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Surface Disposal and Storage

1,627 bytes added, 20:18, 7 March 2021
References and external links
<small-title />{|style="float: left;"<!|{{Language-- table at top of page with logo, picture, Application level, Management level, box|english_link=Surface Disposal and input-output tables -->Storage|french_link=Mise_en_décharge|spanish_link=Disposición_final_en_Superficie|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%;"|{{santable_new|
sys1=[[Single Pit System|1]]|
sys2=[[Waterless System with Alternating Pits|2]]|
sys3=[[Pour Flush Pit System with Twin Pitswithout Sludge Production|3]]|
sys4=[[Waterless System with Urine Diversion|4]]|
sys5=[[Biogas System|5]]|sys6=[[Blackwater Treatment System with Infiltration|56]]|sys6sys7=[[Blackwater Treatment System with SewerageEffluent Transport|67]]|sys7sys8=[[Blackwater Transport to (Semi-) Centralized Treatment System|78]]| sys8sys9=[[Sewerage System with Urine Diversion|89]]|
pic=Surface_disposal.png|
ApplHousehold=X|
ManShared=XX|
ManPublic=XX|
Input1=Treated Sludge |Input2=Faecal Sludge Pit Humus |Input3=FaecesCompost|Input4=Dry Cleansing Material|Input5=Dried Faeces|Input6=Pre-Treatment Products|Output1=- None |Output2= | Output3= | Output4= | Output5=|english_link=Surface_Disposal|french_link=Mise_en_décharge|spanish_link=Disposición_final_en_Superficie
}}
|[[Image:Surface_disposal.png |right|300px500px]]
|}
 
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[[Image:Icon_surface_disposal.png |right|80px]]
'''Surface Disposal refers to the stockpiling of sludge, faeces, biosolids, or other materials that cannot be used elsewhere. Once the material has been taken to a Surface Disposal site, it is not used later. This technology is primarily used for biosolids, although it is applicable for any type of dry, unusable material.'''
One application '''Surface disposal refers to the stockpiling of Surface Disposal sludge, faeces or other materials that cannot be used elsewhere. Once the material has been taken to a surface disposal site, it is shown on not used later. Storage refers to temporary stockpiling. It can be done when there is no immediate need for the System Templates material and a future use is anticipated, or when further pathogen reduction and drying is desired before application.''' This technology is primarily used for sludge, although it is applicable for any type of dry, unusable material. One application of surface disposal is the disposal of dry cleansing materials, such as toilet paper, corn cobs, stones, newspaper and/or leaves. These materials can not cannot always be included along with other water-based products in some technologies and must be separated.  A rubbish bin should be provided beside the User Interface to collect the cleansing materials and menstrual hygiene materials. Dry materials can be burned (e.g. , corn cobs) or disposed of along with the household waste. For simplicity, the remainder of this Technology Information Sheet technology information sheet will be dedicated to faecal sludge, since standard solid-waste practices are beyond the scope of this Compendium. When there is no demand for or acceptance of the beneficial use of sludge, it can be placed in monofills (sludge-only landfills) or heaped into permanent piles. Temporary storage contributes to further dehydration of the product and the die-off of pathogens before it is used.
When there ===Design Considerations=== Landfilling sludge along with municipal solid waste (MSW) is no demand or acceptance for not advisable since it reduces the beneficial use life of biosolidsa landfill, they can be placed in monofills (biosolids-only landfills) or heaped into permanent piles. The main difference between Surface Disposal and Land Application is which has been specifically designed for the application ratecontainment of more noxious materials. There is no limit As opposed to the quantity of biosolids that more centralized MSW landfills, surface disposal sites can be applied situated close to where the surface since there are no concerns about nutrient loads or agronomic rates. There sludge is howevertreated, concern related to groundwater contamination and leaching. More advanced surface disposal systems may incorporate a liner and leachate collection system in order to prevent nutrients and contaminants from infiltrating limiting the groundwaterneed for long transport distances.
