Access to Clean Water - The Times Of Central Asia

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Uzbekistan Wants To Produce Drinking Water From the Air

Uzbekistan has tested an innovative unit for extracting moisture from the atmosphere to create drinking water. Sergei Dorzhiev, head of the Russian company Aquagenica which developed the technology, states that it was previously utilized in Russia and African countries, but more difficult climatic conditions were required for the final test of the equipment, which is why the Kyzylkum desert was chosen. The plant, which was launched in the Navoi Free Economic Zone (FEZ) in July, has now completed its tests, and according to FEZ director Habib Abdullayev, the equipment can produce up to 1,000 liters of clean water daily. “The machine works in extreme conditions of hot-dry climate with water content from 4 g/m3 and higher in atmospheric air and in the temperature range from 10-70 degrees Celsius. At the same time, foreign analogs extract water from the air at a humidity of 8-10 g/m3 of air and above in the temperature range of 20-40 degrees Celsius. We expect our installation will help solve problems with access to good quality drinking water,” said Dorzhiev. The unusual installation is expected to begin serial production in 2025. More than 30 African and Asian countries have already expressed interest in producing equipment for extracting water from the air. In various countries, atmospheric moisture extraction technologies are becoming an important solution to freshwater scarcity. One of the most promising approaches is using atmospheric water generators (AWGs), capable of producing potable water from moisture in the air. In the United States, such plants have been successfully used to help provide clean water to communities. Similar technologies have also been implemented in the United Arab Emirates.

ABD water saving EDB Drinking Water Access to Clean Water Finance Politics Water Management Water Conservation

Ecological Limit: Five Year Countdown to Water Scarcity in Central Asia

Combating climate change requires collective action by all or a sufficient majority of the world's players supporting global initiatives. Otherwise, it may soon be too late to take any action. To address the issue, the Eurasian Development Bank, the CAREC Think Tank, and the Asian Development Bank organized a two-day forum entitled “The Climate Challenge: Thinking Beyond Borders for Collective Action,” in Almaty, Kazakhstan. Focusing on means of achieving genuine regional cooperation on Asian climate action, the eighth CAREC Think Tank Development Forum was attended by policymakers, experts, and opinion leaders from more than 30 countries. The extensive two-day dialog, consisting of eight sessions, opened with a discussion on the effectiveness of current global initiatives related to climate change: the Paris Agreement, the Global Environment Facility, and the Green Climate Fund. Attention then turned to deepening cooperation among as many stakeholders as possible through multilateral platforms such as the UN Framework Convention on Climate Change. Asia's role in the global fight against climate change, and the difficult balancing act between economic growth and decarbonization efforts were discussed at length. Simply put, the rapid growth of the Asian economy is inevitably accompanied by an increasing consumption of energy, the generation of which leads to increased emissions and pollution. Climate damage due to human impact can be halted and even reversed. However, because this can only be achieved with technological intervention, it poses problems for developing economies unable to afford advanced technologies. Hence, establishing a framework and mechanisms for global technology transfer were key to discussions. Water and finance were also high on the agenda and the subject of a paper presented by Arman Ahunbaev, Head of the Center for Infrastructure and Industrial Research of the Eurasian Development Bank on “Ways to close the investment gap in the drinking water supply and wastewater sector in Central Asia." Ahunbaev reported that 10 million people, or 14% of the population in Central Asia, do not have access to safe drinking water and warned that without intervention, the situation would reach the point of no return in the coming years. To prevent this from happening, he stressed the urgent need for solutions to four problems. The first problem is a twofold increase in the volume of water intake for municipal and domestic needs, based on past figures which showed a growth from 4.2 cubic kilometers in 1994 to 8.6 cubic kilometers in 2020. The second problem is the severe deterioration of water supply infrastructure and treatment equipment, and the third, technological and commercial water losses in distribution networks. The fourth problem is related to the demographic boom and, consequently, the rapid urbanization of Central Asia's population. Cities are expanding and their infrastructure needs to develop accordingly. According to experts, in 2023, urbanization in Central Asian countries will reach 49%, and by 2050, 61%. By 2030, the urban population will exceed that in rural areas. Ahunbaev noted the need for improvement in financing the water supply and sanitation sector in Central Asia since according to rough...

