Chemical Circulation Pump
Chemical Circulation Pump

Chemical Circulation Pump

Model: ZA/ZE Series
Structure: Single-stage single-suction petrochemical centrifugal pump
Flow Rate: ≤ 2600 m3/h
Head: ≤ 300 m
Design Standard: API610
Working Pressure: 2.5 MPa(ZA); 5.0MPa(ZE)
Working Temperature: ≤175℃(ZA); ≤450℃(ZE)
Motor Power: 1.1~160 kW
Outlet Caliber: DN25~DN450
Speed: 960 rpm; 1450 rpm; 2900 rpm;
Impeller Type: Closed Impeller; Semi -open Impeller; Open Impeller
Heating Jacket: Optional
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Products Description

 

XINJIUYANG Chemical Circulation Pump: Excellent Performance, Full Advantages

ZA and ZE series chemical circulation pumps are designed according to API 610, offering a safe, reliable, and stable operation. They handle clean or particulate-laden, neutral or corrosive high-temperature media. Widely used in petrochemicals, papermaking, coal processing, food, pharmaceuticals, and environmental protection, these pumps play a vital role in complex production processes. They transport a variety of petrochemical media, from crude oil to chemical products, and their performance directly impacts the efficiency, stability, and safety of the entire production system.

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Model Description

 

Model Description of ZA Series Chemical Circulation Pump

 

Product Details

 

Model ZA/ZE Series
Structure Single-stage single-suction chemical circulation pump
Flow Rate ≤ 2600 m3/h
Head ≤ 300 m
Design Standard API610
Working Pressure 2.5 MPa(ZA); 5.0MPa(ZE)
Working Temperature ≤175℃(ZA); ≤450℃(ZE)
Motor Power 1.1~160 kW
Outlet Caliber DN25~DN450
Speed 960 rpm;1450 rpm; 2900 rpm;
Impeller Type Closed Impeller;Semi -open Impeller;Open Impeller
Heating Jacket Optional
Material Carbon Steel;SS304, SS316, duplex steel, titanium alloy, High alloy,etc.
Application Petrochemical, coal chemical, auto part coating, vegetable oil, battery industry, textile, metallurgy, food, pharmaceutical, sugar, water supply desalination,salt industry, environmental protection, etc.

 

Design Advantages

 

Modular Design
The chemical circulation pump features a modular structure, with the pump body, impeller, sealing device, bearings, and other components as separate modules. This simplifies assembly and standardizes connections, shortening production cycles. During maintenance, faulty modules can be quickly identified, disassembled, and replaced, reducing downtime and maintenance effort.

 

Optimized Hydraulic Design
Advanced CFD technology is used to optimize the pump's flow path, minimizing energy loss. The impeller shape and blade angles are carefully engineered to maximize efficiency and reduce power consumption.

 

Flexible Material Options
Material selection is tailored to the medium and operating conditions. Highly corrosive fluids like sulfuric or hydrochloric acid use corrosion-resistant materials such as high-chromium stainless steel or Hastelloy. High-temperature or high-pressure applications use heat-resistant alloys, while lightweight, high-strength engineering plastics are used where weight reduction is required. This ensures stable operation and extends service life under diverse conditions.

 

Structure Diagram

 

Structure Diagram of Chemical Circulation Pump

 

1. Impeller nut 4. Pump cover 7. Seal cover 10. Suspension loop 13. Oil draining bolt 16. Lock nut
2. Pump body 5. Axle sleeve 8. Bearing box 11. Front bearing 14. Axle 17. Real axle bearing cover
3. Impeller 6. Machine seal 9. Front axle bearing cover 12. Air chamber 15. After bearing 18. Coupling

 

Performance advantages

 

High Flow and High Head
Chemical circulation pumps offer strong conveying capacity, meeting high flow and high head requirements. In oil extraction and refinery processes, they efficiently transport crude oil or materials across processing stages. High flow ensures rapid transfer, while high head allows smooth operation through complex pipelines, overcoming elevation differences and system resistance to maintain continuous production.

 

Excellent Corrosion Resistance
Designed for petrochemical applications, these pumps handle highly corrosive media such as acids, alkalis, salts, and organic compounds. Corrosion-resistant materials, including stainless steel, alloy steel, and engineering plastics, extend service life, reduce maintenance frequency, and lower production costs.

 

High-Temperature and High-Pressure Adaptability
Chemical circulation pumps are built to operate under high-temperature and high-pressure conditions. Advanced sealing structures and materials prevent leakage, while pump bodies and impellers made from high-strength, heat-resistant materials withstand mechanical and thermal stresses, ensuring safe and reliable operation.

 

Stable Operation
These pumps feature low vibration, low noise, and excellent dynamic balance. Precision manufacturing ensures alignment of the impeller and shaft, reducing wear and improving reliability. Equipped with a monitoring and control system, the pump tracks flow, pressure, and temperature in real time, issuing alarms and corrective actions if abnormalities occur, ensuring safe and stable operation.

 

Application Advantages

 

Wide Applicability
Chemical circulation pumps are suitable for all stages of petrochemical production, including crude oil extraction, transportation, refining, and chemical product manufacturing. They handle light and heavy crude oil, as well as various chemical raw materials and products. In oil extraction, they support production and water injection; in refining, they serve distillation, catalytic cracking, hydrofining, and other processes; in chemical manufacturing, they transport materials in polyethylene, polypropylene, and synthetic rubber production. Their versatility makes them essential equipment in the petrochemical industry.

 

Compatibility with Automated Systems
Equipped with intelligent control systems and sensors, chemical circulation pumps integrate seamlessly with automated control systems such as DCS and PLC. They enable remote monitoring, automatic flow and pressure adjustment, and real-time operational control. In modern petrochemical plants, this allows precise management of pump delivery and pressure according to production batches and product requirements, improving efficiency and process control.

 

Supporting New Process Development
Chemical circulation pumps are crucial for technological innovation and new process development in the petrochemical industry. They meet the requirements of specialized processes, such as supercritical fluid transport or microchannel reactions, which demand high flow accuracy and pressure stability. Through continuous performance improvement, these pumps enable the adoption of advanced processes and drive technological progress.

 

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