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Installation scenarios

Installation scenarios. SUMMARY OF EQUIPMENT 5 Water pumps (abstraction). Maximum pumping capacity 40,000 l/h 5 Open tanks. Capacity 30,000 litres 5 Open tanks. Capacity 10,000 litres 5 Water treatment plants 5 Closed tanks. Capacity 10,000 litres

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Installation scenarios

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  1. Installation scenarios

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

  3. MAXIMUM PRODUCTION CAPACITY • High quality specialized water • 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) • 15.000 people

  4. MAXIMUM PRODUCTION CAPACITY • Mass water • 5 Open tanks. Capacity 30,000 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

  5. 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. • 50,000 litres of storage and distribution • 10 closed tanks 5,000 litres capacity to be installed in IDP camps as static tanks. • 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) • 50.000 litres de distribución

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

  7. 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 • Distribute water to the population and/or health centres • Locate the facilities from one to multiple sites • Install water distribution points in IDP camps • Install water distribution points in water production sites • Distribute water with own means hiring lorries

  8. Thank you……….

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