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Latest trends in Compressed Air purification Premier Equipments PROFILE Premier Equipments Private Limited is a professionally


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SLIDE 1

Latest trends in Compressed Air purification

  • Premier Equipments
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SLIDE 2

PROFILE

Premier Equipments Private Limited is a professionally managed ISO certified, competent company

  • ffering products, services and

complete systems for the treatment

  • f compressed air.
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SLIDE 3

In brief

  • Founded in 1996
  • Complete solution for Compressed Air

Treatment

  • Innovative Latest Technology
  • Manufacturing Capabilities upto

10000cfm and 400 bar Super Pressure

  • Backed with Strong After Sales
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SLIDE 4

Need of Compressed Air Quality

Compressed Air Quality is vital.

  • Consequences if not

maintained Dramatically increased maintenance costs Increased downtimes

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SLIDE 5

ANSI/ISA-S7.0.01-1996

The Instrument Society of America has published its Quality Standard for Instrument Air (ANSI/ISA-S7.0.01-1996). The purpose of the standard is to provide a definition for instrument-quality air. The scope of the standard includes:

  • Limits for moisture content
  • Limits for entrained particle size and oil content
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SLIDE 6

Summary of ANSI / ISA-S7.0.01

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SLIDE 7

Air Quality - ISO 8573-1:2001

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SLIDE 8

ISO 8573-1:2001

25.0 +7 10.0 40.0 5 5.0 +3 8.0 15.0 4 1.0

  • 20

5.0 5.0 3 0.1

  • 40.0

1.0 1.0 2 0.01

  • 70

0.1 0.1 1 Max. Concentration g/m3

  • Max. Particle

Size Microns

  • Max. Oil

Content mg/m3

  • Max. Pressure

Dew Point ºC Solid Contaminants Air Quality Class

  • Table 2. Typical Air Quality Classes
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SLIDE 9

Where from the contaminants originate

  • Solid Particles

– From atmosphere – From the air compressor itself – From Existing piping system

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SLIDE 10

Where from the contaminants originate

  • Oil Particles

– From atmosphere as hydrocarbons – From the air compressor itself

  • 3 to 15 mg/m3

– 0.01 mg/m3 is termed as technically oil free air

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SLIDE 11
  • !
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  • Where from the moisture originate

Water Particles Water Particles Mainly from atmosphere Mainly from atmosphere

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SLIDE 12

Devices to remove contaminants Devices to remove contaminants

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SLIDE 13
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SLIDE 14

Devices to remove contaminants Devices to remove contaminants

% % - !

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& - ! '( '( - ! . ! ! - ! !

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SLIDE 15

Particulate Filters Particulate Filters

) ) )* )* ) ) &))! &))! )+ )+

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SLIDE 16

Coalescing Filters Coalescing Filters

AIR OUT AIR IN Anti re-entrance barrier Wet band Separated liquids

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SLIDE 17

Bulk Water Separator

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SLIDE 18

,%

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  • %
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SLIDE 19

Compressed Air drying

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SLIDE 20

Compressed Air drying

  • 2

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SLIDE 21

Dew point - Definition

3 ) )) ) 04 561+ 3 ) 7 )) *)&2+ 3 ) )) ) 04 561+ 3 ) 7 )) *)&2+

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SLIDE 22

But, when does Corrosion start ? +20 +10

  • 10

P r e s s u r e D e w p

  • i

n t ° C Ambient Temperature ° C

C

  • n

d e n s a t i

  • n

s t a r t s

RH. 50-100%

C

  • r

r

  • s

i

  • n

m a y s t a r t

No corrosion

0 10 20 30 40 50

Corrosion

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SLIDE 23

Compressed Air drying – By Over Compression

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SLIDE 24

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Compressed Air drying – By Cooling

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SLIDE 25

&! 22Adsorption is a process of deposition of water vapour onto the internal and external surface of the adsorption medium, without the formation of a chemical compound. %3!

