Sector: Wastewater
			Sub-Sector / Technically Autonomous Unit (Network, basin, ..): Beirut and Mount Lebanon Water & Wastewater Establishment
			Component	Present Situation	Target Situation	Projects		Characteristics												Priority
								Technical Constraints			Cost							Impact	Uncertainty
Sector	Sub-sector	Geographic area		Sp	St	∆S		Description	Min. delay to start	Min. constr. period	Million US$	Land value / expro (a')	Yearly maintenance cost (b)	Major rehab/replac. cost (c )	Span for rehab/replc (d)	Yearly operation cost (e)	Uncertainty		(High, Medium, Low)
									(Year)	(Year)			%	%		%
			Physical Stock
			1. Collection network	Beirut:
				90% of population connected to sewerage network; Sewer length within Beirut water office: 312 km; Estimated investment cost: US$ 19 million	100% of population served; Population served: 0.6 million	Included elsewhere												Minimizing pollution risk
				Existing collection networks have been upgraded to replace damaged and low capacity networks and expanded to cover previously unsewered areas. Main interceptors and collectors for conveying the sewage generated in Beirut to Ghadir and Bourj Hammoud treatment plants, main arteries for stormwater. Illegal discharge of stormwater into sewers and sewers into stormdrains is common. An investment cost of US$ 70 million has been spent since 1992, 55% of which were for rehabilitation and upgrading and 45% for new facilities	Network deficiencies (capacity, settlement, leakages, combined sewage & stormwater) solved	Upgrading all existing networks and seperating sewage and stormwater networks. It requires a land use survey, a detailed house connection survey to identify sewage and stormwater connections, developing options for stormwater collection, network capacity simulation, & regular O&M. The areas to be covered are: (1) Mazraa & Mseitbeh, (2) Achrafieh, Rmeil, Saife & Mdawar, (3) Bachoura, Ras el Nabeh, (4) Ras Beirut - Mseitbeh		This is part of the road and infrastructure rehabilitation and upgrading program; its estimated cost is US$ 95 million									10%	Reduces malfunctions; Improves efficiency of STP	M	1
								Continuation of this same program estimated at US$75 million to complete network separation											M	3
Waste water		M.Lebanon			Beirut sport city - Haret Hreik/ Sands canal connection constructed and operational	Design, tendering, construction & supervision			3	2	3	0	1	20	50	10	25%		M	2
Waste water		M.Lebanon			Secondary lines constructed and operational	Design, tendering, construction & supervision			2	5	4	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Secondary lines constructed and operational	Design, tendering, construction & supervision			2	5	4	0	1	20	50	10	25%		M	2
				Metn:
Waste water		M.Lebanon		Within Greater Beirut: 75% of population connected to sewerage network; other main villages 50% connected; others 10% connected; Collectors from uphill villages to coastal STP not constructed; Sewer length: 41 km; Estimated investment cost: US$ 2.5 million. The feasibility study and prelimimary design were updated in 2000 based on the 1982 scheme without assessing new possible sewerage schemes. Feasibility studies were undertaken for Baabdat, Dleibeh & Sfeileh; their project outcome were administratively and politically rejected under pretention that they are in contracdiction with the initial 1982 scheme, which could be outdated.	Master plan for Northern Beirut Basin updated, including identification of water resources to be protected, identifying and studying new sewerage schemes, establishing priorities & construction schedule, & setting construction standards & workmanship; 100% of population within Greater Beirut served. Sewerage schemes are designed and implemented based on basins rather than municiplities.	Upgrading all existing networks and seperating sewage and stormwater networks within Greater Beirut up to an elevation to be determined by the feasibility. Beyond such limit storm drains to be discharges into water streams. It requires a land use survey, a detailed house connection survey to identify sewage and stormwater connections, developing options for stormwater collection, network capacity simulation, & regular O&M.		Establishing the Administrative set up	2	1	0.5	0	0	0	0	0	25%	Optimization of investment	M	2
