specified
Main Markets:
Not specified
Main Products:
Year Established:
2020
Annual Revenue Amount:
Not specified
Numbers Of Employees:
Not specified
Preferred Payment Term:
LC, T/T, D/P
Preferred Trade Term:
FOB, CIF, CFR, EXW
Port Of Loading:
Qingdao Port
Product descriptions from the supplier
Spiral Centrifugal Pumps in Anaerobic Digestion: Operational Scenarios and Advantages
Spiral centrifugal pumps are critical components in anaerobic digestion systems, particularly for handling organic media with high solids content, high viscosity, and fibrous impurities, such as food waste, livestock manure, and agricultural residues. These pumps are primarily deployed in three key operational scenarios: transporting pre-treated slurries during feedstock preparation, facilitating internal circulation within digestion reactors, and discharging post-digestion sludge and digestate. In the initial stage, they efficiently convey mixtures with solid contents up to 20%-30% (e.g., crushed vegetable scraps blended with manure) into hydrolysis tanks, ensuring uniform distribution of coarse particles and fibrous materials like lignocellulose. Within the reactor, spiral centrifugal pumps enable continuous slurry circulation under mesophilic (35-38°C) or thermophilic (55-60°C) conditions, enhancing mass transfer between microorganisms and substrates while avoiding clogging caused by fibrous entanglement-a common issue with conventional impeller pumps. Post-digestion, they reliably handle abrasive digestate containing undegraded solids and grit, leveraging their open-flow channel design and spiral impellers that axially propel debris without damaging pump integrity. Technically, these pumps excel in clog resistance due to single or dual-blade configurations and wide flow paths, which effortlessly manage long fibers and particulate-laden slurries. Their low-shear operation preserves the viability of anaerobic microbial consortia, preventing hydraulic shear stress from disrupting biofilms of sensitive methanogens, thereby maintaining biogas yield and process stability. They also tolerate gas-liquid mixtures with up to 30% gas content (e.g., entrained biogas bubbles), mitigating cavitation risks and flow instability in gassy environments. Constructed with wear-resistant materials like stainless steel linings and silicon carbide coatings, they withstand corrosive media such as hydrogen sulfide and organic acids, extending service life in harsh anaerobic conditions. Energy efficiency is another hallmark, as their steep head-flow curves (Q-H curves) adapt to variable organic loading rates, maintaining consistent head pressure during flow fluctuations and reducing energy consumption by 15%-20% compared to traditional slurry pumps. By integrating reliability, media adaptability, and low maintenance, spiral centrifugal pumps enhance the operational robustness and resource recovery efficiency of anaerobic digestion systems. Future advancements in smart frequency control and corrosion-resistant materials will further solidify their role in advancing sustainable organic waste management toward higher efficiency and lower carbon emissions.
1. Three-phase AC power supply with rated voltage of 380V and frequency of 50Hz.
2. The temperature of the conveying medium does not exceed 40 ºC, the PH value is 4~10, the density is less than 1.1 × 103kg/m3, and the volume of the solid phase can reach 20%.
Product performance and structural characteristics:
1. The Q-H curve is steep, the smooth operation area of the pump is wide, and the curve drift is small in the case of pumping complex media.
2, high operating efficiency, high efficiency area wide, low operation and maintenance costs.
3. The net suction pressure head is low, and the anti-cavitation ability is strong; the shutdown water level is low, which greatly reduces the construction cost of the pool.
4. Smooth drooping power curve, no overload area.
5, no blockage, no winding.
6, soft transport, can be intact to transport live fish, fruits, vegetables and other fragile substances; in the sewage plant activated sludge reflux process, the destruction of the bacteria micelle is only 1/10 of other forms of pump.
7. Medium with high solid content can be transported, for example, mud with solid content as high as 20% can be transported.
8. Advanced Ansys-CFX software is used to optimize the design of hydraulic components, which improves the hydraulic performance of the pump and the pump efficiency reaches the advanced level.
9. The advanced Ansys software is used to scientifically calculate and analyze the pump structure, which improves the life of bearings and mechanical seals, and reduces the vibration and noise of the pump.