Compressed Air drying – By Chemicals

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SLIDE 26

Types of Desiccant Dryers

6! 6! 6! 6! 6&)%! 6&)%!

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SLIDE 27

Heatless Regenerative dryers Heatless Regenerative dryers

  • 4&

4&

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SLIDE 28

" " " "

  • External Blower Purge dryers

External Blower Purge dryers

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SLIDE 29

5 5

  • !

!

  • Heat of compression dryers

Heat of compression dryers

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SLIDE 30

%6.%° 2 2 7. 8!4.34 '()7931%&1&6:1

Desiccant dryer – Air Quality

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SLIDE 31

Premier Refrigerated Dryers – Series Ecotronika

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SLIDE 32

;12 2 < 8!4 '()7931%&1&

Refrigerated dryer – Air Quality

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SLIDE 33

Premier Refrigerated Dryers – Series Ecotronika

Why Why Why Why Why Why Why Why Ecotronika Ecotronika Ecotronika Ecotronika Ecotronika Ecotronika Ecotronika Ecotronika Series Dryers? Series Dryers? Series Dryers? Series Dryers? Series Dryers? Series Dryers? Series Dryers? Series Dryers?

  • Latest technology

Latest technology Latest technology Latest technology Latest technology Latest technology Latest technology Latest technology

  • Energy savings by 30%

Energy savings by 30% Energy savings by 30% Energy savings by 30% Energy savings by 30% Energy savings by 30% Energy savings by 30% Energy savings by 30%

  • Ecofriendly

Ecofriendly Ecofriendly Ecofriendly Ecofriendly Ecofriendly Ecofriendly Ecofriendly refrigerant refrigerant refrigerant refrigerant refrigerant refrigerant refrigerant refrigerant

  • Highly reliable

Highly reliable Highly reliable Highly reliable Highly reliable Highly reliable Highly reliable Highly reliable

  • Remote monitoring & control

Remote monitoring & control Remote monitoring & control Remote monitoring & control Remote monitoring & control Remote monitoring & control Remote monitoring & control Remote monitoring & control

  • User friendly

User friendly User friendly User friendly User friendly User friendly User friendly User friendly

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SLIDE 34

Tube Tube-

  • In

In-

  • Tube Heat exchanger

Tube Heat exchanger

Conventional smooth bored heat exchangers allow less overall heat transfer efficiency and hence consumes more power

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SLIDE 35

Highly reliable and most Highly reliable and most energy efficient hermetically energy efficient hermetically sealed scroll type refrigeration sealed scroll type refrigeration compressors ensure very low compressors ensure very low power consumption. These power consumption. These compressors are compressors are tropicalised tropicalised for for Indian environment. Indian environment.

Ecotronika Ecotronika – – Salient features Salient features

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SLIDE 36

Ecotronika Ecotronika – – Salient features Salient features

4)#2 8 81.8.83

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SLIDE 37

Ecotronika Ecotronika – – Salient features Salient features

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SLIDE 38

Ecotronika Ecotronika – – Salient features Salient features

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SLIDE 39

Ecotronika Ecotronika – – Salient features Salient features

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SLIDE 40

Selection of Refrigerated dryer

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SLIDE 41
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Need of Refrigerated Dryer

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SLIDE 42

Factors considered for the selection of dryer

  • Air Compressor Max. Flow
  • Working Pressure
  • Air Inlet Temperature to the Dryer
  • Ambient Temperature
  • Cooling medium
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SLIDE 43

Pressure Vs Moisture content

Pressure and moisture content are inversely proportional.

