Madhya Pradesh Irrigation Efficiency Improvement Project (ADB-45371-007)

Countries
  • India
Where the impacts of the investment may be experienced.
Financial Institutions
  • Asian Development Bank (ADB)
International, regional and national development finance institutions. Many of these banks have a public interest mission, such as poverty reduction.
Project Status
Proposed
Bank Risk Rating
B
Risk rating varies among banks and may refer only to the particular investment and not to the risk for the project as a whole. Projects marked 'U' have an 'Unknown' risk rating at the time of disclosure.
Sectors
  • Agriculture and Forestry
  • Energy
  • Infrastructure
The service or industry focus of the investment. A project can have several sectors.
Investment Type(s)
Loan
The categories of the bank investment: loan, grant, etc.
Investment Amount (USD)
$ 366.10 million
Value listed on project documents at time of disclosure. If necessary, converted to USD$. Please review updated project documents for more information.
Bank Documents
Primary Source

Original disclosure @ ADB website

Updated in EWS Aug 11, 2017

Disclosed by Bank Aug 19, 2016


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Project Description
DESCRIPTION The Madhya Pradesh Irrigation Efficiency Investment Program will achieve high irrigation efficiency and water productivity in two large irrigation schemes in Madhya Pradesh, India. The investment program will develop 125,000 hectares (ha) of new, highly efficient irrigation networks and productive command area under the Kundaliya Irrigation Project in Rajgargh and Shejahpur districts. It will also modernize and expand the existing Sanjay Sarovar Irrigation Project (SSIP) in Seoni and Balaghat districts. Water savings will allow irrigation expansion for increased food security or reallocation to other sectors. PROJECT RATIONALE AND LINKAGE TO COUNTRY/REGIONAL STRATEGY Water plays a critical role in India' s food security and welfare of the rural poor as 84% of all water withdrawals are dedicated to agriculture and 42% of all agriculture land is irrigated. India benefits from only 4% of the world's renewable fresh water but has 16% of the world's population. With intense urbanization and industrialization, the need for water from the non-agriculture sector is fast increasing and water shortage is becoming an area of major concern for industries. At the same time, population growth and change in dietary habits requires agriculture production to continue to grow. By 2050, annual water availability per capita is expected to drop from 1,530 cubic meters (m3) to 1,140 m3, indicating severe water stress. The current irrigation water use efficiency of 38% points towards the need for serious performance improvement in this sector. The productivity of irrigation water is further hampered by low crop yields and cultivation of low value crops. Therefore, most of India' s utilized water not only supports activities with low economic value but it is also inefficiently used. In the meantime, water shortages are constraining power production and the development of high value industries that are required to fuel the country's economic growth. About 29% of India' s power is generated from hydropower and 65% from thermal power, which requires plentiful water. These problems will worsen in the future with the projected impacts of population growth, economic growth, and climate change.The Government of India is well aware of the situation. Both the National Water Mission and the Twelfth Five-Year Plan have acknowledged the necessity to improve water use efficiency in irrigation and have set a target to improve current level by 20% by 2018. In 2014, ADB funded the Scoping Study for a National Water Use Efficiency Improvement Program. The study identified the following three main causes for low water use efficiency: (i) inadequate irrigation and drainage infrastructure due to faulty designs and lack of maintenance; (ii) inadequate management, operation and maintenance of the irrigation systems; and (iii) inadequate capacity building and training services. The study highlights the need to modernize the design and management of major and medium irrigation (MMI) schemes to reduce system inefficiencies and substantially improve water delivery services to farmers. It proposed a framework for assessing and improving water use efficiency on MMI. Under a subsequent regional technical assistance, the framework was pilot tested on a number of MMI within South Asia; it developed a comprehensive modernization strategy for existing irrigation systems and recommended a tailored investment plan for SSIP. IMPACT Irrigation water use efficiency increased by 20% in India (Twelfth Five-Year Plan 2012 -2017 and National Water Mission 2012- 2017)1 2.8 million hectares additional irrigated area developed in Madhya Pradesh state by 2025 (Madhya Pradesh Water Resource Development Plan 2015 -2025)2 OUTCOME High irrigation efficiency and water productivity achieved in two major irrigation schemes in Madhya Pradesh
Investment Description
  • Asian Development Bank (ADB)
Loan: Madhya Pradesh Irrigation Efficiency Improvement Project Ordinary capital resources US$ 366.10 million
Contact Information
ACCOUNTABILITY MECHANISM OF ADB The Accountability Mechanism is an independent complaint mechanism and fact-finding body for people who believe they are likely to be, or have been, adversely affected by an Asian Development Bank-financed project. If you submit a complaint to the Accountability Mechanism, they may investigate to assess whether the Asian Development Bank is following its own policies and procedures for preventing harm to people or the environment. You can learn more about the Accountability Mechanism and how to file a complaint at: http://www.adb.org/site/accountability-mechanism/main CONTACTS Responsible ADB Officer Cauchois, Arnaud M. Responsible ADB Department South Asia Department Responsible ADB Division Environment, Natural Resources & Agriculture Division, SARD Executing Agencies Water Resources Department Madhya Pradesh Water Resources Department Namada Bhawan, Tulsi Nagar Bhopal (M.P.) - 462003