Top Suppliers TL(R)Series FGD Pump Export to Japan

Top Suppliers TL(R)Series FGD Pump  Export to Japan

Short Description:

Introduction Series of TL FGD pump is a single stage, single suction horizontal centrifugal pump. It is mainly used as the circulating pump for absorbent tower in FGD appliances. It has such features: wide range capacity, high efficiency, better energy saving. This series of pump is matched by tight structure X support which can save much space. Meanwhile our company develops many kinds of materials targeted on the pump for FGD. Samples 600X-TLR: The diameter of discharge: 600mm. bearing lubr...


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Top Suppliers TL(R)Series FGD Pump Export to Japan Detail:

Introduction

Series of TL FGD pump is a single stage, single suction horizontal centrifugal pump. It is mainly used as the circulating pump for absorbent tower in FGD appliances. It has such features: wide range capacity, high efficiency, better energy saving. This series of pump is matched by tight structure X support which can save much space. Meanwhile our company develops many kinds of materials targeted on the pump for FGD.

Samples

600X-TLR: The diameter of discharge: 600mm. bearing lubricating type: thin oil, rubber liner.

700X-TL: The diameter of discharge:700mm, bearing lubricating type: thin oil, metal liner.

Features

  1. CFD flowing simulating analysis technology is adopted on wetted parts of pump, it has a reliable property and high operational efficiency.
  2. To adjust bearing assembly can change impeller position in volute, it can keep pump unit in a state of high efficient operation.
  3. The pump is back pull-out construction, it has easy construction and simplifies maintenance. It can be disassembled without dismantling suction & discharge pipes.
  4. Double rows taper roller bearings are fitted on pump end, roller bearings are fitted on drive end. Bearings are lubricated by oil which can modify bearing working condition and increase wear life of bearings.
  5. Mechanical seal adopted is special for cartridge mechanical seal of FGD process.

Technical Parameters

 Pump   Model    

       Capacity          Q  (m3/h)

       Head          H (m)

    Speed          n (r/min)

    Max.Eff.    (%)

        NPSH         (m)

    Outlet Dia./  Inlet Dia.     (mm)

 
 
1000X- TL(R)

10440

15

485

89

7.0

1000/1200

 
900X-TL(R)

15000

30

485

90

8.5

900/1000

 
800X-TL(R)

9360

31

485

90

7.0

800/900

 
700X-TL(R)

6840

26

485

87

6.0

700/800

 
600X-TL(R)

6300

25.5

620

88

5.5

600/700

 
500X-TL(R)

3750

25

725

85

5.0

500/500

 
400X-TL(R)

2500

25

725

83

5.0

400/450

 
350X-TL(R)

1600

25

960

82

4.5

350/400

 
300X-TL(R)

720-1800

15-40

450-800

60-79

2-5.5

300/350

 
250X-TL

540-1800

20-75

450-900

75-86

2-4

250/300

 
200R-TL(R)

360-1000

10-40

450-980

80-85

2-5.5

200/250

 
150R-TL(R)

200-800

15-60

600-1200

65-80

2-5.5

150/200

 
150E-TL(R)

150-540

12-40

800-1480

50-67

2.5-6

150/200

 
100E-TL(R)

70-360

15-55

800-1600

50-68

2-6.5

100/150

 
100D-TL(R)

20-220

10-40

800-1800

50-65

2-4.5

100/150

 
75D-TL(R)

40-160

10-50

1000-2200

50-72

2-6

75-100

 
75CC-TL(R)

30-130

8-45

900-2400

40-57

2-6.5

75/100

 
50D-TL

70-140

25-85

850-1450

30-47

2-6.5

50/75

 
50CC-TL(R)

40-85

12-64

1300-2700

40-58

2-10

50/75

 
50BB-TL(R)

16-75

9-44

1400-2800

35-62

2-5.5

50/75

 
40BB-TL(R)

32-72

6-58

1200-3200

30-45

2-8

40/50

 
20CC-TL

16-34

25-92

1400-2200

16-20

2-4.5

20/40

 
20BB-TL(R)

12.5-28

6-68

1200-3800

20-40

2-4.5

20/40

 
20A-TL(R)

2.5-10

6-37

1400-3000

15-30

 

20/40

 

 

Constuction

TL web

 

Sheet One

  NO.  Name    Material NO.    Name  Material
1 Support  Cast Iron 7 Suction Cover  duplex phase stainless white iron
2      Impeller Release Collar Stainless Steel 8 Impeller   duplex phase stainless white iron
3 Shaft Sleeve ZG0Cr18Ni12Mo2Ti 9 Cover Plate QT500-7 Ductile iron
4      Mechanical Seal  Hard Alloy 10 Frame Plate Liner Natural Rubber+A3
5 Frame plate Liner Insert  Natural Rubber+A3 11 Frame Plate QT500-7 Ductile iron
6 Cover Plate Liner  Natural Rubber+A3 12 Adaptor Plate QT500-7 Ductile iron

Sheet Two

 NO.      Name   Material  NO.   Name    Material
1 Support  Cast Iron 7 Throatbushing     duplex phase stainless white iron
2      Impeller Release Collar  Stainless Steel 8 Impeller  duplex phase stainless white iron
3 Shaft Sleeve ZG0Cr18Ni12Mo2Ti 9 Suction Cover    QT500-7+Rubber
4  Mechanical Seal  Hard Alloy 10     Cover Plate QT500-7 Ductile Iron
5 Frame plate Liner insert duplex phase stainless white iron 11 Frame Plate QT500-7 Ductile Iron
6 Volute liner duplex phase stainless white iron 12 Adaptor Plate QT500-7 Ductile Iron

Material Adopted

Our company developed a kind of new material duplex phase stainless white iron (A49)on FGD device specially. The material has anti-corrosive property of duplex stainless steel and anti-abrasive property of high chrome white iron so that it has remarkable anti-abrasive and anti-corrosive property in FGD process.