Waste water		M.Lebanon		Existing collection networks have been upgraded to replace damaged and low capacity networks and expanded to cover previously unsewered areas. Main interceptors and collectors for conveying the sewage generated within Beirut to Bourj Hammoud treatment plant, main arteries for stormwater. Illegal discharge of stormwater into sewers and sewers into stormdrains is common. An investment cost of US$ 40 million has been spent since 1992, 35% of which were for rehabilitation and upgrading and 65% for new facilities. Most of the new investments was for the Dbaiyeh-Borj Hammoud collector. Collector Khenchara-Choueir has been constructed.	Network deficiencies (capacity, settlement, leakages, combined sewage & stormwater) solved	Upgrading all existing networks and seperating sewage and stormwater networks. It requires a land use survey, a detailed house connection survey to identify sewage and stormwater connections, developing options for stormwater collection, network capacity simulation, & regular O&M.		This is part of the road and infrastructure rehabilitation and upgrading program; its estimated cost is US$ 24 million. However, the Establishment should enforce the standard construction details.	2	4							25%	Minimizes pollution risk; Reduces malfunctions; Improves efficiency of STP; Reduces O&M & replacement costs; Optimization of investment	M	2
					Collector Ain El Qabou - Baskinta constructed and operational	Design, tendering, construction & supervision			2	2.5	3	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Branches of collector Fayadiyeh to Saoufar & Chouite constructed and operational	Design, tendering, construction & supervision			2	3	1.2	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Branches of collector Fayadiyeh to Saoufar & Chouite constructed and operational	Design, tendering, construction & supervision			2	3	3	0	1	20	50	10	25%		M	2
Waste water		M.Lebanon			Collector Dekouaneh-Kafra constructed and operational	Design, tendering, construction & supervision			2	3	0.9	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Collector Nahr El Maout - Zalka - Amaret Chalhoub - Jdaide constructed and operational	Design, tendering, construction & supervision			2	3	0.3	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Collector Bsalim - Jouret El Ballout - Dhour Broummana - Qannabeh constructed and operational	Design, tendering, construction & supervision			2	3	0.9	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Collector Antelias constructed and operational	Design, tendering, construction & supervision			2	3	0.2	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Collector Nakkach - Aoukar - Dbaiyeh - Beiut Ech Chaar constructed and operational	Design, tendering, construction & supervision			2	3	1.5	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Collector Nahr El Kalb - Zakrit - Qornet Hamra - Beit Chabab - Chaouieh constructed and operational	Design, tendering, construction & supervision			2	3	4.6	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Collector El Miyasseh - Mar Boutros - Ain El Kharroube - Delbe constructed and operational	Design, tendering, construction & supervision			2	2.5	2	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Collector Aayoun - Masqa - Ghabeh - Beit Merry to STP constructed and operational	Design, tendering, construction & supervision			2	2	1.1	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Collector Aayoun - Masqa - Ghabeh - Beit Merry to STP constructed and operational	Design, tendering, construction & supervision			2	2	1	0	1	20	50	10	25%		M	2
Waste water		M.Lebanon			Collector Ras El Metn - Deir El Harf; Arsoun - Jouret Arsoun-Qornayel; Btebiat-Btekhney-Falougha; Bmariam-El Khreibeh-Hammana-ElKhalouat-Qalaa constructed and operational	Design, tendering, construction & supervision			2	2	2	0	1	20	50	10	25%		L	1
Waste water		M.Lebanon			Collector Ras El Metn - Deir El Harf; Arsoun - Jouret Arsoun-Qornayel; Btebiat-Btekhney-Falougha; Bmariam-El Khreibeh-Hammana-ElKhalouat-Qalaa constructed and operational	Design, tendering, construction & supervision			2	2	4.5	0	1	20	50	10	25%		M	2
Waste water		M.Lebanon			Collector Qennabeh - Sfayla - Baabdate - Mar Moussa - Ed Douar - El Ayroun. Ech Choueir. Dahr Es Souane. El Arbanieh - Dlaibeh - Salima - Dhour Salima - Roueissat Salima. Hasbaya - Bzebdine - Jouar El Haouz - Kfar Selouane constructed and operational	Design, tendering, construction & supervision			2	2.5	2	0	1	20	50	10	25%		L	1
				Baabda:
