1. BERNOULLI CENTRIFUGAL SEPARATORS B -2013-10-25 Working principle A A liquid containing particles is fed tangentially into the cylindrical top of the centrifugal separator to create rotation. By passing through slots in the intake chamber, the flow velocity is further accelerated. B The centrifugal force moves heavy particles to the sides of the barrel. They are then pushed downwards and accumulated in the collection chamber in the bottom of the separator. C A deflector plate, located in the top of the collection chamber, changes the direction of flow. D Solid-free liquid move upwards around the vortex and exit via the separator’s top outlet. E The separated solids are either periodically or continuously purged from the collection chamber. Centrifugal separators A centrifugal separator is not actually a filter since there is no screen element inside to filter out the particles. The separation is instead ensured by means of centrifugal force, and the separator’s efficiency is directly proportional to the specific density and size distribution of the particles. The centrifugal separator eliminates 98% of all particles with a specific gravity of 2.6-2.8 (such as sand) down to a size of 75 microns, provided that the pressure loss over the unit is minimum 0.3 bar. Centrifugal separators should be installed downstream of the feed pump in order to ensure enough pressure during purging, and to overcome the pressure drop over the unit. Innovative centrifugal separation solutions Over twenty years ago, Bernoulli System patented its first automatic filter, the Bernoulli Filter. This ingeniously simple, unique filter solution was designed to satisfy the needs of a particular niche in the filtration segment. Approximately ten years ago, with the aim of broadening our offer to the filtration market, centrifugal separators were added to the product portfolio. The basic principle of a centrifugal separator is to remove settle-able solids (such as sand) from liquids. A C D E B Advantages of centrifugal separators from Bernoulli System • Separation efficiency does not depend on vertical or horizontal position • Separation occurs without any interruption to the flow • Very little liquid is lost by purging • No need for any consumable material • Zero maintenance www.sandeydiaz.com

3. CENTRIFUGAL SEPARATORS DN 100-500 Skiffervägen 20 | SE-224 78 Lund, Sweden Phone +46 46 38 55 10 | Fax +46 46 38 55 19 info@bernoulli.se | www.bernoulli.se Model Capacity (m 3 /h) Inlet/outlet Purge Dimensions (mm) A B C D E F G H Weight (kg) VERTICAL CENTRIFUGAL SEPARATOR X=K (CS), R (304), S (316) CXWV 100 65-130 DN 100 1 1/2" 1540 410 300 80 – 300 – 210 210 CXWV 125 100-180 DN 125 1 1/2" 1945 480 355 94 – 300 – 250 280 CXWV 150 170-270 DN 150 1 1/2" 1945 480 355 94 – 300 – 250 305 CXWV 200 235-385 DN 200 1 1/2" 2335 625 400 199 – 300 – 300 390 CXWV 250 380-700 DN 250 2" 2580 760 505 143 – 300 – 350 575 CXWV 300 590-1150 DN 300 2" 2780 870 545 143 – 300 – 400 700 CXWV 350 700-1300 DN 350 2" 3180 970 650 200 – 300 – 450 995 CXWV 400 900-1700 DN 400 DN 80 3800 825 660 260 – 600 – 510 1100 CXWV 450 1200-2100 DN 450 DN 80 3980 920 700 270 – 600 – 570 1300 CXWV 500 1800-2700 DN 500 DN 80 4500 1010 810 280 – 600 – 645 1700 LEANING CENTRIFUGAL SEPARATOR X=K (CS), R (304), S (316) CXWL 100 65-130 DN 100 1 1/2" 1129 315 260 19 1607 510 1120 251 210 CXWL 125 100-180 DN 125 1 1/2" 1319 412 305 27 2095 510 1475 310 280 CXWL 150 170-270 DN 150 1 1/2" 1319 412 305 27 2095 510 1475 310 305 CXWL 200 235-385 DN 200 1 1/2" 1518 519 368 38 2377 510 1596 400 390 CXWL 250 380-700 DN 250 2" 1721 632 450 51 2755 510 1684 601 575 CXWL 300 590-1150 DN 300 2" 2100 750 460 60 3300 600 2060 660 700 CXWL 350 700-1300 DN 350 2" 2400 850 620 70 3650 600 2340 700 995 CXWL 400 900-1700 DN 400 DN 80 3000 1020 660 40 4020 1000 2760 750 1100 CXWL 450 1200-2100 DN 450 DN 80 3100 1150 700 80 4590 1000 2900 810 1300 CXWL 500 1800-2700 DN 500 DN 80 3390 1220 810 100 5075 1000 3300 875 1700 DIMENSIONS DN 100-500 1,2 1,0 0,9 0,7 0,5 0,3 0,4 60 70 100 200 300 250 150 500 700 900 1000 1200 1500 1800 2000 2500 3000 m 3 /h Bar 0,6 PRESSURE DROP FLOW RATE CXWV 100 & CXWL 100 CXWV 125 & CXWL 125 CXWV 150 & CXWL 150 CXWV 200 & CXWL 200 CXWV 250 & CXWL 250 CXWV 300 & CXWL 300 CXWV 350 & CXWL 350 CXWV 400 & CXWL 400 CXWV 450 & CXWL 450 CXWV 500 & CXWL 500 A F H B D D D C F H G E A B C A F H B D D D C F H G E A B C A F H B D D D C F H G E A B C A F H B D D D C F H G E A B C SELECTION CHART DN 100-500 www.sandeydiaz.com

