Economic Effects of Sustainable Sanitation - SuSanA

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Collection point space requirements [m²] 29 Transport Urine Urine volume per day [l] 19.998 Volume tank truck [l] 10.000 Calculated # of trips per day (volume) 2,0 Real # of trips per day 2,0 Distance slum - storage facility [km] 10,0 Return distance slum to storage facility [km] 20,0 Average speed on the collection trip [km/h] 10,0 Driving time [h] 2,0 Loading/offloading time [h] 1,0 Duration for one trip [h] 3,0 Duration of all collection trips [h] 6,0 Daily collection distance [km] 40,0 10 Biggest volume available without using truck and trailer When there are e.g. 1,5 trips per day the transportation of two loads every even day and one on the uneven days minimises transport costs. Calculation of truck # (slum - storage) 1,7 Only for calculation purposes Calculation of truck # (slum - storage) 1,0 Only for calculation purposes Real # of tanktrucks the company has to have (slum - storage) 1 Distance storage facility - farmer [km] 50,0 Return distance Kampala - farm [km] 100,0 Average speed [km/h] 25,0 Appendix m² of roofed "office" and working space 92
Driving time [h] 4,0 Loading/offloading time [h] 1,0 See above Duration for one trip [h] 5,0 Duration of all transport trips [h] 10,0 Daily transport to farm distance [km] 200,0 Calculation of truck # (storage - farmer) 1,0 Only for calculation purposes Calculation of truck # (storage - farmer) 1,0 Only for calculation purposes Real # of tanktrucks the company has to have (storage - farmer) 1 Faeces Faeces volume per day [l] 4.666 If the capacity is increased, fixed and Capacity truck [kg] 10.000 variable costs will also rise. When there are e.g. 1,5 trips per day the transportation of two loads every even day and one on the uneven days minimises Calculated # of trips per day (volume) 0,47 transport costs. Real # of trips per day (volume) 1 Distance slum - storage facility [km] 10,00 Return distance slum to storage facility [km] 20,00 Average speed on the collection trip [km/h] 10,00 Driving time [h] 2,00 Loading/offloading time [h] 1,00 Duration for one trip [h] 3,00 Duration of all collection trips [h] 3,00 Daily collection distance [km] 20,00 Calculation of truck # (slum - storage facility) 3,3 Only for calculation purposes Calculation of truck # (slum - storage facility) 1,0 Only for calculation purposes Real # of tanktrucks the company has to have (storage - farmer) 1 Storage Urine Urine volume per day [l] 19.998 Appendix 93
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Diplomarbeit von Enno Schröder Geo
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Summary The present thesis provides
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Contents Summary ..................
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List of Figures Figure 1: Developme
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RUWASS Reform of the Urban Water &
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Introduction Programme (JMP), sanit
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Introduction The introduction gave
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Sanitation: facts and interrelation
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Sustainable sanitation Lower cost
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Sustainable sanitation in the chamb
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Sustainable sanitation aged 5 to 15
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Table 2: Benefits and economic dime
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Design backgrounds - The Integrated
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5 Methods Methods Generally, method
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Methods The design of the empirical
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1. Expert Level Slum dwellers/landl
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Methods the sanitation or agricultu
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Methods itself, that is considered
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Methods The primary motivation of
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Case Study Kampala Figure 12: Kampa
Page 52 and 53: Case Study Kampala awareness regard
Page 54 and 55: Case Study Kampala also other stake
Page 56 and 57: Case Study Kampala application of f
Page 58 and 59: Case Study Kampala Four from eight
Page 60 and 61: Case Study Kampala decentralised on
Page 62 and 63: Table 4: continued Stakeholder grou
Page 64 and 65: Table 4: continued Stakeholder grou
Page 66 and 67: Case Study Kampala Landlord units:
Page 68 and 69: Figure 13: Logistics system for uri
Page 70 and 71: Case Study Kampala scenarios, respe
Page 72 and 73: Private Company Level Case Study Ka
Page 74 and 75: Case Study Kampala incentive for ea
Page 76 and 77: Case Study Kampala Figure 16: Cost
Page 78 and 79: Case Study Kampala Table 7: Sensiti
Page 80 and 81: 6.2.2.6 Conclusion case study Case
Page 82 and 83: 7 Conclusion Conclusion It could be
Page 84 and 85: Conclusion dried faecal matter does
Page 86 and 87: 8 Bibliography Bibliography African
Page 88 and 89: Joensson, H., Stinzing, A. R., Vinn
Page 90 and 91: Bibliography Still, D., A., 2002: A
Page 92 and 93: Bibliography World Urbanisation Pro
Page 94 and 95: 9.2 Interview guidelines Guideline
Page 96 and 97: 9.3 Cost calculations 87 Nutrient v
Page 98 and 99: Logistics systems cost calculations
Page 100 and 101: Working hours per day [h] 10 Intere
Page 104 and 105: Volume storage tank [l] 24.000 Cres
Page 106 and 107: Collection point rent faeces [UGX]
Page 108 and 109: With interest [UGX] 72.000.000 20%
Page 110 and 111: Storage site operators salaries [UG
Page 112 and 113: Overview Costs Urine Collection poi
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Investement Price for all collectio
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