10. The cable outlet adopts a special structure, which eliminates water leakage, electric leakage, short circuit and stator coil burning caused by accidental factors such as artificial pulling, broken cable jacket and cable aging, and effectively reduces the probability of failure in the upper part of the whole machine.
11, built-in a number of early warning sensors, in the external control cabinet with lack of phase, short circuit, over-current and water level control and other protection, can achieve the entire system of remote control and monitoring.
12. The bearing adopts imported brand-name products with reliable structure.
13. The product uses a double-sealed structure to increase the reliability of the seal.
14. A self-circulating cooling system is applied to the high-power submersible pump, and the water outlet pressure of the impeller itself is used to ensure that the motor is always under the circulating cooling of the water when the pump is running.
15. The impeller of the water pump adopts a large channel non-clogging impeller, and the blade profile is designed according to the streamline to ensure the large channel flow and smooth operation.
16. A replaceable wear-resistant sleeve is installed between the impeller and the lower end of the volute to keep the pump running efficiently.
Introduction to Schineit Spiral Centrifugal Pumps
Schineit Spiral Centrifugal Pumps combine the advantages of centrifugal and positive displacement pumps, redefining the concept and form of high self-priming, high-flow pumps. Each Schineit³ pump features a large-clearance spiral impeller that gently pumps the medium into the pump chamber and transports it to the discharge pipe. The open impeller easily handles large solid particles and long fiber objects, while the spiral design is highly suitable for conveying substances with high solid content and highly viscous liquids. The result is a high-efficiency, low NPSH pump that simultaneously saves energy, reduces consumption, and lowers costs.
Additionally, Schineit* pumps excel in non-clogging performance when conveying long fiber suspended media, which reduces the cost of unblocking compared to traditional pumps. The ultra-fast gentle transition capability and low shear pumping function significantly reduce the damage to the pump body from abrasive liquids and the destruction of high molecular substances by equipment. Therefore, Schineit@ pumps are highly suitable for conveying slurries and sludge in processes such as kitchen waste treatment, agricultural waste treatment, bioenergy treatment, beer and food manufacturing, construction, mining, pulp and paper production, and pet food processing and wastewater treatment.
The design, development, and manufacturing of Schineit° spiral centrifugal pumps focus on high hydraulic efficiency and low operating costs to achieve a reduction in total usage costs. The specially designed impeller ensures high efficiency and low energy consumption when handling viscous liquids. The combination of ultra-short transition capability, reinforced impeller, and high-quality casing effectively reduces equipment wear. The extremely low NPSH value further minimizes maintenance costs due to cavitation damage.
| Maximum Flow Rate | 13000 m3/h |
| Maximum Head | 100m |
| Nominal Pipe Size | DN50-DN1000 |
| Viscosity | 3000 CPS |
| Maximum Suction Lift | 9 mwc |
| Solids Content | 2mentioned 20%,30% sludge |
The Working Principle of Schineit Spiral Centrifugal Pumps
Schineit" Spiral Centrifugal Pumps employ a spiral centrifugal impeller to propel the medium into a conical casing or passage. The centrifugal force generated by the impeller's rotation then imparts pressure energy to the medium, allowing it to be expelled outward.
The design of the open spiral centrifugal impeller features a low NPSH (as low as 1mWc), which can reduce equipment maintenance costs due to cavitation damage, enabling the spiral centrifugal pump to operate normally even under poor piping conditions or in situations that are particularly challenging for traditional centrifugal pumps.
Schineit*'s spiral centrifugal impeller channels have large blade clearances, capable of passing large solid particles. Media up to 80% of the discharge outlet diameter, such as fruits, vegetables, fish, etc., can enter the smooth impeller channels.
The combination of Schineit spiral centrifugal pump's conical suction port, wide blade clearance, and smooth channels ensures non-clogging during the transport of the medium from the impeller inlet to the outlet. This design also shortens the transition time of the medium within the pump, reducing wear caused by fine solid suspensions such as grit, silicon carbide, and other similar substances, allowing the pump to handle media with up to 30% solids content. Additionally, each Schineit@ spiral pump is equipped with an external spiral that allows for adjustment of the impeller-to-casing clearance to ensure high efficiency and low energy consumption. To accommodate various installation methods for Schineit® spiral centrifugal pumps, the impeller-to-casing clearance adjustment is available in three modes.