Moisture content at different pressure range

10 20 30 40 50 60 70 2 4 6 8 10 12 14 16 18 Pressure (bar) Moisture content (g/m3)

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SLIDE 44

Temperature Vs Moisture content

  • +!6°
  • Moisture content at 7 kgf/sq.cm

2 4 6 8 10 12 14 16 18

  • 60
  • 40
  • 20

20 40 60 80 Air temperature (Deg.C) Moisture content (g/m3)

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SLIDE 45

Inlet Temperature Vs Power Consumption

  • Inlet Temperature Vs. Power Consumption

1.6 1.7 1.8 2.2 2.5 1 1.2 1.4 1.6 1.8 2 2.2 2.4 2.6 30 35 40 45 50 55 60 Temperature (Deg.C) Power (kW)

The chart represents 300 cfm capacity

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SLIDE 46

Ambient Temperature Vs Power Consumption

  • The chart represents 300 cfm capacity at 45 Deg.C inlet

Ambient Temperature Vs Power Consumption

1.4 1.5 1.75 1.85 2 2.4 0.5 1 1.5 2 2.5 3 10 20 30 40 50 60 Temperature (Deg.C) Power Consumption (kW)

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SLIDE 47

Consequences of Temperature in Selection

5+'

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SLIDE 48

Reference conditions

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+- 692 A0- 3BC ) ) '! '! + +-

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2 A0 A0-

  • 3BC

3BC

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SLIDE 49

Right Sizing

Apply correction factors for various inlet pressure, inlet temperature & ambient temperature

Correction factors vary manufacturer to manufacturer

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SLIDE 50

Dryer Layout

  • Standalone dryer

Individual of air compressor, air receiver, filters and air dryer.

  • Integrated dryer

Air compressor, Air dryer, filters and air receiver as a single unit

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SLIDE 51

Myths of Integrated package

  • Claim

'2 : 2 2 B 2 C ' +2

  • Truth
  • 2
  • 1

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SLIDE 52

Myths of Integrated package

  • Claim

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  • Truth

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+- -8&+ +- 8&+ A0- 70&1 +'!& ;1 27 +

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SLIDE 53

Myths of Integrated package

  • Claim

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  • Truth

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  • 2

+

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SLIDE 54

Myths of Integrated package

  • Claim
  • Truth

The pressure drop across the dryer can not be

  • measured. Chance of

compressor running at higher pressure results in more power consumption.

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SLIDE 55

Myths of Integrated package

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@8

5

  • (
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SLIDE 56

To get best quality air at lesser power To get best quality air at lesser power and lesser maintenance and lesser maintenance

3!! 3!! ))73 ))73 ;2+ ;2+

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SLIDE 57

New Concept of drying

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SLIDE 58

Hybrid dryers Hybrid dryers

Combination of Refrigerated dryer & Heatless dryer to achieve -20°C PDP / -40°C ADP

Air from Compressor : 45°C / 100 % RH / 7 bar / 7.84 g/m3 Air from Refrigerated dryer : 40°C / 10.3 % RH / 7 bar / 0.61 g/m3 Air from desiccant dryer: 40°C / 1.4 % RH / 7 bar / 0.08 g/m3

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SLIDE 59

Hybrid dryers Hybrid dryers – – Power analysis Power analysis – – 500 500 cfm cfm

Power consumption of Refrigerated dryer

2.5 kW

Power consumption of Heatless dryer (4 % purge loss)

3.7 kW

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SLIDE 60

Power analysis Power analysis – – 500 500 cfm cfm – – Various types Various types

( (-

  • 20

20° °C PDP / C PDP / -

  • 40

40° °C ADP) C ADP)

Power consumption of Blower reactivated dryer 19 kW Power consumption of Heatless dryer (14 % purge loss)

13 kW

Power consumption of Hybrid dryer (Refrigeration dryer power + 4 % purge loss)

6.2 kW

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SLIDE 61

Premier – Product Range

8+2 5+2- ( 5+2% # >8!+2 52 + +2D! +8! + A( +

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SLIDE 62

Our Products

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SLIDE 63

Thankyou

Premier Equipments Pvt. Limited 139, Civil Aerodrome Road, Coimbatore – 641033. Tel : 0422-2273040 Fax : 0422-2273066 Email : Premierdriers@sify.com