Industrial Heat Exchangerd

Industrial Heat Exchangers Stainless steel, titanium, copper AIC Heat exchangers are utilized in a wide range of industrial applications including the oil and gas industry, power generation, chemical processing and more.

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04

Pool heaters Shell-and-tube heat exchangers for residential and industrial applications

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JAD line Shell-and-coil type of heat exchangers for variety of industrial processes

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Cobrex Double-wall copper steam heaters 4

Pool heaters Shell-and-tube heat exchangers for residential and industrial applications, widely used for swimming pools

AIC shell and tube swimming pool heat exchangers produce high output and excellent heat transfer capability.

The AIC series of pool heaters define innovation with attention to design excellence and uncompromising quality.

These market-proven products excel in the most rigorous and demanding of environments with unsurpassed performance and finesse.

Our product range comprises heat exchangers built from stainless steel and titanium.

Key features Large heat transfer area within comapct space Used to space heating Small footprint Simple construction made from stainless steel Easy maintenance

Typical applications Private and public swimming pools Spa/hot tubs In-floor heating Oil/glycol coolers Waste water heat recovery systems 5

AIC’s expertise and core competence is the design and fabrication of stainless steel and titanium heat exchangers.

The diversity of applications provides unrestrained business opportunities.

AIC products can be found in modern heating, ventilation and air conditioning systems (HVAC industry), they work in domestic and commercial heating boilers, private and public swimming pools, perform as condensers and as preheaters.

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AIC heat exchangers are utilized in a wide range of industrial applications including the oil and gas industry, power generation, chemical processing and more.

B, TW installation 7

8

11

1

10

6

3

2

10

5

9

4

B6 installation 7

11

8

10

6

3

1 2

10 7

9

5

4

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

Boiler Heat Exchanger Swimming Pool Pump Filtration Chlorine Feeder Circulation Pump Flow Control Valve Check Valve Thermometer Safety Relief Valve Gate Valve

B line

B6 line

Complete welded construction with high strength 316L stainless steel, underlined by distinctive helically corrugated tubes, this series is formulated for consistent, reliable performance with high uid velocities and low temperature variations. Exceptional thermal performance.

A product with a purpose. Complete welded construction with high strength 316L stainless steel and distinctive densely packed precision tubing, this series is formulated for consistent, reliable performance with high fluid velocities and a close temperature approach.

Low pressure drops

Dense heat transfer area

Robust and compact design requires minimum installation space

Low pressure drops

Perfectly suited for applications with high fluid flows

Specifically designed for low temperature sources

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BTi line

TW line

BTi continues the tradition of the successful and proven B-Line. The simple design and highly resistant titanium construction guarantee superior performance. Whether seawater or salt water chlorinator, this product is ideal for the most demanding pools.

Unique heating coil geometry. A revolutionary thermal technology. A one-piece welded pure titanium masterpiece, intrinsically designed for the most aggressive of environments. Exceptional material strength and corrosion resistance, matched with unparalleled quality. Ultralight construction.

Excellent thermal efficiency

Condensate sub-cooling

Simple design and highly resistant titanium construction

Total immunity to salt corrosion even at high temperatures

Large heat transfer surface area within a compact space

Ultra-high thermal performance 9

B-line

Heating source on the tube side

8 mm corrugated stainless steel tubing

Pool water on the shell side

Complete SS 316L welded design

Vertical or horizontal installation

10

Technical specification Model

L

A

B

C

D

F

G

mm

in

mm

in

mm

in

mm

in

mm

in

B 45

265.3

10.4

107.8

4.2

115.3

1.5

71.5

4.4

86.9

3.0

1"

3/4"

B 70

341.9

13.2

103.8

3.5

177.8

4.2

85.0

6.9

84.4

3.3

1 1/2"

3/4"

B 130

391.9

13.2

108.8

5.7

227.8

4.2

85.0

8.9

84.4

3.3

1 1/2"

3/4"

B 180

361.9

13.2

128.0

4.5

199.4

5.1

83.0

7.6

107.5

3.4

1 1/2"

1"

B 250

493.6

14.1

128.0

9.6

329.4

15.1

83.0

2.7

107.5

3.4

1 1/2"

1"

B 300

613.6

24.1

127.0

4.3

449.4

15.1

82.0

7.4

107.5

3.4

1 1/2"

1"

B 400

733.6

24.1

122.0

8.8

559.4

25.1

87.0

1.9

107.5

3.4

1 1/2"

1"

B 500

1073.6

44.1

130.0

2.1

881.2

35.2

94.0

4.8

103.0

3.7

2"

1"

B 1000

893.6

34.1

164.0

5.2

677.0

26.6

106.0

6.6

139.0

4.3

2"

2"

