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Installation scenarios. WATSAN M15 ERU 2 Installation scenarios WATSAN M15 ERU 3 SUMMARY OF EQUIPMENT 5 Water pumps (abstraction). Maximum pumping capacity.

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Presentation on theme: "Installation scenarios. WATSAN M15 ERU 2 Installation scenarios WATSAN M15 ERU 3 SUMMARY OF EQUIPMENT 5 Water pumps (abstraction). Maximum pumping capacity."— Presentation transcript:

1 Installation scenarios

2 WATSAN M15 ERU 2

3 Installation scenarios WATSAN M15 ERU 3 SUMMARY OF EQUIPMENT 5 Water pumps (abstraction). Maximum pumping capacity 40,000 l/h 5 Water pumps (abstraction). Maximum pumping capacity 40,000 l/h 5 Open tanks. Capacity 30,000 litres 5 Open tanks. Capacity 30,000 litres 5 Open tanks. Capacity 10,000 litres 5 Open tanks. Capacity 10,000 litres 5 Water treatment plants 5 Water treatment plants 5 Closed tanks. Capacity 10,000 litres 5 Closed tanks. Capacity 10,000 litres 10 Water pumps (distribution). Maximum pumping capacity 32.000 l/h 10 Water pumps (distribution). Maximum pumping capacity 32.000 l/h 10 Closed tanks. Capacity 5.000 litres 10 Closed tanks. Capacity 5.000 litres 10 Screened closed tanks for water transport. Capacity 5.000 litres 10 Screened closed tanks for water transport. Capacity 5.000 litres

4 Installation scenarios WATSAN M15 ERU 4 MAXIMUM PRODUCTION CAPACITY High quality specialized water 5 water treatment plants working 15 h/day with a production capacity of 3.000 litres/hour 5 water treatment plants working 15 h/day with a production capacity of 3.000 litres/hour 225.000 litres/day For a consumption of 15 litres/person/day (See The Sphere Project) For a consumption of 15 litres/person/day (See The Sphere Project) 15.000 people

5 Installation scenarios WATSAN M15 ERU 5 MAXIMUM PRODUCTION CAPACITY Mass water 5 Open tanks. Capacity 30,000 litres 5 Open tanks. Capacity 30,000 litres 5 Open tanks. Capacity 10,000 litres 5 Open tanks. Capacity 10,000 litres Considering a 3 hour period for filling the tank up and water treatment, during a 15 hour working day » The tanks can be filled up 5 times/day  30.000 litres + 10.000 litres = 40.000 litres x 5 = 200.000 litres x 5 times/day = 1.000.000 litres/day  This quantity is in addition to 225.000 litres of specialized water

6 Installation scenarios WATSAN M15 ERU 6 MAXIMUM STORAGE AND DISTRIBUTION CAPACITY 5 closed tanks 10,000 litres capacity to store treated water. It is possible to connect waterhorses to these tanks. 5 closed tanks 10,000 litres capacity to store treated water. It is possible to connect waterhorses to these tanks. 50,000 litres of storage and distribution 50,000 litres of storage and distribution 10 closed tanks 5,000 litres capacity to be installed in IDP camps as static tanks. 10 closed tanks 5,000 litres capacity to be installed in IDP camps as static tanks. 50,000 litres of storage and distribution 50,000 litres of storage and distribution 10 closed tanks 5,000 litres capacity and 10 waterpumps of 32 m3/h pumping capacity to be installed on 10 lorries and to directly distribute water to the population and/or static tanks (Calculate the number of loads/cay) 10 closed tanks 5,000 litres capacity and 10 waterpumps of 32 m3/h pumping capacity to be installed on 10 lorries and to directly distribute water to the population and/or static tanks (Calculate the number of loads/cay) 50.000 litres de distribución

7 Installation scenarios WATSAN M15 ERU 7

8 Installation scenarios WATSAN M15 ERU 8

9 Installation scenarios WATSAN M15 ERU 9 Referral Hospital Daily High Quality Water Needs 150 inpatients x (60 litres + 30 litres) (see Sphere) = 12,500 litres 150 inpatients x (60 litres + 30 litres) (see Sphere) = 12,500 litres + 150 outpatients x 5 litres (see Sphere) = 750 litres 150 outpatients x 5 litres (see Sphere) = 750 litres + 30 staff x 60 litres = 1,800 litres 30 staff x 60 litres = 1,800 litres TOTAL ≈ 15,000 litres < 45,000 litres (1 plant daily production capacity)

10 Installation scenarios WATSAN M15 ERU 10 SUMMARY SUMMARY There is a great variety of installation scenarios due to the multiple number of combinations allowed by the design of the Unit. It is possible to: Produce high quality water and/or water with elementary treatment Produce high quality water and/or water with elementary treatment Distribute water to the population and/or health centres Distribute water to the population and/or health centres Locate the facilities from one to multiple sites Locate the facilities from one to multiple sites Install water distribution points in IDP camps Install water distribution points in IDP camps Install water distribution points in water production sites Install water distribution points in water production sites Distribute water with own means hiring lorries Distribute water with own means hiring lorries

11 Installation scenarios WATSAN M15 ERU 11Thank you……….


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