Schineit" impellers rarely come into contact with the objects being drawn in and have extremely low shear forces. Traditional centrifugal pumps have higher shear forces due to the contact between the medium and the impeller's cutting surface.
The low shear force of Schineit" impellers prevents material damage, making them highly suitable for conveying loose materials without causing breakage or for transporting crystalline fluids (such as activated carbon) while maintaining their original structure to the greatest extent.
Unique Spiral Centrifugal Impeller
Schineit Spiral Centrifugal Pumps integrate the advantages of traditional centrifugal pumps and screw pumps (or positive displacement pumps) into a unique structure composed of one or two large wrap-angle open twisted blades. This design excels in its ability to handle large particles, long fibers, highly viscous, and high-concentration liquids. When conveying slurries, these pumps operate smoothly with minimal damage to the slurry, offering excellent non-destructive performance.
The spiral section:
Generates a helical propulsion effect, with the leading edge of the impeller shaped like a sickle. The blades increase in radius along the hub, guiding the liquid flow and the conveyed objects towards the vicinity of the axis. The helical action then propels them along the axis to the centrifugal section, providing excellent suction capabilities and a lower level of cavitation.
The centrifugal section:
Converts the energy of the impeller into pressure energy within the volute casing. Due to the action of the centrifugal section, the liquid is expelled from the discharge port.
Schineit" Spiral Centrifugal Pumps employ a spiral centrifugal impeller to propel the medium into a conical casing or passage. The centrifugal force generated by the impeller's rotation then imparts pressure energy to the medium, allowing it to be expelled outward.
The design of the open spiral centrifugal impeller features a low NPSH (as low as 1mWc), which can reduce equipment maintenance costs due to cavitation damage, enabling the spiral centrifugal pump to operate normally even under poor piping conditions or in situations that are particularly challenging for traditional centrifugal pumps.
Schineit*'s spiral centrifugal impeller channels have large blade clearances, capable of passing large solid particles. Media up to 80% of the discharge outlet diameter, such as fruits, vegetables, fish, etc., can enter the smooth impeller channels.
The combination of Schineit spiral centrifugal pump's conical suction port, wide blade clearance, and smooth channels ensures non-clogging during the transport of the medium from the impeller inlet to the outlet. This design also shortens the transition time of the medium within the pump, reducing wear caused by fine solid suspensions such as grit, silicon carbide, and other similar substances, allowing the pump to handle media with up to 30% solids content. Additionally, each Schineit@ spiral pump is equipped with an external spiral that allows for adjustment of the impeller-to-casing clearance to ensure high efficiency and low energy consumption. To accommodate various installation methods for Schineit® spiral centrifugal pumps, the impeller-to-casing clearance adjustment is available in three modes.
Schineit" impellers rarely come into contact with the objects being drawn in and have extremely low shear forces. Traditional centrifugal pumps have higher shear forces due to the contact between the medium and the impeller's cutting surface.
The low shear force of Schineit" impellers prevents material damage, making them highly suitable for conveying loose materials without causing breakage or for transporting crystalline fluids (such as activated carbon) while maintaining their original structure to the greatest extent.
Unique Spiral Centrifugal Impeller
Schineit Spiral Centrifugal Pumps integrate the advantages of traditional centrifugal pumps and screw pumps (or positive displacement pumps) into a unique structure composed of one or two large wrap-angle open twisted blades. This design excels in its ability to handle large particles, long fibers, highly viscous, and high-concentration liquids. When conveying slurries, these pumps operate smoothly with minimal damage to the slurry, offering excellent non-destructive performance.
The spiral section:
Generates a helical propulsion effect, with the leading edge of the impeller shaped like a sickle. The blades increase in radius along the hub, guiding the liquid flow and the conveyed objects towards the vicinity of the axis. The helical action then propels them along the axis to the centrifugal section, providing excellent suction capabilities and a lower level of cavitation.
The centrifugal section:
Converts the energy of the impeller into pressure energy within the volute casing. Due to the action of the centrifugal section, the liquid is expelled from the discharge port.