Model

Nominal capacity

Pressure drop

Flow

Pressure drop

Flow

Heat Transfer Area

Cold water side

Hot water side

m²

sq ft

3.3

0.15

1.62

26.2

3.8

0.25

2.64

40

30.6

4.4

0.34

3.64

227

60

26.2

3.8

0.44

4.70

3.6

227

60

31.1

4.6

0.63

6.80

25.5

3.7

227

60

33.1

4.8

0.84

9.00

40

26.5

3.8

227

60

38.8

5.6

1.06

11.39

150

40

27.0

3.9

227

60

24.8

3.6

1.56

16.80

451

120

25.5

3.7

451

120

40.0

5.8

2.00

21.50

kW

BTU/h

l/min

USGPM

kPa

PSIG

l/min

USGPM

B 45

13

45,000

94

25

24.8

3.6

152

40

22.7

B 70

20

70,000

94

25

25.6

3.7

152

40

B 130

38

130,000

94

25

26.2

3.8

152

B 180

53

180,000

150

40

24.0

3.5

B 250

73

250,000

150

40

25.0

B 300

88

300,000

150

40

B 400

117

400,000

150

B 500

146

500,000

B 1000

293

1,000,000

Nominal Capacity Values are based on heating water 180°F (82.2°C) and return pool water 80°F (26.7°C).

C

A

B

G

D

L

11

B6

Complete stainles steel 316L welded design

Pool water on the tube side

Passivated and externally electropolished

Closely spaced baffles

Densely packed 6 mm precision tubing

Heating source on the shell side

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Technical specification Model

L

A

B

C

D

F

G

mm

in

mm

in

mm

in

mm

in

mm

in

in

in

B6-280

399.0

15.7

91.8

3.6

240.0

9.4

79.4

3.1

81.9

3.2

1

1 1/2

B6-390

373.0

14.7

116.3

4.6

193.0

7.6

90.0

3.5

103.6

4.1

1 1/2

2

B6-700

622.0

24.5

116.3

4.6

442.0

17.4

90.0

3.5

103.6

4.1

1 1/2

2

B6-1200

1075.0

42.3

116.3

4.6

895.0

35.2

90.0

3.5

103.6

4.1

1 1/2

2

Model

Nominal capacity

Pressure drop

Flow

Pressure drop

Flow

Heat Transfer Area

Cold water side

Hot water side

m²

sq ft

2.7

0.47

5.10

26.8

4.3

0.60

6.50

114

25.0

3.8

1.15

12.40

126

47.0

6.8

2.14

23.00

kW

BTU/h

l/min

USGPM

kPa

PSIG

l/min

USGPM

B6-280

82

280,000

125

33

21.0

3.0

250

66

18.6

B6-390

114

390,000

260

69

27.6

4.0

520

137

B6-700

205

700,000

215

57

22.7

3.3

430

B6-1200

352

1,200,000

238

63

44.1

6.4

476

Nominal Capacity Values are based on heating water 180°F (82.2°C) and return pool water 80°F (26.7°C).

F

B

A

G

D

13

BTi

Heating source on the tube side

Complete titanium welded design

Pool water on the shell side

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Technical specification Model

L

A

B

C

D

F

G

mm

in

mm

in

mm

in

mm

in

mm

in

B 180Ti

409.4

16.1

143.4

5.6

195.0

7.7

107.2

4.2

103.6

4.1

1 1/2"

1 1/4"

B 300Ti

658.4

25.9

143.4

5.6

444.0

17.5

107.2

4.2

103.6

4.1

1 1/2"

1 1/4"

B 500Ti

1111.4

43.8

143.4

5.6

897.0

35.3

107.2

4.2

103.6

4.1

1 1/2"

1 1/4"

Model

Nominal capacity

Pressure drop

Flow

Pressure drop

Flow

Heat Transfer Area

Cold water side

Hot water side

m²

sq ft

3.6

0.44

4.70

26.2

3.8

0.84

9.00

33.1

4.8

1.56

16.80

kW

BTU/h

l/min

USGPM

kPa

PSIG

l/min

USGPM

B 180Ti

53

180,000

150

40

24.0

3.5

227

60

24.8

B 300Ti

88

300,000

150

40

25.5

3.7

227

60

B 500Ti

146

500,000

150

40

27.0

3.9

227

60

Nominal Capacity Values are based on heating water 180°F (82.2°C) and return pool water 80°F (26.7°C).