Waste water		M.Lebanon		Within Greater Beirut: 75% of population connected to sewerage network (Baabda, Hazmieh, Hadath, Wadi Chahrour, Borj Barajneh); other main villages 50% connected; others 10% connected; Collectors from uphill villages to coastal STP not constructed; Sewer length within Ain el Delbe water office: 245 km; Estimated investment cost since 1992: US$ 26 million, of which include upgrading of infrastructure utilities in southern Beirut sub-urbs including construction of main arteries for storm drains, O&M for the Ghadir treatment plant and sea outfall, rehabilitation of infrstructure utilities in displaced villages, construction of the main collectors Beirut-Ghadir and Damour Ghadir, and preparation of TD for Qmatiyeh network	Master plan for Southern Beirut Basin updated, including identification of water resources to be protected, identification and analysis of options for collection and treatment of up-hill areas, establishing priorities & construction schedule, & setting construction standards & workmanship; water resources protected and 100% of population within Greater Beirut served	Upgrading all existing networks and seperating sewage and stormwater networks within Greater Beirut up to an elevation to be determined by the feasibility. Beyond such limit storm drains to be discharges into water streams. It requires a land use survey, a detailed house connection survey to identify sewage and stormwater connections, developing options for stormwater collection, network capacity simulation, & regular O&M.		Establishing the Administrative set up	2	1	0.5	0	0	0	0	0	50%	Optimization of investment	M	1
Waste water		M.Lebanon			Network deficiencies (capacity, settlement, leakages, combined sewage & stormwater) solved. Main arteries for stormwater drainage constructed.	Upgrading all existing networks (outside Greater Beirut) is initiated		Considered part of the O&M of the networks. However, the Establishment should enforce the standard construction details.	2	4	3	0	1	20	50	10	25%	Minimizes pollution risk; Reduces malfunctions; Improves efficiency of STP; Reduces O&M & replacement costs; Optimization of investment	L	0
Waste water		M.Lebanon			Collector Fayadieh - Saoudar & Chouite constructed and operational	Design, tendering, construction & supervision			2	3	8.6	0	1	20	50	10	25%		L	1
					Collector Jisr El Bacha - Fayadieh constructed and operational	Design, tendering, construction & supervision			2	3	0.6	0	1	20	50	10	25%		L	1
					Collector Nahr Beirut - Monteverde - El Daychounie constructed and operational	Design, tendering, construction & supervision			2	3	2.2	0	1	20	50	10	25%		L	1
					Collector Ras El Metn - Deir El Harf; Arsoun - Jouret Arsoun-Qornayel; Btebiat-Btekhney-Falougha; Bmariam-El Khreibeh-Hammana-ElKhalouat-Qalaa constructed and operational	Design, tendering, construction & supervision													L	1
					Collector Ras El Metn - Deir El Harf; Arsoun - Jouret Arsoun-Qornayel; Btebiat-Btekhney-Falougha; Bmariam-El Khreibeh-Hammana-ElKhalouat-Qalaa constructed and operational	Design, tendering, construction & supervision													M	2
					Collector Nahr Beirut - Qortada - Multaqa Nahrein	Design, tendering, construction & supervision			2		6	0	1	20	50	10	25%		M	2
Waste water		M.Lebanon			Additional sewer collectors within Beirut southern suburbs (Mrah El Batha - Nosraniyeh - Rouaisat El Adas - Haret El Qobbeh) constructed & operational	Design, tendering, construction & supervision													M	2
Waste water		M.Lebanon			Collector Aley – Wadi Chahrour constructed & operational	Tendering, construction & supervision													L	1
Waste water		M.Lebanon			Collector Aley - Bsous - Wadi Chahrour constructed & operational	Design, tendering, construction & supervision													L	1
Waste water		M.Lebanon			Ghadir River Training Option 3 constructed & operational	Design, tendering, construction & supervision													L	1
Waste water		M.Lebanon			Beirut sport city - Haret Hreik/ Sands canal connection	Design, tendering, construction & supervision		Ditto											M	2
				Aley:
Waste water		M.Lebanon		Within Greater Beirut: 75% of population connected to sewerage network; other main villages 50% connected; others 10% connected; Collectors from uphill villages to coastal STP not constructed; Sewer length: 41 km; Estimated investment cost: US$ 7 million, most of which where for the rehabilitation and O&M of Ghadir STP	100% of population within Greater Beirut served	Upgrading all existing networks and seperating sewage and stormwater networks within Greater Beirut up to an elevation to be determined by the feasibility. Beyond such limit storm drains to be discharges into water streams. It requires a land use survey, a detailed house connection survey to identify sewage and stormwater connections, developing options for stormwater collection, network capacity simulation, & regular O&M.		Establishing the Administrative set up	2	1	0.3	0	0	0	0	0	50%	Optimization of investment	M	1
Waste water		M.Lebanon		Collection networks in greater Beirut and villages of the displaced have been rehabilitated; sewerage network of Qmatiyeh constructed	Network deficiencies (capacity, settlement, leakages, combined sewage & stormwater) solved	Upgrading all existing networks (outside Greater Beirut)		Considered part of the O&M of the networks. However, the Establishment should enforce the standard construction details.	2	4	3	0	1	20	50	10	50%	Minimizes pollution risk; Reduces malfunctions; Improves efficiency of STP; Reduces O&M & replacement costs; Optimization of investment	M	3