Landfilling biosolids along with Municipal Solid Waste (MSW) The main difference between surface disposal and land application is not advisable since it reduces the life of a landfill which has been designed for application rate. There is no limit to the containment quantity of more noxious materials. As opposed to more centralized MSW landfills, Surface Disposal sites sludge that can be situated close applied to where the faecal sludge is treatedsurface since nutrient loads or agronomic rates are not a concern. Attention must be paid, however, limiting to groundwater contamination and leaching. More advanced surface disposal systems may incorporate a liner and leachate collection system in order to prevent nutrients and contaminants from infiltrating the need groundwater. Sites for long transport distancesthe temporary storage of a product should be covered to avoid rewetting by rainwater and the generation of leachate.
<br>
{{procontable | pro=
- May prevent unmitigated disposal <br>- Storage may render the product more hygienic <br>- Can make use of vacant or abandoned land. <br> - Low cost. Little operation skills or maintenance required <br> - May prevent unmitigated disposal. Low capital and operating costs| con=- NonRequires a large land area <br>- Potential leaching of nutrients and contaminants into groundwater <br>-Surface disposal hampers the beneficial use of a resource. <br> - Odours are normally may be noticeable (, depending on prior treatment). <br> - May require special spreading equipment. <br> - May require special spreading equipment. <br> - Micropollutants may accumulate in the soil and contaminate groundwater.
}}
===AdequacyAppropriateness=== Since there are no benefits gained from this type of surface disposal technology, it should not be considered as a primary option. However, where acceptance towards biosolid sludge use does is not existeasily accepted, the contained and controlled stockpiling of biosolids solids is far preferable to uncontrolled dumping. Biosolids Storage may, in some cases, be a good option to further dry and sanitize a material and to generate a safe, acceptable product. Storage may also be required to bridge the gap between supply and demand. Surface disposal and storage can be applied practiced in almost every climate and environment, although they should may not be stored feasible where there is frequent flooding or where the groundwater table is high. ===Health Aspects/Acceptance=== Since the Surface Disposal site is located far from and protected from the public, there should be no risk of contact or nuisance. Care should be taken to protect the disposal site from vermin and from pooling water, both of which could exacerbate smell and vector problems.
===MaintenanceHealth Aspects/Acceptance===If a surface disposal and storage site is protected (e.g., by a fence) and located far from the public, there should be no risk of contact or nuisance. The contamination of groundwater resources by leachate should be prevented by adequate siting and design. Care should be taken to protect the disposal or storage site from vermin and pooling water, both of which could exacerbate smell and vector problems.
===Operation & Maintenance staff === Staff should ensure that only appropriate materials are disposed of at the site, and must maintain control over the traffic and hours of operation. Workers should wear appropriate protective clothing.
===References and external links===
*Strande, L., Ronteltap, M. and Brdjanovic, D. (Eds.) (2014). [https://www.susana.org/en/knowledge-hub/resources-and-publications/library/details/3591 Faecal Sludge Management. Systems Approach for Implementation and Operation]. IWA Publishing, London, UK. (Detailed book compiling the current state of knowledge on all aspects related to FSM)
* U.S. EPA (1999). [https://www.epa.gov/biosolids/biosolids-generation-use-and-disposal-united-states Biosolids Generation, Use, and Disposal in the United States, ]. EPA-530/R-99-009. U.S. Environmental Protection Agency: , Washington, D.C. Available: http://www, US.epa.gov
* U.S. EPA (1994). [https://www.epa.gov/biosolids/plain-english-guide-epa-part-503-biosolids-rule A Plain English Guide to the EPA Part 503 Biosolids Rule]. EPA832-R-93-003. U.S. Environmental Protection Agency: , Washington, D.C. Available: http://www, US.epa.gov
===Acknowledgements===
{{:Acknowledgements Sanitation}}
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