Project

Lake Manzala Engineered Wetland Project

Resources (6)
Fact-sheet
Name Media Type Language Date
PDF English 04 Jun 2014
PDF English 04 Jun 2014
Presentation
Name Media Type Language Date
PPT English 25 Oct 2013
PPT English 25 Oct 2013
Project Document
Name Media Type Language Date
PDF English 04 Jun 2014
PDF English 04 Jun 2014
Results Notes
Name Media Type Language Date
PDF English 01 Jan 2016
Terminal Evaluation
Name Media Type Language Date
PDF English 06 May 2010
PDF English 06 May 2010

Key Basin Project Results

1. Construction of a demonstration engineered wetland wastewater treatment facility, plus a fish farm which utilizes the treated water. 2. Demonstration through research and stakeholder involvement that engineered wetlands can be a cost effective, efficient way to clean and reuse scarce and polluted water in the Nile Delta and beyond. 3. Very strong backing of the government as indicated by subsequent replication projects; and expansion of national expertise via government ministries, research institutions and researchers.

Results Indicators

Municipal wastewater pollution reduction

[see desc]

INDICATOR #1: A demonstration wetland treatment system constructed, consisting of a sedimentation pond, engineered wetlands, and aquaculture facility. [Target: Treatment capacity of 25,000 cubic meters of water per day (approximately 1% of the Bahr El Baqar Drain flow).] Working under challenging site conditions, the project team constructed a functioning wastewater treatment facility that is effectively treating the targeted flow. Preliminary results showed that the LMEWP facility could accommodate a flow of up to 40,000 cubic meters per day due to better than expected influent quality coming from the Bahr El Baqar Drain and the climatic conditions (hot, sunny) of the region. The project has demonstrated that treatment levels can be attained that enable a wide range of (non-potable) reuse options, in particular for fish farming. It has produced a business plan and several manuals that (i) demonstrate the efficiency and cost-effectiveness of the plant and (ii) provide the responsible institution with all the necessary information for its operation.
Establishment of country-specific inter-ministerial committees

YES

INDICATOR #3 National inter-ministry coordination and communication. [Target: Ensure sustainability of operation after the GEF funds phase out.] Five ministries worked collaboratively on the LMEWP. The Ministries of Environment and Water Resources worked together to hand over the facility at completion to the Ministry of Water’s National Water Research Center, which has assumed responsibility for operation and management using its own governmental resources.
National/Local reforms

YES

INDICATOR #2 Adoption of national and regional legal, policy and institutional reforms that address priority transboundary concerns. [Target: A strategic vision and a national policy for the use of engineered wetlands in Egypt for reuse of wastewater.] A national policy incorporating engineered wetlands was under preparation with the interest of the Dutch-Egyptian Water Advisory Panel.

Information sources

UNDP Terminal Evaluation (2007), Results Note (2013)

This project, being implemented by the Egyptian Environmental Affairs Agency, is demonstrating an approach to achieving sustainable development while addressing deteriorating water quality in Lake Manzala. The project will empower local residents and build the capacity of nongovernmental organizations and government institutions to achieve Egyptian self-sufficiency in an innovative technology.

Specific objectives include

  • (a) promote sustainable development by enhancing environmental and economic opportunities at the local and national levels and
  • (b) construct and operate a demonstration wetland that will treat 25,000 to 50,000 cubic meters of wastewater per day before it enters Lake Manzala.

Activities Capacity building.

This component will increase capability for sustainable development in managing Lake Manzala, including local and national participation. This involves activities to

  • (a) strengthen and promote community involvement in environmental management activities,
  • (b) build capacity and develop human resources to ensure that the engineered wetland can be operated and replicated on a regional scale, and
  • (c) disseminate lessons and experiences of the project at global, national, and community levels.

Engineered wetland technology.

This component will demonstrate a low-cost, efficient method of treating large bodies of water in Egypt and promoting a cleaner Mediterranean Sea.This will involve

  • (a) completing preconstruction planning and activities,
  • (b) constructing the demonstration wetland treatment system, sediment pond, engineered wetlands, and aquaculture facility,
  • (c) implementing innovative wetland technology, and
  • (d) establishing a monitoring and evaluation system to enable the Egyptian Environmental Affairs Agency to maintain the wetlands' expected performance levels.

In addition, biomass will be harvested and processed into marketable products. The clean effluent water will be used for an aquaculture facility to produce juvenile fish stock for the lake and other aquaculture ventures. Benefits Reduce pollution flowing into Lake Manzala and the Mediterranean Sea Protect diversity and enhance habitats of fish, bird, and other aquatic species Reduce emissions of greenhouse gases from anoxic drain water Improve economic well-being and health of local residents Strengthen local and national institutions in project delivery and implementation Demonstrate sustainable, low-cost alternative to traditional waste treatment Increase environmental awareness of local citizens.

Project document signed in June 1997. Long delays in preparatory process in view of identification need to move location of wetland which entailed new socio-economic, engineering, biochemical, etc. surveys. New project site identified and allocated on 28 April 1998 after six months of negotiations between senior Government and UNDP officials. Project implementation underway. (cr:6may99)

Project Category

Wastewater

Country

Egypt

Ecosystems

Lake

Budget

USD 11,130,000

Total Cost of the project

USD 4,500,000

GEF Allocation to project

Partners

Contacts

Dia El Din Ahmed El Quosy

Professor Emeritus at the National Water Research Center

Mohamed Bayoumi

Environment Specialist

Ahmed Abou Elseoud

Project Manager

Mirey Atallah

Regional Technical Advisor Land Degradation and International Waters

GEF ID

395

Status

closed

Focal Area

International Waters

Project Type

Full-Size Project

Start Date

19 Jun, 1997

End Date

31 Jul, 2007

Last Update

06 Mar, 2018