Muhuri Project
The Muhuri Irrigation Project, commonly referred to as the Muhuri Project, is Bangladesh's second-largest irrigation project. It comprises a closure dam and water control structure, positioned at the confluence of the Feni, Muhuri, and Kalidas-Pahaliya rivers. This project plays a pivotal role in facilitating irrigation and managing floods across areas in Feni and Chittagong districts.
The project was completed during the fiscal year 1985–86. The surrounding area, featuring artificial water bodies, forestry, bird watching hotspots, and fish farms, has become a notable tourist destination, drawing visitors from across the country. The project area also includes the country's first wind power plant and the largest fisheries zone in Bangladesh.
Geographical location
Irrigation project
The irrigation project influences an area between coordinates and, encompassing the upazilas of Feni Sadar, Chhagalnaiya, Parshuram, Fulgazi, and Sonagazi of Feni District as well as parts of Mirsarai Upazila of Chittagong District in the south-eastern region of Bangladesh, adjacent to the coast of the Bay of Bengal.Dam
The Muhuri Dam, officially called Feni River Closure Dam, is located at Sonagazi Upazila within Feni District, approximately from Feni town. It sits at the border of Mirsarai Upazila in the Chittagong Division and seasonally holds the river water for irrigation purposes. During early winter, the dam is closed, forming a substantial lake. As the monsoon approaches, the sluice gate is opened to release water.Background
In the southeastern region of Bangladesh, the Feni River, the Muhuri River, and the Kalidas-Pahaliya River converge and flow into the Bay of Bengal. The area faced challenges such as saline intrusion, flooding during the wet season, and freshwater loss in the dry season. This project aimed to develop agricultural land covering approximately in the tidal zone of the Feni and Chittagong districts.Work on the Muhuri Irrigation Project commenced in the fiscal year 1977–78 and concluded in the 1985–86 fiscal year, marking it as the second-largest irrigation initiative in Bangladesh. Its purpose was to mitigate flood risks during the monsoon season and enhance irrigation resources for the aman crop across several upazilas in Feni and Chittagong districts. The key solution to address the aforementioned challenges was the construction of the Feni River Closure Dam, which enabled the storage of freshwater and prevented flooding and saline intrusion. Haskoning, a Royal Dutch Consulting Engineers firm, was tasked with designing and supervising the construction of the dam in January 1983, erecting a significant water control structure comprising 40 gates across the downstream confluence of the Feni River, Muhuri River, and Kalidas-Pahaliya River. Funding from CIDA, EEC, and the World Bank, along with support from the Japanese company Shimizu, facilitated the construction at a cost of. Consequently, irrigation facilities were extended to of land, with an additional receiving supplementary irrigation provisions.
Developments
Expansions
In 1996, plans for expanding the Muhuri Project were initiated, resulting in the development of the Muhuri-Kahua Irrigation Project. This new initiative partially overlaps with the existing Muhuri Irrigation Project.In June 2014, the Executive Committee of the National Economic Council approved the Irrigation Management Improvement Project for Muhuri Irrigation Project with a budget of. This project, aimed at enhancing and modernising the irrigation system, received funding from the Asian Development Bank, supplemented by an additional concessionary loan. The project targets the repair of of coastal embankments and the re-excavation of over of canal drains by 2024. It also plans to introduce a prepaid metering system using electric pumps and underground pipelines to reduce water loss. This effort aims to mitigate flooding during monsoons and expand the dry-season irrigation area of the Muhuri irrigation system by 60 percent to. Following project implementation, it is anticipated that the average yield of irrigated boro paddy will increase to four tons per hectare of land, up from three tons in 2013. Furthermore, the project aims to ensure that at least 2 percent of pump operators, 5 percent of mobile water unit vendors, and 5 percent of project construction workers are women.