<!{|style="float: left;"|{{Language-box|english_link=Human- table at top of page with logo, picture, Application level, Management level, and input-output tables -->Powered_Emptying_and_Transport|french_link=Vidange_et_Transport_manuels|spanish_link=Vaciado_y_Transporte_por_Fuerza_Humana|hindi_link=coming soon|malayalam_link=coming soon|tamil_link=coming soon | korean_link=coming soon | chinese_link=Coming soon | indonesian_link=Coming soon | japanese_link=Coming soon}}|}{|width="100%"|style="width:50%;"|{{santablesantable_new|
sys1=[[Single Pit System |1]]|
sys2=[[Waterless System with Alternating Pits |2]]|
sys3=[[Pour Flush Pit System with Twin Pits without Sludge Production |3]]|
sys4=[[ Waterless System with Urine Diversion|4]]|
sys5=[[Blackwater Treatment System with Infiltration|56]]|sys6=|[[Blackwater Treatment System with Effluent Transport| 7]]|
sys7=|
sys8=|
picsys9=MAPET_and_Vacutug_system.PNG|
ApplHousehold=XX|
ApplNeighbourhood=XX|
ManShared=XX|
ManPublic=XX|
Input1=Faecal Sludge|Input2=Dried faeces |Input3=Compost - EcoHumus | Input4=Blackwater Pit Humus |Input5=|Output1= Faecal Sludge |Output2= Dried faeces | Output3= Compost - EcoHumus | Output4=Blackwater Pit Humus | Output5=|english_link=Human-Powered_Emptying_and_Transport|french_link=Vidange_et_Transport_manuels|spanish_link=Vaciado_y_Transporte_por_Fuerza_Humana
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|[[Image:human-powered.PNG |right|500px]]
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[[Image:Icon_human_powered_emptying_and_transport.png |right|95px80px]]'''Human-powered Emptying and Transport refers the different ways in which people can manually empty and/or transport sludge and septage.'''
'''Human-powered Emptying emptying and Transport of pits and tanks transport refers to several things:the different ways by which people can manually empty and/or transport sludge and solid products generated in onsite sanitation facilities.'''
* using buckets [[Image:MAPET_and_Vacutug_system.PNG|thumb|right|200px|[[MAPET and shovels;Vacutug system |MAPET and Vacutug system]], in Tanzania (for credits, click the picture)]]
* Human-powered emptying of pits, vaults and tanks can be done in one of two ways:# using buckets and shovels, or# using a hand-portable, manually operated pump specially designed for sludge (e.g. , the Gulper, the Rammer, the Pooh Pump MDHP or the GulperMAPET); and.
* using Some sanitation technologies can only be emptied manually, for example, the [[Fossa Alterna]] (S.5) or [[Dehydration Vaults]] (S.7). These technologies must be emptied with a shovel because the material is solid and cannot be removed with a vacuum or a portable, manually operated pump (e.gWhen sludge is viscous or watery it should be emptied with a hand pump or a vacuum truck, and not with buckets because of the high risk of collapsing pits, toxic fumes, and exposure to unsanitized sludge. MAPET: Manual Pit Emptying Technology)sludge pumps are relatively new inventions and have shown promise as being low-cost, effective solutions for sludge emptying where, because of access, safety or economics, other emptying techniques are not possible.
* using a pushcart or tricycle to transport containers and oil drums containing urine and excreta. ===PumpsDesign Considerations===[[ImageSludge hand pumps, such as the Gulper, work on the same concept as water hand pumps:MAPET_and_Vacutug_systemthe bottom of the pipe is lowered into the pit/tank while the operator remains at the surface.PNG|thumb|right|150px|[[MAPET As the operator pushes and Vacutug system |MAPET and Vacutug system]], in Tanzania (for credits, click pulls the picture)]]Some sanitation technologies can only be emptied manually, for examplehandle, the [[Fossa Alterna]] or [[Dehydration Vaults]]. These technologies must be emptied with a shovel because the material sludge is solid pumped up and cannot be removed with a vacuum or a pumpis then discharged through the discharge spout. When The sludge is viscous or watery it should can be emptied with a hand-pumpcollected in barrels, a MAPET bags or a vacuum truckcarts, and not removed from the site with buckets because of the high risk of collapsing pits, toxic fumes, and exposure little danger to the unsanitized sludgeoperator. The type of emptying that Hand pumps can, be locally made with steel rods and should be employed, is very specific to the technology that needs emptyingvalves in a PVC casing.