Think tanks International event Climate Change Adaptation Strategy Access to Clean Water Environmental Awareness Central Asia

CAREC Think Tank Development Forum to Focus on Climate Solutions

The 8th CAREC Think Tank Development Forum (CTTDF) will be held on August 27 and 28 in Almaty. Themed “The Climate Challenge: Thinking Beyond Borders for Collective Action,” the forum aims to address regional climate challenges by fostering collaborations for policy recommendations and joint research. The CAREC Institute, the Eurasian Development Bank, the Asian Development Bank, and other partners will organize the forum, which will bring together policymakers, experts, and leaders from across Asia to advance regional cooperation on climate action. Headquartered in Urumqi in China’s Xinjiang, the CAREC Institute is an intergovernmental organization contributing to the Central Asia Regional Economic Cooperation (CAREC) Program through knowledge generation and capacity building. The Institute is jointly shared and governed by the CAREC's eleven member countries: Afghanistan, Azerbaijan, China, Georgia, Kazakhstan, Kyrgyzstan, Mongolia, Pakistan, Tajikistan, Turkmenistan, and Uzbekistan. The forum participants will engage in meaningful policy discourse to identify solutions for a climate-resilient region, explore joint research opportunities, and facilitate innovative climate studies beyond mainstream agendas. Representatives from international organizations, high-level government officials, esteemed university scholars, and experts from leading think tanks will be key speakers. The Director of the CAREC Institute and the Vice President of the Asian Development Bank will address the opening ceremony. The forum will include a research presentation by Arman Akhunbaev, Eurasian Development Bank’s head of the Center for Infrastructure and Industrial Research, with insights into the financial solutions to close the investment gap in Central Asia's drinking water and sanitation infrastructure. The forum will also feature presentations, panel discussions, case studies, and interactive sessions designed to foster dialogue and develop actionable strategies for climate resilience in the CAREC region.

Access to Clean Water Water Management UAE Wastewater treatment water saving

Uzbekistan and UAE to Build Modern Wastewater Facility

The United Arab Emirates company “Sustainable Water Solutions” (SWS) is to cooperate with Uzbekistan on the construction of a modern wastewater facility in Tashkent. The project includes building a facility with a daily capacity of 1.0 million cubic meters of water and a 42-kilometer wastewater collector in the territory of the Surum mahalla, an administrative centre in Tashkent's Lower Chirchik district. Regarding the scheme, Ahmed Al-Shamsi, head of the SWS company announced: “Our next initiative will prevent water wastage in Uzbekistan. The capacity of the joint facility will be 1,000,000 cubic meters per day at the first stage and 1.5 million cubic meters later. The estimated project cost is one billion dollars." According to reports, the quality of wastewater service provided to 1.5 million people will increase, and more than 500,000 residents and over a hundred enterprises and organizations will be provided with centralized wastewater service. The construction of a 42-kilometer collector allows efficient collection and transportation of wastewater for further treatment. SCADA, a data management and collection system, and GIS,a geographic information system, will be introduced, ensuring effective monitoring and management of cleaning and transportation processes. As a result of this large-scale project, 10 million kilowatts of electricity will be saved, and the sanitary-epidemiological and ecological situation in the Sergeli, Bektemir, and Yangi Hayot districts of Tashkent city will be improved.