The length and area of the spiral centrifugal impeller are 3-5 times those of traditional single-channel impellers. This allows energy to be gradually transferred to the liquid along the entire length of the impeller, resulting in lower surface pressure. The low energy gradient and large curvature of the blades lead to a smaller acceleration from the initial velocity of 0 to the outlet velocity, which remains constant throughout the entire process, maintaining a smooth flow with low shear and low turbulence.
This unique design gently transports the liquid from the inlet to the outlet, saving energy and causing minimal damage to the impeller surface.
The illustration compares the energy transfer surfaces of a spiral impeller and a traditional impeller with the same power and rotational speed. It shows that the length of the spiral impeller is more than three times greater than that of the traditional impeller, and the unfolded area is also over three times larger. This results in a smaller energy transfer gradient and lower energy losses.
In contrast, the traditional centrifugal impeller requires the fluid to make a 90° turn from the pump inlet to the outlet, leading to a sudden change in energy transfer and significant local losses. This is particularly problematic when conveying activated sludge, as it can break apart the sludge. Additionally, the sharp turn can easily cause blockages from impurities in the medium.
The spiral centrifugal impeller, however, features a very open channel with a helical rotation, avoiding any abrupt turns. This allows the activated sludge to maintain its original form, and the impeller is less prone to clogging.
Advantages of Spiral Centrifugal Impeller Pumps
I Large Passage Diameter, Non-Clogging and Non-Tangling
Schineit Spiral Centrifugal Pumps boast exceptional non-clogging capabilities. Their open, large-diameter passages are highly efficient and non-clogging, making it easier to transport bulky solids and long fiber materials.
These pumps integrate the advantages of traditional centrifugal pumps and screw pumps (or positive displacement pumps) into a unique structure composed of one or two large wrap-angle open twisted blades. This design excels in its ability to handle large particles, long fibers, highly viscous, and high-concentration liquids. When conveying slurries, these pumps operate smoothly with minimal damage to the slurry, offering excellent non-destructive performance.
The heart of the spiral centrifugal pump is its impeller, which features a unique twisted helical blade design, comprising both a helical section and a centrifugal section.
The helical section generates a helical propulsion effect, with the leading edge of the impeller shaped like a sickle. The blades increase in radius along the hub, guiding the liquid flow and the conveyed objects towards the vicinity of the axis. The helical action then propels them along the axis to the centrifugal section, providing excellent suction capabilities and a lower level of cavitation.
The centrifugal section converts the impeller's energy into pressure energy within the volute casing. Due to the action of the centrifugal section, the liquid is expelled from the discharge port.
In contrast, the traditional centrifugal impeller requires the fluid to make a 90° turn from the pump inlet to the outlet, leading to a sudden change in energy transfer and significant local losses. This is particularly problematic when conveying activated sludge, as it can break apart the sludge. Additionally, the sharp turn can easily cause blockages from impurities in the medium.
The spiral centrifugal impeller, however, features a very open channel with a helical rotation, avoiding any abrupt turns. This allows the activated sludge to maintain its original form, and the impeller is less prone to clogging.
Advantages of Spiral Centrifugal Impeller Pumps
I Large Passage Diameter, Non-Clogging and Non-Tangling
Schineit Spiral Centrifugal Pumps boast exceptional non-clogging capabilities. Their open, large-diameter passages are highly efficient and non-clogging, making it easier to transport bulky solids and long fiber materials.
These pumps integrate the advantages of traditional centrifugal pumps and screw pumps (or positive displacement pumps) into a unique structure composed of one or two large wrap-angle open twisted blades. This design excels in its ability to handle large particles, long fibers, highly viscous, and high-concentration liquids. When conveying slurries, these pumps operate smoothly with minimal damage to the slurry, offering excellent non-destructive performance.
The heart of the spiral centrifugal pump is its impeller, which features a unique twisted helical blade design, comprising both a helical section and a centrifugal section.
The helical section generates a helical propulsion effect, with the leading edge of the impeller shaped like a sickle. The blades increase in radius along the hub, guiding the liquid flow and the conveyed objects towards the vicinity of the axis. The helical action then propels them along the axis to the centrifugal section, providing excellent suction capabilities and a lower level of cavitation.
The centrifugal section converts the impeller's energy into pressure energy within the volute casing. Due to the action of the centrifugal section, the liquid is expelled from the discharge port.