Manual sludge pumps like the Pooh Pump or the Gulper are relatively new inventions and have shown promise as being low-cost, effective solutions for sludge emptying where, because of access, safety or economics, other sludge emptying techniques are not possible. The pump works on the same concept as a water pump: the handle is pumped, the liquid (sludge) rises up through the bottom of the pump and is forced out of a tap (sludge spout). Hand-pumps can be made locally with steels rods and valves in a PVC casing. The bottom of the pipe is lowered down into the pit/tank while the operator remains at the surface to operate the pump, thus removing the need for someone to enter the pit. As the operator pushes and pulls the handle, the sludge is pumped up through the main shaft and is then discharged through the V-shaped discharge spout. The sludge that is discharged can be collected in barrels, bags or carts, and removed from the site with little mess or danger to the operator.
===Gulper===One example A MAPET (MAnual Pit Emptying Technology) consists of such a manually operated pump connected to a vacuum tank mounted on a pushcart. A hose is The Gulper. This connected to the tank and is a simple hand pump used to empty wet suck sludge from the pit latrines and drain interceptor tanks. It consists When the wheel of PVC pipes for the bodyhand pump is turned, air is sucked out of the vacuum tank and stainless steel valves and puller rod. The Gulper sludge is lowered sucked up into the pit with a footrest at groundleveltank. The operator raises and lowers a puller rod, which pushes Depending on the consistency of the sludge from , the pit MAPET can pump up through to a pipe into a bucket or bagheight of 3 m. Using A motorized version of the gulper, operators no longer need to climb into MAPET is the pits [[Motorized Emptying and come in contact with the septic sludge. It is also much less time consuming as it removes around 3 litres of sludge per stroke. It is a cheaper method of improving sanitationTransport#Vacutug|Vacutug]], than trying to replace the pits developed by proper latrines. For more information about the Gulper see http://www.ideas-atUN-work.org/pdf/Gulper_pit_emptying_deviceHabitat.pdf
===MAPET=Gulper====A MAPET consists One example of such a pump is The Gulper. This is a simple hand pump connected used to a vacuum tank empty wet pit latrines and drain interceptor tanks. It consists of 200 litre mounted on a pushcartPVC pipes for the body, and stainless steel valves and puller rod. A hose The Gulper is connected to lowered into the tank pit with a footrest at ground-level. The operator raises and is used to suck lowers a puller rod, which pushes the sludge from the pit up through a pitpipe into a bucket or bag. When Using the hand pump is turnedgulper, air is sucked out of operators no longer need to climb into the vacuum tank pits and come in contact with the septic sludge . It is sucked up into the tankalso much less time consuming as it removes around 3 litres of sludge per stroke. Depending on the consistency It is a cheaper method of the sludgeimproving sanitation, than trying to replace the MAPET can pump up to a height of 3mpits by proper latrines. For more [http://www.ideas-at-work. Sludge is transported to a neighbourhood collection org/images/pdf/ disposal point from where vacuum tankers transfer it to city treatment plantsGulper_pit_emptying_device.pdf information about the Gulper].