Investment Water Management Access to Clean Water EDB

Central Asia Needs $12 Billion to Secure Drinking Water

According to the new research paper “Drinking Water Supply and Sanitation in Central Asia” released by the Eurasian Development Bank (EDB), almost 10 million people, or 14% of the population, have poor access to safe drinking water in Central Asia. Water withdrawals for drinking and domestic use increased twofold to reach 8.6 km3 between 1994 and 2020. Investment in its supply infrastructure, however, failed to match growth in consumption. It is estimated that as much as 80% of the region’s water and sanitation equipment is no longer fit for purpose. In addition, physical and commercial water losses in distribution networks can be as high as 55%. The EDB research paper highlights a clear lack of financial support for plans adopted by Central Asia to develop the sector, and forecasts a deficit of over $12 billion, or around $2 billion per year, between 2025-30. The largest shortfall is expected in Uzbekistan, estimated at $826 million per year, or almost $5 billion between 2025–30. A large shortfall is also projected for Kazakhstan at $700 million per year, or $4.2 billion from 2025–30. In Tajikistan, the shortfall will also be significant, given the size of the country’s economy, reaching $209 million per year, or more than $1.2 billion from 2025–30. To address the issue, the EDB paper outlines three solutions that could help Central Asian countries raise the required investment capital. First, the funding gap can be reduced by attracting finance from international financial institutions (IFIs), multilateral development banks, and development agencies. The water and sanitation sector in Central Asia currently accounts for only 6% of total IFI-approved sovereign funding provided to the region CA, with 147 projects valued at $4 billion (out of a total of $67.5 billion) completed from 2008–2023. Concerted efforts are required to improve the appeal of investment in the sector to attract more active involvement by IFIs. With the emergence of a new, favourable institutional environment and the arrival of private players, the potential of the corporate investment becomes significant. Secondly, to attract the much-needed finance from private investors and major players, the CA water and sanitation sector must not only modify the ownership and governance structure, but also create conditions conducive to the effective development of market relations. Regarding the above, Evgeny Vinokurov, EDB Chief Economist, stated, “The strengthening of public-private partnership institutions can be of great help. With PPPs active in the water sector, state and private structures will be able to cooperate in a more productive fashion. Expansion of the water sector services market will boost competitiveness and improve the operating efficiency of individual companies. The presence of strong PPP institutions is likely to encourage private operators to join water sector projects. The advent of private players will help the CA countries to attract investments and gain access to innovations, technologies, and experience required to modernise the sector.” Thirdly, improving the tariff system is becoming increasingly compelling. Water tariffs in the region are extremely low and could therefore be raised to improve the financial sustainability...

Agriculture Economy water-saving technology Social Water crisis Access to Clean Water

Water Shortages in Kyrgyzstan’s Cities Despite Full Reservoirs

Due to a shortage, Kyrgyz authorities have banned the use of drinking water to irrigate cities' gardens and orchards. Implemented in Bishkek and Osh, the ban which operates during daytime hours, is set to run until the end of the summer. In a report to TCA, Erlan Timurov, chief public relations specialist for Bishkekgorvodokanal, the company in charge of drinking water in Bishkek, stated: "Every year, Bishkekvodokanal produces about 145 million cubic meters of drinking water, around 48m cubic meters of which are lost as a result of illegal connections to our networks and leaks caused by worn-out infrastructure" The situation is similar in southern Kyrgyzstan and in Osh, utility companies in the course of monitoring levels, regularly identify and cut off water supplies to those illegally connected to the system. "The average daily consumption of drinking water in residential areas increases fivefold in summer," explained Timurov. "Most of this increase is spent on watering vegetable gardens and filling swimming pools. As a result, some residents experience water shortages." Ironically, the water deficit is developing against a backdrop of overflowing local reservoirs caused partly by abnormal weather melting mountain glaciers. Under the circumstances, the Tien Shan High Mountain Research Centre at the Institute of Water Problems and Hydropower in Kyrgyzstan blames cities' water shortages on irrational use. "In the 1980s , collective and state farms universally introduced the so-called sprinkler system. Back then, 500 to 1,000 cubic meters of water were required to irrigate one hectare. Today, that has risen to 2 to 3 thousand cubic meters. The problem is that we have lost many technologies and do not know how to use water effectively," claimed the scientific center. Drip irrigation used worldwide, is now being introduced in Kyrgyzstan. However, because it's expensive, the percentage of Kyrgyz farmers using this type of irrigation is extremely small and the majority continue their habit of using drinking water in their fields, gardens, and orchards using outdated irrigation systems .