C

A

B

G

D

L

15

TW

Heating source on the tube side Complete titanium welded design Vertical or horizontal installation

Unique helical 8 mm heating coils

Pool water on the shell side

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Technical specification Model

L

A

B

C

D

F

G

mm

in

mm

in

mm

in

mm

in

mm

in

TW 100

332.6

13.1

108.7

4.3

134.6

5.3

–

–

88.9

3.5

1 1/2"

1 1/4"

TW 200

530.6

20.9

108.7

4.3

332.6

13.1

–

–

88.9

3.5

1 1/2"

1 1/4"

TW 300

758.6

29.9

108.7

4.3

560.6

22.1

–

–

88.9

3.5

1 1/2"

1 1/4"

TW 300

910.6

35.9

108.7

4.3

712.6

28.1

–

–

88.9

3.5

1 1/2"

1 1/4"

Model

Nominal capacity

Pressure drop

Flow

Pressure drop

Flow

Heat Transfer Area

Cold water side

Hot water side

m²

sq ft

5.4

0.21

2.24

40.5

5.9

0.38

4.15

60

44.1

6.4

0.58

6.26

60

46.2

6.7

0.72

7.71

kW

BTU/h

l/min

USGPM

kPa

PSIG

l/min

USGPM

TW 100

29

100,000

75

20

22.3

3.2

227

60

37.2

TW 200

57

200,000

75

20

32.3

4.7

227

60

TW 300

87

300,000

75

20

44.3

6.4

227

TW 400

113

400,000

75

20

52.7

7.6

227

Nominal Capacity Values are based on heating water 180°F (82,2°C) and return pool water 80°F (26,7°C).

B

F

A

G

D

L

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JAD line Shell-and-coil type of heat exchangers for variety of industrial processes

316L The strength and durability of JAD heat exchangers are due to their complete welded, stainless steel material of construction.

The JAD is unique in design, and diverse in capacity. Developed for flexibility, it can be an integral component of any sophisticated heat recovery system, while just as suitable for every day use.

Every component of this heat exchanger is engineered to optimize performance, resulting in a compact, highly efficient and effective system.

One of the most characteristic features of the JAD family is the closely packed, circular layers of helically, corrugated tubes that constitute the tube bundle.

Typical construction SS316L welded material of construction Helically coiled tube bundles (corrugated or smooth) Cascading connections Vertical installation 18

Each layer is positioned in the opposite direction to the surrounding layer, resulting in an overall criss-cross pattern.

The effect is a high heat transfer surface area within a compact space. The tube orientation fosters turbulent flow and creates more uniform heating of the fluids, thus increasing the overall heat transfer coefficient.

Additionally, the inherent spring-like characteristics of the coiled tube bundle enable these heat exchangers to withstand high temperature differentials between the two mediums, variations in steam pressures, and possible steam hammers and shocks in the system.

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The JAD angular connections accommodate smooth, gradual flow entrances and exits from the unit, reducing any sharp corners that can result in flow separation and where dirt buildup can occur. The vertical configuration has the intrinsic advantage of being used as a condenser or evaporator for supporting changes of fluid phases within the unit (e.g. steam to liquid). The small footprint results in less installation space requirements and low installation costs. It is ideal for applications with space constraints.

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The strength and durability of JAD heat exchangers are due to their complete welded, stainless steel 316L material of construction. This allows for high pressure and temperature ratings on standard products, and ensures that the products are suited for the most demanding of applications. After fabrication, the heat exchangers are additionally passivated and electro-polished to enhance the corrosion resistance of the material.

Typical applications District energy heating Hydronic heating Chilled water systems (flooding heat exchangers) Chilled water systems Ground water systems Refrigeration systems (ammonia absorption, freon) Clean steam generation Vapour condensers

JADX(K) 9.88 line

2293 mm (94.21 in)

JADX(K) 6.50 line

778 mm (30.63 in)

1028 mm (40.47 in)

JADX(K) 12.114 line

923 mm (36.34 in)

1508 mm (59.37 in)

873 mm (34.38 in)

1510 mm (59.45 in)

JADX (K) 5.38 line

1678 mm (66.06 in)

884 mm (34.80 in)

JADX(K) 3.18 line

1084 mm (42.68 in)

1484 mm (58.43 in)

JADX(K) 2.11 line

868 mm (34.16 in)

1461 mm (57.52 in)

781 mm (30.73 in)

1458 mm (57.40 in)

JAD family

JADX(K) 17.340 21

JAD

Angular connections

Compact vertical installation

Closely packed, circular layers of helically corrugated tubes

Complete SS316L welded construction

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Technical specification Model

