Water Management - The Times Of Central Asia

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Flood Forecasting

U.S. Companies to Help Kazakhstan Improve Snow Monitoring and Flood Forecasting

United States-based aviation technology firms Dynamic Aviation and Airborne Snow Observatories Inc. will work with Kazakhstan’s Ministry of Water Resources and Irrigation to improve snow monitoring, spring runoff forecasts, and early flood warnings, as the country seeks to avoid a repeat of the devastating floods of 2024. The cooperation program was discussed last week during talks between Kazakhstan’s Deputy Water Resources Minister Aslan Abdraimov and representatives of the two American companies, according to the ministry. The project will use aerial monitoring technologies to collect data from river basins, prepare cartographic materials and analytical reports, and integrate that information into Kazakhstan’s flood forecasting and modeling systems. The parties agreed on a phased rollout of the program. The first phase will focus on the Zhabai River basin, where high-precision snow measurements will be carried out using aviation-based technology. The collected data will be integrated into the ministry’s database to refine methodologies, train local specialists, and assess the feasibility of expanding the system to other parts of the country. Later stages will extend monitoring and forecasting to other priority river basins and regions, with the long-term goal of using the system nationwide to improve water management, lower flood risks, and help reservoir operators plan releases more accurately. “It is important for Kazakhstan to have not only up-to-date data but also a practical tool that enables early management decisions, reduces flood risks, and protects the population, infrastructure, and agriculture,” Abdraimov said. The initiative builds on Kazakhstan’s broader efforts to modernize flood management following the severe spring floods of 2024, when rapid snowmelt triggered large-scale flooding across western and northern regions of the country. As previously reported by The Times of Central Asia, Kazakhstan recently launched the Tasqyn flood forecasting and modeling system, which is integrated with the Global Flood Awareness System, an international flood warning network. The 2024 floods destroyed thousands of homes and forced nearly 100,000 people to evacuate, highlighting the vulnerability of Kazakhstan’s water management system to increasingly volatile climate conditions.

Water Management

Tajikistan and ADB Discuss Modernization of Tajik Sea Reservoir

Tajikistan is planning a major modernization of the Tajik Sea reservoir, known until 2016 as the Kayrakkum Reservoir. The project is a strategic water initiative for the country and the wider Central Asian region. Prospects for the project were discussed during a meeting between Tajikistan’s officials and representatives of the Asian Development Bank (ADB) in Ulaanbaatar, according to the Tajik state news agency Khovar. According to Tajikistan’s Ministry of Energy and Water Resources, the talks involved Presidential Economic Adviser Ne’matullo Hikmatullozoda, Energy and Water Resources Minister Daler Juma, ADB Director General for Central and West Asia Leah Gutierrez, and Regional Head of Regional Cooperation and Integration Asad Aleem. The meeting focused on the “Efficient Management of Water Resources of the Bahri Tojik Reservoir” project. Hikmatullozoda described the initiative as one of Tajikistan’s key infrastructure priorities, aimed at adapting to climate change and addressing transboundary water challenges. The work would reinforce the reservoir’s protective dams to reduce flood risks and modernize its pumping stations. It also covers upgrades to irrigation, drainage, and collector systems, along with a digital monitoring system used to control and track water infrastructure. Officials said the project is expected to improve water resource management under changing climate conditions. It is also intended to make irrigation supplies more reliable and expand hydropower generation capacity. A preliminary feasibility study has already been prepared with ADB support. The Tajik Sea is located in Tajikistan’s Sughd Region on the Syr Darya River. The reservoir was created following the construction of a dam and hydropower station to regulate the river’s flow, with filling beginning in the 1950s. Today, the Tajik Sea remains one of the country’s largest reservoirs and an important site for energy production and irrigation. The adjacent Kayrakkum Hydropower Plant generates electricity, while the reservoir supplies water for agriculture across the region.

