Ejectors in Waste Water Treatment us on LinkedIn Avoid pump clogging: REMOVE SETTLED SOLIDS WITH OUR...
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Follow us on LinkedIn Avoid pump clogging: REMOVE SETTLED SOLIDS WITH OUR EJECTOR Ejectors in Waste Water Treatment EJECTOR SPECIFICATIONS Capacity: 55 m 3 /h - 5mWc Water consumption: 36m 3 /h - 4 bar(g) Total flow to well: 91 m 3 /h In the primary treatment process, settling tanks are used to separate the settleable solids from the water. Settling solids, the sludge, holds sand grit and larger items that clog the pumping system and ultimately wear out the pump. By installing an ejector prior to the main pump, costly maintenance of the pump can be prevented. Ejectors have no moving parts and allow unobstructed transport of impurities such as settled solids. In waste water facilities, domestic and industrial waste water undergoes treatment. Also rainwa- ter collected by the City’s sewages is processed and cleaned before it is returned into the sur- rounding waterways.
Transcript of Ejectors in Waste Water Treatment us on LinkedIn Avoid pump clogging: REMOVE SETTLED SOLIDS WITH OUR...
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Avoid pump clogging:REMOVE SETTLED SOLIDS WITH OUR EJECTOR
Ejectors in Waste Water Treatment
EJECTOR SPECIFICATIONS
Capacity: 55 m3/h - 5mWcWater consumption: 36m3/h - 4 bar(g)Total flow to well: 91 m3/h
In the primary treatment process, settling tanks are used to separate the settleable solids from the water.
Settling solids, the sludge, holds sand grit and larger items that clog the pumping system and ultimately wear out the pump. By installing an ejector prior to the main pump, costly maintenance of the pump can be prevented.
Ejectors have no moving parts and allow unobstructed transport of impurities such as settled solids.
In waste water facilities, domestic and industrial waste water undergoes treatment. Also rainwa-ter collected by the City’s sewages is processed and cleaned before it is returned into the sur-rounding waterways.
EJECTOR PRODUCT RANGE
Our wide range of ejectors fulfils all demands from respective classification societies.
Minimum Manimum Minimum Manimum Minimum Manimum 3 MWC 3 MWC 5 MWC 5 MWC 7 MWC 7 MWCA-type ejectors [m³/h] [m³/h] [m³/h] [m³/h] [m³/h] [m³/h] 25-50-40* 0 7,5 0 6 0 4 25-50-50** 7 12 5 8,5 3 7 40-70-70** 10 30 8 25 6 19 50-80-80 25 46 18 35 14 26 50-80-100 35 54 24 62 23 47 70-100-100 40 72 32 62 24 47 70-100-125 55 85 47 85 40 85 100-125-125 60 130 51 132 41 100 100-125-150 100 130 80 132 57 120 125-150-150 100 190 75 154 50 126 125-150-200 150 190 110 190 75 190 150-200-200 150 340 135 340 120 300 150-200-250 150 340 135 340 120 300 200-200-250 150 350 135 340 120 300 200-250-250 250 510 230 440 200 350 200-250-300 250 700 240 640 230 600 250-250-300 300 750 240 750 230 750 250-300-350 400 1100 400 1100 400 1100 300-300-350 500 1250 400 1250 400 1250 300-300-450 600 1300 400 1300 400 1300B-type ejector 25-32-32B* 0 4,5 0 3,5 0 2,5 25-40-50B 0 6 0 5 0 4 40-50-80B 5 20 4 17 3 14 50-80-100B 15 45 15 40 12 35 70-100-125B 50 75 45 70 40 65 100-125-150B 70 115 60 105 50 100S-type ejector 40-70-70S* 0 30 0 23 0 16 50-80-80S 20 62 15 54 10 32 70-100-125S 50 120 40 95 30 70T-type ejector 25-50-50T 0 9 40-70-70T 0 27 P-type ejectors (Air) ½” Priming* 0 21 ¾” Priming* 0 48 1” Priming* 0 93 BV- type ejectors (Air) 25-32-32BV* 0 8 25-32-70BV* 0 42 40-50-80BV 0 84 50-80-100BV 0 200 100-125-150BV 0 250
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