Pump casing, pump cover and adaptor plate are bearing pressure parts which are made of ductile iron.

Rubber lined pump: impeller, suction cover/front liner insert are made of duplex phase stainless white iron. Front liner, back liner, back liner insert material is natural rubber which has good anti-corrosive property with light weight, low cost.

Metal lined pump: impeller, volute liner, throatbushing ,frame plate liner insert are made of duplex stainless white iron. Suction cover is made of ductile iron with rubber stuck.

 

TL 3D

 

Advantages

  • The distinct characteristic of our FGD engineering pump is double-casing and rubber lined technology. Double-casing structure refers that the pump body is divided into outer pump shell and inner lining. The former bears pressure and insulates slurry. The latter contact abrasive and corrosive slurry. we only need to replace the worn out inner liner.
  • FGD engineering pump is mainly used to transport limestone and gypsum slurry. This requires the wet part performance well not only in anti-abrasive but also in anti-corrosive. Therefore, the wet parts (such as: impeller, volute liner and frame plate insert, etc.) adopt A49 combined with rubber material. The engineering practice shows that the  service life of components made by ours is triple or even higher than the traditional Cr30A products or duplex stainless steel pump.
  • A49 material is a kind of abrasive-resistant and corrosive-resistant alloy widely used for FGD projects in the world , the main composition include chromium 28-30%,  molybdenum 2-3%, nickel%, carbon 1%, copper is less than or equal to 2%. Corrosive-resistance characteristic: this is given by the austenitic element. In the 70 degree sulfuric acid solution which contains chloride 100000ppm and pH value of 4, the corrosion rate of is 0.5mm/a. In the 60 degree solution which contains 5% nitric, the corrosion rate is 0.5mm/a. In the sodium hydroxide solution at 80 degree and pH value of 13, the corrosion rate is 0.5mm/a. Wear-resistance characteristic: The abrasion performance is given by the chromium carbide on the grain boundary and secondary carbon compounds precipitated on austenite bodies. The abrasion performance is equal to A05, GLH-5, Ni-1.
  • TL (R) series FGD engineering pump has the characteristics of uniform parts specifications, widely used in the market, fast delivery, long service time, convenient installation, low cost and so on.

Product detail pictures:

Top Suppliers TL(R)Series FGD Pump  Export to Japan detail pictures


We intention to see quality disfigurement within the creation and supply the ideal support to domestic and overseas buyers wholeheartedly for Top Suppliers TL(R)Series FGD Pump Export to Japan, The product will supply to all over the world, such as: Plymouth, Comoros, Benin, We have a good reputation for stable quality products, well received by customers at home and abroad. Our company would be guided by the idea of "Standing in Domestic Markets, Walking into International Markets". We sincerely hope that we could do business with car manufacturers, auto part buyers and the majority of colleagues both at home and abroad. We expect sincere cooperation and common development!


  • Oil flowing into the storage tank at pressure from the well.



    Wastewater Treatment Plant Process Flow Description

    The process starts with a flow equalization chamber that has a gravity fed inlet or it can be pumped into by a lift station. This chamber is designed to equalize the flow to the aeration chamber during surges through out the day. The flow equalization tank also has a blower which introduces air to the Jet diffusers; the diffusers are used for mixing in this tank and aerating this chamber. This is also a pretreatment chamber. The flow equalization tank has a submersible pump that is controlled by a 24 hour timer, which pumps to the aeration chambers to provide it with the necessary micro-organisms for the biological treatment process to begin.

    The Aeration tank is the next chamber of biological treatment. In this chamber a blower is provided to aerate and mix the tank with Jet diffusers. Aeration basins supply large amounts of air to the mixture of primary wastewater and helpful bacteria and the other microorganisms that consume the harmful organic matter. The growth of the helpful microorganisms is sped up by vigorous mixing of air (aeration) with the concentrated microorganisms (activated sludge) and the wastewater. Adequate oxygen is supplied to support the biological process at a very active level. The ratio of food (organic matter) to organisms to oxygen is monitored and adjusted to meet variations in the wastewater.

    The clarifier allows the biological mass (the microorganisms) to settle from the water by gravity. This mixture, called “activated sludge,” is returned to the aeration basins to help maintain the needed amount of microorganisms. Air lift pumps return the settled sludge to the first aeration chamber for further treatment. The skimmer in this chamber removes the fats, oils and greases, returning them to the aeration chamber for further treatment. Supernatant leaves this chamber by gravity utilizing the effluent weir.

    The Aerobic digester is equipped with diffuser for mixing and provides a holding tank for wasted sludge from the clarifier. Upon settling supernatant is pumped back to flow equalization.

    Effluent from the clarifier travels through the Jet Chlorinator for disinfection. Effluent is stored in the chlorine contact chamber for a minimum of 30 minutes to sterilizing harmful bacteria.

    Effluent from the Chlorine Contact chamber is then pumped through a filter for irrigation usage.

    We are really happy to find such a manufacturer that ensuring product quality at the same time the price is very cheap.

    5 Stars By Stephanie 2016-10-19 13:09
    The factory workers have rich industry knowledge and operational experience, we learned a lot in working with them,we are extremely grateful that we can encount a good company has excellent wokers.





















    5 Stars By Alan 2016-4-22 13:49