A motorized version of the MAPET is the [[Motorized Emptying and Transport#Vacutug|Vacutug]], developed by UN-Habitat. ====Cartage systems===[[Image:Cartage_systems.png|thumb|right|150px|[[Cartage system |Cartage system]], motorized tricycle in India (for credits, click the picture)]]=
Tricycles and push carts can be used to transport containers and oil drums containing urine or excreta. Push carts and tricycles (pedal or motorised) can access small streets. Tricycles can speed up the collection operation and increase the radius of the collection in urban areas, transporting the containers to transfer stations or to community treatment facilities. From transfer stations, urine and excreta can be loaded onto trucks or tractors, which can haul a larger volume over a long distance. Tricycles can collect door to door, although urine can also be collected in larger containers serving a number of houses.
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{{procontable | pro=
- Potential for local job creation and income generation.<br>- Can access small streets <br>- Not dependent on large, cost-intensive infrastructure. <br> - Gulper Simple hand pumps can be built and repaired with locally available materials. <br> - Low to moderate capitalcosts; variable operating costs depending on discharge point (sludge transport over 0.5km is impractical). distance <br> - Provides service services to unsewered areas/communities. <br> - Easy to clean and reusable. without sewers| con=- Spills may can happen. which could pose potential health risks and generate offensive smells <br> - Time consuming: emptying pits out can take several hours/days depending on the their size of the pit. <br> - Garbage in pits may block pipe <br>- MAPET requires some Some devices may require specialized repair (welding). <br>-Highly depending on willingness to pay for regular removal of excreta. <br>- Cartage systems are only appropriate for small haul distances and small volumes.
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==Adequacy=Appropriateness===[[Image:Cartage_systems.png|thumb|right|200px|[[Cartage system |Cartage system]], motorized tricycle in India (for credits, click the picture)]]
Hand-pumps are appropriate can be used for areas that are either not served by vacuum trucksliquid and, to a certain degree, where vacuumtruck viscous sludge. Domestic refuse in the pit makes emptying is too costlymuch more difficult. The pumping of sludge, which contains coarse solid wastes or where narrow streets and poor roads may limit the ability grease, can lead to clogging of a vacuum truck to access the sitedevice, and chemical additives can corrode pipes, pumps and tanks. The hand-pump is a significant improvement over the bucket method and could prove to be a sustainable business opportunity in some regions. The MAPET is also well suited to dense, urban and informal settlements, although in both cases, the distance to a suitable sludge discharge point is a limiting factor. These technologies are more feasible when there is a [[Transfer Station (Underground Holding Tank)|Transfer Station]] or [[Sewer Discharge Station]] nearby.
One government-run Manually operated sludge pumps are appropriate for areas that are not served or not accessible by vacuum trucks, or where vacuum truck emptying programme implemented a manual emptying scheme with great success by providing employment is too costly. They are well suited to dense, urban and informal settlements, although the type and size of transport vehicle determines the feasible distance to the discharge point. Large vehicles may not be able to community members with adequate protection manoeuvre within narrow streets and an appropriate wagealleys, while smaller vehicles may not be able to travel long distances. These technologies are more feasible when there is a [[Transfer Station - Underground Holding Tank | Transfer Station]] (C.7) nearby.
Pushcarts ===Health Aspects/Acceptance=== Depending on cultural factors and tricycles are especially appropriate in flat urban areaspolitical support, workers dealing with access roadsmanual emptying may be viewed as providing an important service to the community. Pushcarts Government-run programmes should strive to legitimize the work of the labourers and tricycles create an enabling environment by providing permits and licences, as well as helping to legalize the practice of emptying latrines manually. The most important aspect of manual emptying is ensuring that workers are not appropriate for collecting large volumes (> 300 litreadequately protected with gloves, boots, > 300 kg) or overalls and facemasks. Regular medical exams and vaccinations should be required for longer distanceseveryone working with sludge.
==Health Aspects/Acceptance=Operation & Maintenance===It is a common practice to add chemicals or oil during the pit emptying process to avoid odours. This is not recommended, however, because it causes difficulties in the subsequent treatment units, as well as additional health threats to the workers. If manual access to the contents of a pit requires demolishing the slab, it may be more cost-effective to use a manual sludge pump to empty the latrine. However, hand pumps cannot empty the entire pit and, therefore, emptying may be required more frequently (once a year).