Waste water		M.Lebanon				Upgrading all existing networks in villages, construction of new networks in villages polluting water resources		Should be constructed in phases from downstream upward	3	4	15	0	1	20	50	10	50%		L	3
Waste water		M.Lebanon			Collector Dahr El Bireh - Bchamoun (lower part) - Airport constructed & operational	Design, tendering, construction & supervision		Should not proceed before confirmation of the Master Plan update.	3	2	1.2	0	1	20	50	10	25%	Optimization of investment	L	2
Waste water		M.Lebanon			Collector Qabr Chmoun - Aynab - Aitat - Chemlan - Souq El Gharb - Kayfoun - Mtol Chemlan - Bmekine constructed & operational	Design, tendering, construction & supervision		Ditto	3	2	3	0	1	20	50	10	25%	Ditto	L	2
Waste water		M.Lebanon			Additional sewer collectors within Beirut southern suburbs (Mrah El Batha - Nosraniyeh - Rouaisat El Adas - Haret El Qobbeh) constructed & operational	Design, tendering, construction & supervision		Ditto	3	2	1.35	0	1	20	50	10	25%	Ditto	L	2
Waste water		M.Lebanon			Collector Aley – Wadi Chahrour constructed & operational	Tendering, construction & supervision		Should not proceed before confirmation of the Master Plan update.	1	2	1.9	0	1	20	50	10	25%	Optimization of investment	L	1
Waste water		M.Lebanon			Collector Ayn Annoub – Maaroufie constructed & operational	Design, tendering, construction & supervision		Ditto	3	2	0.45	0	1	20	50	10	25%	Ditto	L	1
Waste water		M.Lebanon			Collector Deir Qoubil – airport constructed & operational	Design, tendering, construction & supervision		Ditto	3	2	0.9	0	1	20	50	10	25%	Ditto	L	1
Waste water		M.Lebanon			Collector Aaramoun – Khalde constructed & operational	Tendering, construction & supervision		Ditto	3	2	1.8	0	1	20	50	10	25%	Ditto	L	1
Waste water		M.Lebanon			Ghadir River Training Option 3 constructed & operational	Tendering, construction & supervision		Ditto	3	2	16	0	1	20	50	10	25%	Ditto	L	1
Waste water		M.Lebanon			Collector Aley - Bsous - Wadi Chahrour constructed & operational	Design, tendering, construction & supervision		Ditto	3	2	1.2	0	1	20	50	10	25%	Ditto	L	1
Waste water		M.Lebanon			Collector Baysour – Aramoun constructed & operational	Design, tendering, construction & supervision		Ditto	3	2	1.2	0	1	20	50	10	25%	Ditto	L	1
				Jbail:
Waste water		M.Lebanon		No network, Population served by percolation pits or septic tanks; Design of interceptors and main collectors completed.	100% of population within Coastal Jbeil served; water resources in high areas protected	Tendering, initiation of construction & supervision of Greater Jbeil collection networks			1	4	12	0	1	20	50	10	25%	Minimizing pollution risk	L	1
Waste water		M.Lebanon			Master plan for Jbail Basins updated, including identification of water resources to be protected, establishing priorities & construction schedule, & setting construction standards & workmanship	Master Plan & Feasibility Study		Establishing the Administrative set up	2	1	0.5	0	0	0	0	0	50%	Optimization of investment	L	1
Waste water		M.Lebanon			Interceptors and main collectors constructed	Tendering, initiation of construction & supervision			2	3	5	0	1	20	50	10	50%		L	3
Waste water		M.Lebanon			Wastewater systems for villages or cluster of villages causing risk of water resources pollution constructed and operational	Design, tendering, construction & supervision		Can proceed immediately	2	6	20	0	1	20	50	10	50%	Minimizing pollution risk	M	3
Waste water		M.Lebanon			Wastewater systems for Qartaba	Tendering, initiation of construction & supervision		Can proceed immediately	1	3	3	0	1	20	50	10	25%	Minimizing pollution risk	L	1
				Keserouane:
Waste water		M.Lebanon		Jounieh and surroundings 75% of population connected to sewerage network; others villages 10% connected; Collectors from uphill villages to coastal STP not constructed; Sewer length: 51 km; Estimated investment cost since 1994: US$ 12.5 million, of which 11 million where on rehabilitation and upgrading the existing sewerage and stormwater systems based on the feasibility study for the interceptors and main colectors prepared in 1995. The design of teh STP is being updated. The feasibility of the upper region of the basin is under preparation.	100% of population within Coastal Keserouane served; Water resources protected	Tendering, initiation of construction & supervision of Greater Jounieh collection networks			1	4	70	0	1	20	50	10	25%	Minimizing pollution risk	M