II Gentle Conveying
"Gentle Conveying" is another advantage of Schineit spiral centrifugal pumps. The solid-liquid two-phase fluid gradually moves forward with no significant abrupt changes in flow direction, resulting in a smooth, non-turbulent flow. This gentle action causes minimal damage to the conveyed objects, making it suitable for transporting live fish, vegetables, fruits, slurries, and more. It is particularly well-suited for conveying activated sludge in wastewater treatment plants, as it helps maintain the sludge's activity without causing damage.
1. In the food industry, these pumps are used for transporting delicate objects such as potatoes and live fish, which are prone to damage.
2. When conveying activated sludge or loose particles, the pumps maintain their original physical state without tearing or breaking them apart. Experiments have shown that the damage to the zoogloea in return sludge is only 10% of that caused by other types of pumps.
3. For oil in emulsions, the pumps preserve the specific physical state of the oil droplets without negatively affecting their coalescence.
4. Suspended fibers are not twisted or entangled around the impeller.
III High Efficiency, Low Energy Consumption, Lightweight, Smooth Operation, No Overload Across Entire Operating Range
→ High Efficiency, Low Cost
→ Steep Performance Curve, Stable Operating Points
→ Low Cavitation Content, High Self-Priming Capability
→ Flat Power Curve, No Overload Area Across Entire Operating Range
→ Utilizes a Low-Speed Design, Lightweight, Smooth Operation, 30% to 50% Lighter Than Similar Pumps
→ High Efficiency, Low Cost
→ Steep Performance Curve, Stable Operating Points
→ Low Cavitation Content, High Self-Priming Capability
→ Flat Power Curve, No Overload Area Across Entire Operating Range
→ Utilizes a Low-Speed Design, Lightweight, Smooth Operation, 30% to 50% Lighter Than Similar Pumps
1. In the food industry, these pumps are used for transporting delicate objects such as potatoes and live fish, which are prone to damage.
2. When conveying activated sludge or loose particles, the pumps maintain their original physical state without tearing or breaking them apart. Experiments have shown that the damage to the zoogloea in return sludge is only 10% of that caused by other types of pumps.
3. For oil in emulsions, the pumps preserve the specific physical state of the oil droplets without negatively affecting their coalescence.
4. Suspended fibers are not twisted or entangled around the impeller.
III High Efficiency, Low Energy Consumption, Lightweight, Smooth Operation, No Overload Across Entire Operating Range
→ High Efficiency, Low Cost
→ Steep Performance Curve, Stable Operating Points
→ Low Cavitation Content, High Self-Priming Capability
→ Flat Power Curve, No Overload Area Across Entire Operating Range
→ Utilizes a Low-Speed Design, Lightweight, Smooth Operation, 30% to 50% Lighter Than Similar Pumps
→ High Efficiency, Low Cost
→ Steep Performance Curve, Stable Operating Points
→ Low Cavitation Content, High Self-Priming Capability
→ Flat Power Curve, No Overload Area Across Entire Operating Range
→ Utilizes a Low-Speed Design, Lightweight, Smooth Operation, 30% to 50% Lighter Than Similar Pumps
IV Pumping of Media with High Solid Content:
Capable of conveying media with high solid content, for example, it can transport slurries with a solid content rate as high as 20%.
Capable of conveying media with high solid content, for example, it can transport slurries with a solid content rate as high as 20%.
V Replaceable Wear-Resistant Lining, Easy Adjustment of Impeller Clearance, and Adjustable Front and Rear, Facilitating Easier Selection of Pump Installation Methods
1.Replaceable Wear-Resistant Lining
Schineit Spiral Centrifugal Pumps offer the option of equipping with wear-resistant linings, making them an ideal choice for applications requiring enhanced abrasion resistance. In the event of wear, only the lining needs to be replaced, which is a cost-effective solution as it is a small fraction of the expense of replacing the entire volute casing. Moreover, replacing the lining is extremely simple and does not require significant manpower or resources.
2.The impeller clearance is easy to adjust and can be adjusted both front and rear, facilitating easier selection of the pump's installation method. There are three methods available
1)Non-Adjustable Lining: The clearance can be conveniently adjusted by adjusting the shims.