Depending on cultural factors Manually operated sludge pumps require daily maintenance (cleaning, repairing and political support, manual emptiers may be viewed as providing an important service to the communitydisinfection). Government-run programmes Workers who manually empty latrines should strive to legitimize the work of the labourer clean and help improve the social climate by providing permits, licences maintain their protective clothing and helping tools to legalize of prevent contact with the practice of manually emptying latrines. The most important aspect of manual emptying is ensuring that workers are adequately protected with gloves, boots, overalls and facemasks. Regular medical exams and vaccinations should be required for everyone working with sludge.
==Upgrading=References===
To save time* Eales, vacuum trucks can be used rather than manual labour if it is appropriate K. (2005). [https://www.ircwash.org/resources/bringing-pit-emptying-out-darkness-comparison-approaches-durban-south-africa-and-kibera Bringing Pit Emptying out of the Darkness: A Comparison of Approaches in Durban, South Africa, and Kibera, Kenya]. Building Partnerships for Development in Water and/or availableSanitation, London, UK.
==Maintenance==* Ideas at Work (2007). [https://sswm.info/node/2304 The ‘Gulper’ – a Manual Latrine/Drain Pit Pump]. Ideas at Work, Phnom Penh, KH.
The MAPET * Muller, M. and Sludge Pumps require daily maintenance Rijnsburger, J. (cleaning, repairing and desinfection1994). Workers that manually empty latrines should clean [https://fr.ircwash.org/sites/default/files/Muller-1994-MAPET.pdf MAPET. Manual Pit-latrine Emptying Technology Project]. Development and maintain their protective clothing and tools to prevent contact with the sludge. If manual access to the contents Pilot Implementation of a pit require breaking open the slabNeighbourhood Based Pit Emptying Service with Locally Manufactured Handpump Equipment in Dar es Salaam, it may be more cost effective to use a Gulper to empty the latrineTanzania. 1988–1992. The Gulper cannot empty the entire pit and thereforeWASTE Consultants, emptying may be required more frequently (once a year)Gouda, however, this may be a cheaper alternative than replacing a broken slabNL.
==Acknowledgements=={{* Oxfam (2008). [http:Acknowledgements Sanitation}}//www.desludging.org/ Manual Desludging Hand Pump (MDHP) Resources]. Oxfam GB, Oxford, UK.
==References * Pickford, J. and external links==Shaw, R. (1997). [https://www.ircwash.org/resources/technical-brief-no-54-emptying-latrine-pits Technical Brief No. 54: Emptying Pit Latrines]. WEDC, Loughborough University, Leicestershire, UK.
* Eales, K. (2005). Bringing pit emptying out of the darkness===Acknowledgements==={{: A comparison of approaches in Durban, South Africa, and Kibera, Kenya. Building partnerships for Development in Water and Acknowledgements Sanitation, UK. Available: http://www.bpd-waterandsanitation.org (A comparison of two manual emptying projects.) * Ideas at Work (2007). The ‘Gulper’ – a manual latrine/drain pit pump. Ideas at Work, Cambodia. Available: http://www.ideas-at-work.org * Muller, M. and Rijnsburger, J. (1994). MAPET. Manual Pit-latrine Emptying Technology Project. Development and pilot implementation of a neighbourhood based pit emptying service with locally manufactured handpump equipment in Dar es Salaam, Tanzania. 1988–1992. WASTE Consultants, Netherlands. * Oxfam (n.d.). Manual Desludging Hand Pump (MDHP) Resources. Oxfam, UK. Available: http://desludging.org * Pickford, J. and Shaw, R. (1997). Emptying latrine pits, Waterlines, 16(2): 15–18. (Technical Brief, No. 54). Available: http://www.lboro.ac.uk * Sugden, S. (n.d.). Excreta Management in Unplanned Areas. London School of Hygiene and Tropical Medicine, London, UK. Available: http://siteresources.worldbank.org}}