Heat Transfer Area

Height

Diameter

Connections

Helically corrugated tubes m2

sq ft

mm

in

mm

in

in

JAD XK 2.11

1.20

12.9

1458

57.40

80

3.15

1 1/2

JAD XK 2.11.08.68

0.63

6.8

781

30.73

80

3.15

1 1/2

JAD XK 3.18

2.00

21.5

1 461

57.52

102

4.00

2

JAD XK 3.18.08.75

1.20

12.9

868

34.16

102

4.00

2

JAD XK 5.38

4.00

43.1

1510

59.45

141

5.56

2

JAD XK 5.38.08.71

2.30

24.8

873

34.38

140

5.50

2

JAD XK 6.50

5.70

61.4

1 508

59.37

159

6.26

3

JAD XK 6.50.08.72

3.14

33.8

923

36.34

159

6.26

3

JAD XK 9.88

10.70

115.2

1484

58.43

219

8.63

4

JAD XK 9.88.08.85

6.20

66.7

1084

42.68

219

8.63

4

JAD XK 9.88.08.65

4.97

53.5

884

34.80

219

8.63

4

JAD XK 12.114

18.40

198.1

1678

66.06

273

10.75

4

JAD XK 12.114.08.75

8.78

94.5

1 028

40.47

273

10.75

4

JAD XK 12.114.08.50

6.25

67.3

778

30.63

273

10.75

4

JAD XK 17.340.08.120

60.80

654.4

2393

94.21

508

20.00

6

JAD X 2.11

1.20

19.9

1458

57.40

80

3.15

1 1/2

JAD X 3.18

2.00

21.5

1461

57.52

102

4.00

2

JAD X 5.38

4.00

43.1

1478

58.19

140

5.50

2 1/2

JAD X 6.50

5.70

61.4

1508

59.37

159

6.26

3

JAD X 9.88

10.70

115.2

1484

58.43

219

8.63

4

JAD X 12.114

18.40

198.11

1678

66.06

273

10.75

4

Smooth tubes

Design parameters

Tubes

Shell

Temperature

203°C (397°F)

203°C (397°F)

Pressure

21 bar (300 PSI)

21 bar (300 PSI)

Threaded connections available up to 2-1/2 inch Flange connections available from 2 inch and larger – compatible to pn 10/ pn 16 or ansi 150lb / 300lb

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Cobrex Double-wall copper tube water heaters

Double-wall AIC continues the tradition of creating innovative heat transfer products with the introduction of the elite Cobrex shell and tube heat exchanger.

100% Corrosion ressistant

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Available in two variants, this condensing heat exchanger offers outstanding performance in domestic water heating.

Steam and water paths are 100% counterflow, providing the greatest possible temperature differential. The vertical design minimizes installation footprint and prevents condensate from gathering inside the unit.

In order to increase heat transfer on water side, closely spaced directional baffles have been applied, producing a more turbulent but yet high velocity flow of domestic water. Thanks to all these features, Cobrex can generate instantaneously large amounts of hot water.

Cobrex has an unique double-wall corrugated tubes design. The inner tubes are helically corrugated to induce a turbulence flow of the steam that maximizes heat transfer. This double-wall tube system offers a higher safety degree, preventing steam and domestic water from mixing even in case of failure.

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26

Complete copper welded construction

Double-wall copper tubes

Expansion joint

Compact vertical installation

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Technical specification Model

Heat Transfer Area

Weight

A

B

C

D

E

F

G

m2

sq ft

kg

lbs

mm

in

mm

in

mm

in

mm

in

in

in

in

Cobrex 30

0.72

7.74

36

79

1106

43.55

625

24.59

143

5.63

141

5.57

1.5

2

3

Cobrex 60

1.43

15.37

43

95

1106

43.55

613

24.13

143

5.63

141

5.57

2

2

3

Design parameters

Tubes

Shell

Temperature

176°C (350°F)

120°C (250°F)

Pressure

11 bar (160 PSI)

10 bar (150 PSI)

Material of construction

Copper

Stainless steel

Shell

+

-

Tubes

+

-

Heads

+

-

Nozzle

+

-

Flanges

-

+

B

E

C

G

D

F

A

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AIC is an acclaimed designer and provider of heat transfer solutions for heating and cooling applications, used in a variety of industries worldwide.

Established in 2001, AIC fairly soon reached the status of specialists in the field of design, engineering, and manufacture of heat exchangers and pressure vessels. In just over 20 years, a small engineering office that initially focused on conceptual designs of heat exchangers, transformed into a large organization, with innovative products, sophisticated manufacturing technologies, and a strong R&D center.

Today AIC has three manufacturing facilities in Europe, sales offices in North America and Asia, and a distribution center in the U.S. AIC is leading the way in heat transfer design solutions, working with industry leaders and embarking on the most demanding projects.

We are certified in accordance with renowned international codes and standards. Our quality process and management systems fulfill the requirements of ISO 9001 Quality Management System.

AIC heat exchangers are designed, manufactured and inspected in accordance with ASME Boiler and Pressure Vessel Code (BPVC) Sections IV, VIII-1 and PED 2014/68/EU regulations.

PED

SELO

National Board R

Europe

China

USA