Rogun Dam

Inside Tajikistan’s Rogun Dam, the Mega-Project Built to Power a Nation

“Building a hydroelectric power plant is a responsibility for our country!” Displayed in Tajik at the entrance to the Rogun construction site, deep in the mountains of Tajikistan, the slogan captures the significance of what has become the most ambitious infrastructure project in the country’s history - and one of the largest hydropower developments in the world. Nearly fifty years after the Soviet authorities launched construction in 1976, the mega-project is finally entering a decisive phase. Long delayed by the collapse of the Soviet Union, the civil war of the 1990s, and the economic struggles of Central Asia’s poorest country, the project has gained renewed momentum over the past decade. After a two-hour drive through the mountains east of Dushanbe, the scale of the site gradually comes into view. Located more than 1,300 meters above sea level, Rogun is far more than a dam. The complex includes dozens of kilometers of tunnels, diversion canals, underground power stations, and an extensive network of technical infrastructure carved into the rock. [caption id="attachment_49947" align="aligncenter" width="1365"] Turbines in the process of being built[/caption] Once completed, according to current project plans, the structure will rise to 335 meters, making it the tallest dam in the world, Tajik officials proudly note. For now, it stands at approximately 140 meters. “This is where the Vakhsh River flows,” says Anvar Rahmonov, Production Director at Rogun HPP, standing on a ridge overlooking the future reservoir. [caption id="attachment_49948" align="aligncenter" width="2048"] Anvar Rahmonov, Production Director at Rogun HPP[/caption] Fed by glaciers in the Pamir Mountains, the river is diverted through underground galleries that currently power two 600-megawatt turbines. Below, dozens of trucks move continuously across the site while workers labor across different sections of the project. The deep blue waters of the future reservoir - designed to hold more than 13 billion cubic meters of water - contrast sharply with the surrounding red-earth mountains and the constant movement of heavy machinery. The project remains far from complete. Four additional turbines are still under construction. Once fully operational, the plant will have a total installed capacity of 3,600 megawatts, according to Tajik project officials, comparable to that of a nuclear power station. Ending Chronic Energy Shortages For a country of just over ten million people that continues to face electricity shortages every winter, the stakes are enormous. Despite possessing one of Central Asia’s largest hydropower potentials, Tajikistan still suffers from a chronic energy deficit. During the winter months, the country lacks roughly a quarter of the electricity needed to meet domestic demand, resulting in rationing and power restrictions across much of rural Tajikistan. “Thanks to this project, Tajikistan will be able to achieve energy independence,” says Andres Ricaldi, an engineer with the Franco-Belgian consultancy Tractebel, which is involved in the project. In the substation, a diagram of the power lines supplying the different regions is shown. [caption id="attachment_49946" align="aligncenter" width="2048"] Substation zone[/caption] Yet Rogun’s ambitions extend well beyond the domestic market. “The meaning of the Rogun Dam has changed,” explains Artemy Kalinovsky,...

ARYK.AI

From Ancient Aryks to AI: Almaty Student Proposes Digital Water Solution

In Almaty, 10th-grade student Amir Alniyazov has developed an artificial intelligence project called ARYK.AI that aims to help city services respond more quickly to clogged aryk channels, localized flooding, and water overflow after heavy rainfall. At first glance, the issue may appear purely municipal: aryks, trash, leaves, rainwater, and utility workers clearing blocked channels. But the aryk system is tied to a much longer urban history. In Central Asia, an aryk is not simply a ditch. It is a traditional water channel that has helped sustain settlements in dry climates for centuries. Aryks irrigated gardens, cooled streets, supplied water, and made urban life possible in parts of the region where summer heat and limited rainfall shaped daily life. In foothill cities such as Almaty, they also became part of the city’s drainage infrastructure. Almaty’s modern aryk network developed during the Verny period, when the city was under Russian imperial rule. By the late 19th century, aryks had become an important part of urban infrastructure. In 1899, a main aryk was built to help distribute water through the city. During the Soviet period, many aryks were lined with stone or concrete, gradually shifting from simple irrigation channels into a visible part of the city’s stormwater system. But the 21st century has brought new pressures. Almaty has expanded rapidly, traffic has increased, and more of the city has been covered with asphalt. Leaves, garbage, and household debris continue to accumulate in aryks. As a result, a system that once quietly carried water through the city is now also expected to help manage urban flooding. [caption id="attachment_49362" align="aligncenter" width="1200"] From a personal photo archive[/caption] Where residents once monitored aryks through daily observation, modern Almaty faces a more complex problem: heavier traffic, denser construction, more paved surfaces, and faster information flows. Alniyazov’s project attempts to bring one of the city’s oldest water systems into the digital age. That is the idea behind ARYK.AI. The system combines AI, water-level sensors, a Telegram bot, an online monitoring map, and routing technology for municipal services. The concept is straightforward. If water levels in an aryk rise sharply, or if trash, silt, leaves, or fallen branches begin to accumulate, the system is intended to issue an early warning before the problem turns into flooding on city streets. The project has two main components. The first is citizen reporting. Residents and visitors to Almaty can use a Telegram bot based on a “single-window” principle to report flooding, blockages, and other problems. Users can attach photos, videos, and geolocation data. AI then processes the information, identifies the nature of the problem, and assesses how urgently municipal services need to respond. The second component relies on sensor data. Water-level sensors installed above aryks can transmit real-time information to the digital platform. If the water rises to a critical level, the system records an alert and sends it to the monitoring program. This is where the system’s more advanced functionality begins. The AI does not simply collect complaints and sensor readings for later...

