Water Supply - The Times Of Central Asia

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Water Access

Kazakhstan and Kyrgyzstan Resume Data Sharing on Reservoirs and Transboundary Rivers

Kazakhstan and Kyrgyzstan have renewed formal cooperation in hydrometeorology, agreeing to exchange key hydrological data on major reservoirs and transboundary rivers, a development officials say is vital for regional flood management and agricultural planning. The agreement covers data exchange on the Kirov, Orto-Tokoy, and Toktogul reservoirs, all located in Kyrgyzstan but directly influencing downstream water supply in Kazakhstan. The signing took place on February 9 in Astana, where Kyrgyzstan’s First Deputy Minister of Emergency Situations Mambetov Muratovich and Kazakhstan’s First Deputy Minister of Water Resources and Irrigation Nurlan Aldamzharov endorsed a 2026-2028 cooperation program between Kazhydromet and the Kyrgyz Hydrometeorological Service. Key Components of the Agreement The three-year program includes: Regular exchange of hydrological data on shared rivers and reservoirs Joint forecasting of basin runoff and water accumulation Mutual hazard and storm warnings Scientific and technical collaboration Professional exchange between agencies Describing the agreement as an achievement of "water diplomacy," Aldamzharov emphasized that timely data is critical to protecting populations and infrastructure downstream, especially during peak water flow and flood risk periods. Strategic Role of Kyrgyz Water Infrastructure Kyrgyzstan plays a pivotal upstream role in Central Asia’s water system, delivering seasonal irrigation flows to southern Kazakhstan’s Turkistan, Kyzylorda, and Zhambyl regions via the Chu, Talas, and Syr Darya rivers. Each of the reservoirs included in the data-sharing agreement serves a distinct strategic function: Kirov Reservoir: Located in Kyrgyzstan’s Talas region, near the Kazakh border; vital for irrigating farmland on both sides. Orto-Tokoy Reservoir: Situated on the Chu River, which flows into Kazakhstan, it regulates seasonal supply for downstream agriculture. Toktogul Reservoir: Kyrgyzstan’s largest, located on the Naryn River, the principal tributary of the Syr Darya, one of Central Asia’s main water arteries feeding Kazakhstan and Uzbekistan. According to Kazakhstan’s Ministry of Water Resources, during the 2025 growing season, Zhambyl region received 160 million cubic meters of water via the Chu River and 427.5 million cubic meters via the Talas River under existing water allocation frameworks. Water Stress Ahead of Growing Season Authorities warn that the Syr Darya basin continues to experience low-flow conditions. Reduced inflows to the Naryn-Syr Darya system are threatening irrigation reliability for the upcoming agricultural season. The Toktogul Reservoir may reach near-record low levels, heightening risks for downstream farmers. In response, agricultural authorities in southern Kazakhstan have urged the adoption of water-saving irrigation technologies, a shift away from water-intensive crops, and greater reliance on drought-resistant varieties-steps that make access to reliable hydrological forecasts increasingly urgent.

Water Supply

Kyrgyzstan, Uzbekistan to Supply 600 Million Cubic Meters of Water to Kazakhstan

Kyrgyzstan and Uzbekistan will send about 600 million cubic meters of water to Kazakhstan over the next two weeks to help offset shortages in the country’s southern regions, Deputy Prime Minister Kanat Bozumbayev announced at a government briefing. Bozumbayev said Central Asia is experiencing a low-water year, with inflows into the Syr Darya River, which supplies Kazakhstan’s Turkestan and Kyzylorda regions, at only 30-40% of normal levels. Prolonged high temperatures have further increased irrigation demand, deepening the shortfall. He noted that Prime Minister Olzhas Bektenov raised the issue with his Kyrgyz and Uzbek counterparts during the International Environmental Conference in Altai, after which consultations were held. “Last week, they were behind schedule by more than one billion cubic meters of water. We agreed that starting this week, they will send about 600 million cubic meters to us within two weeks,” Bozumbayev said. Despite the challenges, Bozumbayev expressed confidence that the agricultural season, which ends in August, could be completed without major losses. “I have personally visited the Turkestan region, many districts, reservoirs, and met with farmers. I also toured irrigated areas in Kyzylorda region. The situation is tense, but we have seen worse years,” he said, adding that daily monitoring and urgent measures have helped stabilize conditions. This agreement follows a broader water-sharing deal reached in February, under which Uzbekistan will supply Kazakhstan with 16 billion cubic meters of water by October 1, 2025. The arrangement, agreed during the 12th meeting of the Joint Working Group on Bilateral Water Cooperation, increases Kazakhstan’s allocation by 1 billion cubic meters compared with the previous period. Water management remains a critical issue in Central Asia, where agriculture depends heavily on transboundary rivers such as the Syr Darya and Amu Darya, and seasonal shortages can severely threaten crop yields and rural livelihoods.