2) Adjustable Lining: The clearance between the impeller and the lining can be adjusted using three external adjusting bolts, ensuring that the pump maintains the efficiency of a new pump during operation.
3) Motor Side Adjustment of Clearance: If the inlet piping is fixed, the clearance between the impeller and the lining can be adjusted by adjusting the motor side spiral, maintaining high efficiency of the pump.
VI The selection of high-quality components ensures low maintenance and upkeep costs.
Schineit employs bearings from internationally renowned brands such as SKF, NSK, or FAG, and utilizes high-quality special hard alloy mechanical seals, along with other top-quality components from around the world.
Bearings: SKF, NSK, or FAG
Mechanical Seals: Both stationary and rotating rings are made of hard alloy
Fasteners: SS304 or SS316L
Schineit Pumps has extensive experience in providing non-clogging and non-damaging pumping applications. We have conducted extensive and in-depth research on the requirements for various pumping applications. Through the inheritance of this experience and research and development, we have unique insights and professional knowledge in the design and hydraulic development of centrifugal pumps under different working conditions.
Schineit Pumps has developed revolutionary new methods to enhance the performance of non-clogging and non-damaging pumping, with reliable and effective hydraulic performance that can provide higher pumping efficiency and suction capacity.
Schineit Pumps has developed effective simulation tools that can quickly analyze various hydraulic designs. Our own full-scale experimental platform can test final design solutions under actual operating conditions.
Non-Clogging, Non-Damaging, High Efficiency, and Energy-Saving Schineit Spiral Centrifugal Impeller Hydraulic Advantages
In recent years, with the development of human society, the impurities contained in wastewater discharged have increasingly changed, posing new and more severe threats to the wastewater pumping operation. Long fibers, wet wipes, plastics, disposable products, fats, oils, and grease (FOG), and even human underwear as well as fish products, animal carcasses, plant branches and leaves, and various other types of waste have entered pump stations. These objects can form large clumps and stick to the impellers of the pumps, leading to clogging of the sewage pumps and causing the pump stations to be unable to drain normally, resulting in severe water pollution to the environment.
Equipped with Schineit spiral centrifugal impeller components, Schineit submersible pumps can transport general sewage as well as wastewater containing large amounts of solid particles and fibrous substances. Whether it is an open single-channel spiral centrifugal impeller or an open forward-reaching swept-back spiral centrifugal impeller, its large-channel non-clogging characteristics ensure the pumping of viscous water quality and various water qualities that require gentle transportation, and can easily cope with these challenges.
The hydraulic advantages of Schineit helical centrifugal pumps, combined with the unique benefits of FreeFlow technology.
Non-Clogging, Non-Damaging, High Efficiency, and Energy-Saving
Schineit's exceptional non-clogging technology, featuring the dolphin beak and self-cleaning end cap, has revolutionized the FreeFlow technology, significantly enhancing the hydraulic characteristics and stability of Schineit's screw centrifugal pumps. This advancement ensures that even as the demands for pumping functions become increasingly stringent due to changes in media, Schineit's screw centrifugal pumps can effectively handle media containing large solids and long fibers, as well as highly viscous and high solid content media.
Non-Clogging, Non-Damaging, High Efficiency, and Energy-Saving
Schineit's exceptional non-clogging technology, featuring the dolphin beak and self-cleaning end cap, has revolutionized the FreeFlow technology, significantly enhancing the hydraulic characteristics and stability of Schineit's screw centrifugal pumps. This advancement ensures that even as the demands for pumping functions become increasingly stringent due to changes in media, Schineit's screw centrifugal pumps can effectively handle media containing large solids and long fibers, as well as highly viscous and high solid content media.
Schineit (Qingdao) Pump Industry Co., Ltd
Schineit (Qingdao) Pump Industry Co., Ltd. is a wholly foreign-owned enterprise invested by Schineit Pump (Hong Kong) Co., Ltd., specializing in the research, development, production, sales, and technical services of screw centrifugal pumps, submersible mixers, and propulsion systems.Schineit Pump Inc. (USA), founded in the 1970s, has been dedicated to the R&D of screw centrifugal pumps. In 2021, it established Schineit (Shanghai) Pump Industry Co., Ltd., a Sino-US joint venture, as the Asianheadquarters of Schineit Pump Inc. To adapt to global trends, Schineit Pump (Hong Kong) Co., Ltd. acquired all equity,technology, assets, and business operations of Schineit Pump Inc. (USA) and Schineit (Shanghai) Pump Industry Co., Ltd. in 2023, focusing on sustainable water solutions with its proprietary technologies.