2. CPW The CPW product line consists of the smallest centrifugal separators, in five sizes ranging from DN15 to DN40 and covering capacities up to 16 m 3 /h. The CPW product line is particular interesting in applications with aggressive liquids, since the material of construction is HD polyethylene. The CPW operating pressure range is 1-8 bar(g) at 40°C. CXW The CXW product line consists of ten models in sizes DN 10-100, covering capacities from as low as 0.7 m 3 /h up to 90 m 3 /h. This range comes in three different materials: carbon steel (CKW), stainless steel AISI 304 (CRW) and stainless steel AISI 316 (CSW). The CXW operating pressure range is 1-12 bar(g) at ambient temperature. The CXW is available in dismountable models. CXWV The CXWV product line covers the upper capacity range, from 65 m 3 /h to 2700 m 3 /h, with ten models in sizes DN 100- 500. It comes in three different materials: carbon steel (CKWV), stainless steel AISI 304 (CRWV) and stainless steel AISI 316 (CSWV). The mounting position is vertical, and to support it, legs are included. For smaller sizes up to DN250, the operating pressure range is 1-10 bar(g) at 80°C. The larger sizes achieve 1-10 bar(g) at 40°C in standard operation. A variant of the CXWV product line permits the intake chamber to be dismounted. CXWL The CXWL product line is the near twin of the CXWV product line. The only difference is that they have leaning support legs to support installations with height limitations. Available sizes are DN 100-500, with capacities of up to 2700 m 3 /h. The CXWL product line comes in three different materials: carbon steel (CKWV), stainless steel AISI 304 (CRWV) and stainless steel AISI 316 (CSWV). For the smaller sizes of up to DN250, the operating pressure range is 1-10 bar(g) at 80°C, whereas the larger sizes achieve 1-10 bar(g) at 40°C in standard operation. Like the CXWV product line, the CXWL is available in dismountable models. PRODUCT LINES Purge system To drain off the suspended solids accumulated in the collection chamber of the centrifugal separator, either a manual discharge drain or an automatic discharge system can be used. Both are available from Bernoulli System. For the automatic discharge system, purging intervals and duration can both be easily adjusted. The automatic discharge system comes in two versions: electrical and pneumatic. Both purge systems include a ball valve, an actuator and a time controller. The manual discharge drain consists of a ball valve with a hand lever. Applications A centrifugal separator can be used in a wide range of applications - from protection of nozzles and heat exchangers to pre-filtration in water treatment installations. Industries such as metal production, food processing, pulp and paper, chemicals, and oil and gas all employ centrifugal separators. MATERIAL SPECIFIC GRAVITY (kg/dm 3 ) Aluminium 2.7 Ashes (cCoal) 2.0 Brass 9.0 Bronze, Copper 8.9 Carbon, Concrete, Lava 1.8-2.5 Coal (Anthracite) 1.3-1.9 Earth (Silt, Soil) 1.2-2.0 Glass (Crystal) 3.0 Granite, Gravel 2.5-3.0 Graphite 2.3 Iron 7.8 Lead 11.3 Limestone 2.8 Maganese 7.4 Nickel 8.9 Sand, Silica, Shale 2.6-2.8 Steel 7.8 Tin Ore 6.4-7.0 www.sandeydiaz.com CENTRIFUGAL SEPARATORS DN 10-100 The given indications of separation efficiencies are a combined result of theoretical calculations and in field experience. Expected separation efficiency may also depend on the shape of actual particles, pressure loss and other factors. DIMENSIONS DN 10-100 Model Capacity (m 3 /h) Inlet/outlet Purge Dimensions (mm) A B C D Weight (kg) BODY MATERIAL STEEL X=K (CS), R (304), S (316) CXW 10 0.7-1.6 3/8” 3/4" 410 70 90 35 6 CXW 15 1.2-2.6 1/2" 3/4" 518 111 112 60 10 CXW 20 2.7-4.6 3/4" 3/4" 521 111 114 60 10 CXW 25 4.7-7.6 1” 3/4" 759 111 114 55 16 CXW 32 6.6-11 1 ¼” 3/4" 759 111 114 50 16 CXW 40 10-16 1 ½” 3/4" 759 111 118 50 16 CXW 50 14-23 2” 3/4" 800 119 140 70 29 CXW 65 21-34 DN 65 3/4" 838 125 185 65 35 CXW 80 33-65 DN 80 3/4" 1000 162 210 75 40 CXW 100 52-90 DN 100 1 ½” 1105 270 310 75 55 BODY MATERIAL HD POLYETHYLENE CPW 15 1.2-2.6 1/2” Int 3/4" Int 500 111 130 60 2.0 CPW 20 2.7-4.6 3/4” Int 3/4" Int 500 111 130 50 2.0 CPW 25 4.7-7.6 1” Int 3/4" Int 750 111 130 50 2.1 CPW 32 6.6-11 1 1/4” Int 3/4" Int 760 111 140 50 2.5 CPW 40 10-16 1 1/2” Int 3/4" Int 760 111 140 50 2.6 D Purge Purge C B B A A 1,2 1,0 Bar PRESSURE DROP 0,9 0,7 0,5 0,3 0,7 1 2 3 5 10 20 30 50 70 90 40 m 3 /h FLOW RATE CXW 10 CPW 15 & CXW 15 CPW 20 & CXW 20 CPW 25 & CXW 25 CPW 32 & CXW 32 CPW 40 & CXW 40 CXW 50 CXW 65 CXW 80 CXW 100 SELECTION CHART DN 10-100 DENSITY (kg/dm 3 ) +75 micron 1 passage 75-50 micron 50-20 micron EFFICIENCY % 10 20 30 40 50 60 70 80 90 100 7 3,5 1,5 2,5 2 or more passages SEPARATING EFFICIENCY www.sandeydiaz.com