Water Management

Uzbekistan Joins World Bank’s “Water Forward,” Aiming to Reach 1 Billion People by 2030

The World Bank Group has launched a new global platform aimed at improving water security, as Uzbekistan continues to expand cooperation with international financial institutions on infrastructure development. In a statement released on April 15, the World Bank announced the launch of “Water Forward,” an initiative developed in partnership with multilateral development banks and other institutions. The platform aims to improve access to reliable water services for 1 billion people by 2030 by aligning policy reforms, financing, and international partnerships. For Uzbekistan, where water management remains closely tied to agriculture and regional climate conditions, such initiatives come as the country continues to modernize its infrastructure and attract international financing. Earlier, on March 23, the World Bank’s Board of Executive Directors approved a $200 million project to upgrade transport infrastructure in Uzbekistan’s Surkhandarya region. According to the bank, the project is intended to improve connectivity, support economic activity, and enhance access to services in the southern part of the country. “Water is foundational to how economies function. When water systems work, farmers produce, businesses operate, and cities attract investment,” World Bank Group President Ajay Banga said. “Our task now is to align reform, financing, and partnerships to deliver reliable water services at scale.” According to the World Bank, around 4 billion people globally experience water scarcity, despite water supporting health systems, agriculture, energy production, and an estimated 1.7 billion jobs. Weak regulations, unclear policies, and underfunded utilities have slowed investment in many countries, particularly in developing economies. The new platform will focus on country-led “water compacts,” under which governments set priorities for reforms, strengthen institutions, and outline investment strategies for the sector. Fourteen countries have already announced such compacts, while additional agreements are expected. The initiative also brings together a wide range of financial institutions, including the Asian Development Bank, the European Bank for Reconstruction and Development, and the Islamic Development Bank, to coordinate funding and technical expertise. The World Bank said it aims to help deliver water security to 400 million people directly, with partner contributions expected to raise the total to over 1 billion.

Water Management

Uzbekistan Allocates $49 Million to Prevent Water Shortages and Upgrade Canals

Uzbekistan will allocate 600 billion UZS (about $49 million) this year to improve water management and reduce the risk of shortages, according to a presidential decision issued on March 5. The funding will support additional measures aimed at using water resources more efficiently and preparing for potential water scarcity during the irrigation season. Under the plan, most of the funds will be directed toward modernizing irrigation infrastructure. The government intends to reconstruct and concrete 389 kilometers of irrigation canals that currently experience high levels of water loss. Officials say these improvements could help save an average of 206 million cubic meters of water and 26 million kilowatt-hours of electricity each year. The work is also expected to improve water supply for about 158,400 hectares of irrigated farmland across the country. According to the decision, 480 billion UZS (about $39.5 million) will be allocated specifically for concreting canals and irrigation networks, while the remaining 120 billion UZS (about $9.8 million) will fund other measures aimed at preventing water shortages and improving water management. The initiative will be implemented by the Ministry of Water Resources in cooperation with regional authorities, including the government of the Republic of Karakalpakstan and provincial administrations. The ministry, together with the Ministry of Economy and Finance, has been instructed to prepare a detailed list of priority canal reconstruction projects within one week and submit it to the Cabinet of Ministers for approval. Officials said the irrigation repairs will follow a “one canal - one system” principle, meaning priority will be given to irrigation networks connected to canals that have already been partially modernized or are currently undergoing reconstruction. The funds will be allocated from additional state budget revenues generated during the first quarter of 2026. Water management has become an increasing priority for Uzbekistan as the country seeks to modernize aging infrastructure and address growing pressure on water resources in agriculture. The Times of Central Asia previously reported that the government is also working on a long-term strategy to expand access to clean drinking water nationwide, with a goal of providing 85% of the population with reliable drinking water services by 2030, according to proposals developed by the Agency for Strategic Reforms.