Schineit Pump (Hong Kong) Co., Ltd. holds full ownership of Schineit Pump Inc. (USA), Schineit (Shanghai) Pump Industry Co., Ltd., and Schineit (Qingdao) Pump Industry Co., Ltd.
Schineit (Shanghai) Pump Industry Co., Ltd., as the R&D hub in China, collaborates with a Canadian-returned pump design team and Jiangsu University's expert team to innovate patented technologies for screw centrifugal pumps, significantly enhancing their hydraulic performance and stability.
Schineit (Qingdao) Pump Industry Co., Ltd., as the Asian headquarters, leverages Schineit's core technologies in screw centrifugal pumps and municipal sewage treatment expertise to apply clog-free, energy-efficient solutions in wastewater treatment processes. This reduces operational power consumption and maintenance costs. Its products are widely used in sewage treatment, sludge handling, petrochemicals, food processing, nuclear power,desalination, aquaculture, brewing, and paper industries.
Additionally, Schineit (Qingdao) actively expands overseas markets in Southeast Asia, the Middle East, Africa, and Europe.Adheringtothequalitypolicyof"QualityFirst,ServiceExcellence,CustomerSatisfaction,ContinuousImprovement", the company integrates advanced internationaltechnologiesandmanagementpractices.Itsprofessional teamensures product optimization, performance enhancement, andsuperiorservice,committedtodrivingthesustainabledevelopment of China's pump industry through innovation and excellence.
Q1: Are you a factory or a trading company?
A: We are a professional service factory specializing in customized integrated solutions for fluid machinery and fluid engineering projects.
Q2: What're your payments?
A: L/C, T/T, D/P, PayPal, Western Union, Small-amount payment
Q3: What about package?
A: Standard exportation packaging with polywood box.
Q4: How about the delivery time?
A: 30~90 days, Depend on quantity and season.
Q5: How about the MOQ?
A: 1 set.
Q6: How about the quality guarantee?
A: One year after commissioning or 18 months after delivery.
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For Non-Clogging Screw Centrifugal Feed Horizont Pump for Biogas Plants Anaerobic Digestion Corrosion-Resistant Materia Energy-Efficient Abrasion-Resistant Impeller, Schineit (Qingdao) Pump Industry Co., Ltd. accepts LC, T/T, D/P as the preferred payment method, the trade term is FOB, CIF, CFR, EXW, and shipments are typically arranged from port Qingdao Port, ensuring secure and timely international delivery.
What is the current price of Non-Clogging Screw Centrifugal Feed Horizont Pump for Biogas Plants Anaerobic Digestion Corrosion-Resistant Materia Energy-Efficient Abrasion-Resistant Impeller?
The supplier Schineit (Qingdao) Pump Industry Co., Ltd. offers Non-Clogging Screw Centrifugal Feed Horizont Pump for Biogas Plants Anaerobic Digestion Corrosion-Resistant Materia Energy-Efficient Abrasion-Resistant Impeller at negotiation.
What are the specifications of Non-Clogging Screw Centrifugal Feed Horizont Pump for Biogas Plants Anaerobic Digestion Corrosion-Resistant Materia Energy-Efficient Abrasion-Resistant Impeller from China?
Non-Clogging Screw Centrifugal Feed Horizont Pump for Biogas Plants Anaerobic Digestion Corrosion-Resistant Materia Energy-Efficient Abrasion-Resistant Impeller is sourced from China and meets international export standards. Key specifications include: Motor Brand: Siemens / ABB or Chinese Brands, Structural Features: High Particle Passing Rate, Production Capacity: 1000pieces/Year, Influent Type of Impeller: Single Suction Pump/Double-Suction Pump, Temperature Range: -20ºC ~ 120ºC, Position of Pump Shaft: Vertical Pump, Trade Term: FOB, CIF, CFR, EXW, Payment Term: LC, T/T, D/P
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$82,500
/ Piece
Min. order: 1 Piece
