Transcript
PROJECT CONSOLIDATION OF SEWAGE DISPOSAL ACTIVITIES IN KUJANG AND ANBYON CITY
Gran Contract –External Actions of the European Union – DCI-FOOD/2012/308-855
Eng. Jose Miguel Ruiz Verona -Land and Water Management Engineer, B.Sc.,M.Sc.
Head of Project & Technical Adviser
Duration: 3 years, starting from February 1th, 2013 till February 2016:• Inception phase including inception and planning workshop: March -
December 2013• Steering Committee establishment (SC) – November 2013.• Signing of Memorandum of Understanding with MoCM & People’s
Committee– January 2014.• Implementation of the physical actions in the project sites: since April 2014
Project objective and expected results
Strengthen the resilience of urban communities, including social and health institutions, in Kujang City (North Pyong‘an Province) and Anbyon City (Kangwon Province) by improving food security, health and hygiene situation.Results:Urban water supply networks and sanitation facilities in private houses and social/health
institutions are rehabilitated and reinstalled.Decentralized storage units and sewage disposal Systems (DEWATS) are developed and
constructedA locally adapted concept in respect of reutilization of sewage waste products of agriculture is
defined and methods are applied.The capacities of the users/operators are strengthened by implementation measures
Target population, counterparts and other implementing partners
Target population:• Anbyon City 27.500 inhabitants• Kujang City 29.290 inhabitantsCounterparts: • Ministry of City Management (MoCM)• People’s Committee/Department of City Planning & Household GroupOther implementing partners:• MoPH/DoPH, MoA/PAMC, MoE/PEMC, PED and Anti- epidemiological
Station
INCEPTION PHASE March – December 2013
• Ex-ante baseline survey: W&S coverages, water related diseases and malnutrition recurrence, water consumption and availability (Q&Q) and effluents pollution load • Assessment, designing, feasibility study and cost estimation of the different
interventions• Operational Plan adjustment • Inception and Planning Workshop
What is new in the project as a result of the assessment conducted during the inception phase
Under result 3 new issues were identified not included yet in the project:• Sediment balance assessment considering erosion and deposition
processes• Stormwater management (flood hazard map development and
drainage)• Flood control and prevention (river stabilization and regulation work)
Rehabilitation of Water Supply System& “SAFE DRINKING WATER SUPPLY rather than IMPROVED WATER SUPPLY”.
• Improvement of the water intake components
• Transmission line restoration
• Cleaning and rehabilitation of the water treatment tanks and attached buildings
• Restoration of the water distribution pipe system
• Replacement of fitting at the household level
• Replacement of pumps in Kujang city- Pump’s capacity : 18 Hp - 13 Kw/80 mᶟ/h
• Protection structures and improvement of water intake in Kujang.
• Provision of spare parts
• Water quality testing & treatment
SANITATION FACILITIES
• CONSTRUCTION OF DOUBLE PIT VIP LATRINES 550 units • CONSTRUCTION OF COMMUNITY SANITATION CENTER
(4)• INSTALLATION OF INDOORS TOILETS AND DOWNPIPES
(500 units)
Wastewater treatment, reuse and disposal
• Simplified sewer system (Kujang): one full flash sewer system including house connections, sewer pipeline network and WW Treatment Plant completed and one under development in Kujang• Solid free sewer systems (Anbyon): 12 septic tanks fully
developed and 4 DEWATS ＋ 6 septic tanks under construction in Anbyon
Reutilization of sewage waste products
• Composting yard sites under development• Conduct a meeting with PC, MoA/AMC to
define the use of sewage products for agriculture/horticulture production, aquaculture and environmental purposes• Defining a Risk chain assessment scheme for the
unsuitable use of sludge an untreated excretes as fertilizer for horti/agriculture production
Capacity building
• Onsite concrete workshops ( 2 events)• DEWATS design and construction (2 events)• O&M of the water supply systems (2 events)• Hydraulic calculation for the design of WSS (2 events)• Catchment hydrology (1 event)• Conducted hygiene baseline survey both project sites• Hygiene promotion campaign workshop (1 event)• Developed outreach materials for hygiene promotion campaign and carried
out a workshop in water quality testing. • Planning WW quality testing.
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