HighEfficiency TL TLR FGD Pump China Factory and Suppliers

Brief Description:

Looking for reliable FGD pump China suppliers? Our TL TLR series horizontal centrifugal pumps from our professional factory are engineered for absorbent towers, offering high efficiency, power saving, and a compact X-bracket design for demanding industrial applications.

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Product Description

The AIER® TL and TLR series FGD pumps are high-performance, single-stage, single-suction horizontal centrifugal pumps specifically engineered for the demanding environments of Flue Gas Desulfurization (FGD) systems. Primarily serving as circulation pumps for absorbent towers, these units are designed to handle highly abrasive and corrosive slurries with exceptional reliability, ensuring seamless operation in power plants and industrial scrubbers.

By integrating advanced CFD (Computational Fluid Dynamics) flow simulation and cutting-edge material science, the TL/TLR series achieves a perfect balance of high efficiency and power conservation. Featuring a compact X-bracket structure and a convenient back pull-out design, these pumps optimize floor space while significantly reducing maintenance downtime, making them the ideal choice for critical industrial FGD applications.

Detailed Parameters

Pump Size	350-1000mm	Flow Capacity	1500-14000m³/h
Rated Head	10-33m	Max Particle Size	180mm
Temperature Limit	≤80°C	Primary Materials	Hyperchrome, Natural Rubber
Pump Type	Horizontal Centrifugal	Suction Type	Single Suction
Bearing Type	Taper Roller / Column Roller	Lubrication	Oil Lubricated

Key Advantages

Dual-Property Materials

Specialized alloys combining duplex stainless steel's corrosion resistance with high chrome white iron's abrasion resistance.

Low Maintenance

Back pull-out structure allows for easy internal access without dismantling the inlet or outlet pipelines.

CFD Optimized Flow

Advanced flow simulation ensures maximum hydraulic efficiency and minimized energy consumption during operation.

Adjustable Performance

The impeller position can be adjusted via the bearing assembly to maintain peak efficiency over the pump's lifecycle.

Compact Installation

Tight X-bracket structure minimizes the required installation footprint in crowded industrial settings.

Enhanced Bearing Life

Equipped with high-grade taper and column roller bearings with oil lubrication for superior longevity.

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Management Platforms

Material Selection

Customizable options between rubber-lined and metal-alloy casings based on chemical aggressiveness.

Precision Engineering

OEM capabilities ensuring every pump is tailored to specific head and flow requirements of the plant.

Wear Monitoring

Systematic inspection of impellers and liners to prevent unexpected downtime and catastrophic failure.

Seal Technology

Integration of specialized FGD mechanical seals to ensure zero leakage and safe operation.

Spare Parts Supply

Rapid availability of critical wear parts like liners and impellers to keep operations uninterrupted.

Global Support

Technical guidance and installation support for power plants and industrial projects worldwide.

Investment Return Comparison

Performance Metric	Standard Industrial Pump	AIER® FGD Pump
Operational Life	Short (Frequent Wear)	Extended (Anti-Wear Materials)
Maintenance Cost	High (Frequent Tear-downs)	Low (Back Pull-out Design)
Energy Efficiency	Standard	High (CFD Optimized)
Corrosion Resistance	Moderate	Superior (Duplex Stainless Steel)
Total Cost of Ownership	High due to Downtime	Optimized ROI via Durability

Frequently Asked Questions

Q: What makes an FGD pump different from a standard slurry pump?

FGD pumps are specifically designed to handle the unique combination of highly corrosive acidic chemicals and abrasive solids found in flue gas desulfurization systems, requiring specialized materials like hyperchrome or duplex stainless steel.

Q: How often should the wear parts of an FGD pump be inspected?

Due to the abrasive nature of the slurry, regular visual inspections of the impeller and liners are recommended. A preventive maintenance schedule based on flow rate and slurry concentration is essential to avoid unplanned downtime.

Q: Should I choose a horizontal or vertical FGD pump for my power plant?

Horizontal pumps are ideal for easier access and maintenance in open spaces. Vertical pumps are better suited for deep sump installations or where floor space is severely limited.

Q: What is the benefit of the "back pull-out" design?

The back pull-out design allows the internal components of the pump to be removed for servicing without disconnecting the suction and discharge piping, drastically reducing maintenance time.

Q: Can AIER FGD pumps be customized for specific slurry compositions?

Yes, as an OEM manufacturer, AIER can adjust material compositions, impeller designs, and lining types to match the specific chemical and abrasive properties of your project's slurry.

Q: How does CFD simulation improve pump performance?

Computational Fluid Dynamics (CFD) allows engineers to visualize and optimize flow patterns, reducing turbulence and erosion while increasing the overall hydraulic efficiency of the pump.