Water Supply

Money Seized from Corrupt Kazakh Officials to Fund Water Pipelines

In Kazakhstan's Akmola region, water supply systems will be built in the towns of Kosshy and Makinsk using funds seized from corrupt officials. The government of Kazakhstan reported that more than 1 billion KZT (approximately $2 million) from the Special State Fund has been allocated for this purpose. Water Supply for Kosshy and Makinsk A total of 476.7 million KZT (about $925,000) has been allocated to complete the construction of a water supply network in Kosshy. The project envisions full centralization of the town’s water supply. Currently, approximately 50 kilometers of pipeline have already been laid, with the total network planned to span 64.1 kilometers. The facility is expected to be operational by the end of this year. The town’s existing infrastructure is designed for 30,000 residents, while the official population has already surpassed 50,000. According to Kosshy’s General Development Plan, the number of residents could reach 150,000 by 2038. In Makinsk, the reconstruction of water supply networks is ongoing. The project includes laying 72.7 kilometers of new pipes. To date, 45 kilometers have been completed using previously allocated funds. A new allocation of 606.4 million KZT (around $1.2 million) will enable the full completion of the project, ensuring centralized water supply for the town’s more than 18,000 residents. Returned Assets Benefit Society Recovering illegally withdrawn assets has become a key priority of Kazakhstan’s Anti-Corruption Service. This work, based on the principle of “follow the money,” is a major component of the national anti-corruption strategy. Since 2022, over 1.12 trillion KZT ($2.1 billion) has been recovered for the state and quasi-state sector entities. Asset recovery efforts are conducted both domestically and internationally, using cooperation channels such as GlobE, CARIN, and ARIN. Schools, Medical Centers, and Water Pipelines: How Returned Funds Are Used The Special State Fund has already financed approximately 280 projects in education, healthcare, social protection, sports, and the modernization of engineering and water networks. Earlier this year, it was reported that 1.4 billion KZT (around $2.7 million) would be used to build water facilities in 11 villages in the Aktobe region. Additionally, in April, 2.5 billion KZT (approximately $4.8 million) was allocated for the reconstruction of the main water pipeline in Turkestan region. These efforts are expected to significantly improve water supply for residents of several rural settlements. The Ministry of Education also announced that 28 new schools will be built using funds recovered from corrupt officials, providing education to 22,000 children. The initiative to use recovered assets for the development of social infrastructure highlights the tangible benefits of anti-corruption efforts, with the projects in Kosshy and Makinsk standing as prime examples of how returned funds can directly improve the lives of citizens.

Water Supply

Kyrgyzstan Reports Increase in Irrigation Water Supply

As Kyrgyzstan seeks to expand the production and export of environmentally friendly organic agricultural products, ensuring a stable supply of irrigation water remains a crucial issue for both local farmers and government authorities responsible for the country’s irrigation infrastructure. According to the Ministry of Water Resources, Agriculture, and Processing Industry, Kyrgyzstan has 498 reservoirs with a total storage capacity of 1.8 billion cubic meters of irrigation water. During the 2025 growing season, this water will be used to irrigate 1.022 million hectares of farmland across the country. Infrastructure Improvements and Modernization To prevent water shortages in 2025, the ministry undertook extensive improvements to irrigation infrastructure in 2024. A total of 626 kilometers of irrigation canals were improved, including: 93 km repaired 32 km lined with concrete 500 km cleaned Additionally, repairs were carried out on key pumping stations, and efforts to introduce drip and sprinkler irrigation methods are underway on 1,484 hectares of farmland. Innovative Irrigation Solutions Kyrgyzstan is also adopting new technologies to improve water management. British company Concrete Canvas is set to build a plant in the country to produce flexible concrete material designed to line irrigation canals, preventing erosion and reducing water seepage. Minister of Water Resources, Agriculture, and Processing Industry Bakyt Torobayev emphasized the significance of this innovation. He noted that Kyrgyzstan has 30,000 kilometers of irrigation canals, including 11,000 km of unsurfaced canals, and that applying concrete lining will help reduce water losses and improve efficiency. Water Cooperation with Kazakhstan While Kyrgyzstan continues efforts to meet domestic irrigation needs, it also plays a key role in supplying water to downstream Kazakhstan, particularly its arid southern regions, where irrigation is vital for agriculture.