Air Pollution - The Times Of Central Asia

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Traffic regulations

Kazakhstan May Introduce Traffic Restrictions Based on Beijing Model

Kazakhstan’s Ministry of Ecology and Natural Resources has proposed that city authorities draw on Beijing’s experience in restricting private vehicle traffic on days with unfavorable weather conditions as part of efforts to combat air pollution. Beijing has operated an “even-odd” traffic system since 2011, under which vehicles with even-numbered license plates may drive on even dates, and those with odd-numbered plates on odd dates. While the measure in the Chinese capital was initially introduced to reduce traffic congestion, in Kazakhstan, it is being considered primarily as a tool to improve air quality. After reviewing Beijing’s practice, the ministry has instructed local authorities and regional environmental departments to prepare air protection plans for 2026-2028, including the possible introduction of similar restrictions. The ministry cited data from Kazhydromet indicating that by the end of 2025, eleven cities in Kazakhstan are expected to record persistently high levels of air pollution. The most affected cities remain Almaty, Ust-Kamenogorsk, Karaganda, Temirtau, and Aktobe. Despite the modernization of major industrial facilities and the adoption of best available technologies, a significant share of emissions originates from smaller sources, including motor vehicles, private households, and small businesses. In Almaty, approximately 60% of emissions are attributed to transport, while a further 12% comes from private homes and small boiler houses. A similar pattern is observed in Ust-Kamenogorsk. In response, the Ministry of Ecology has proposed that city authorities not only consider temporary traffic restrictions during periods of unfavorable weather but also accelerate the transition of public transport and taxis to electric and gas-powered vehicles, establish green belts around industrial zones, subsidize the gasification of private homes, promote connections to centralized heating systems, and ban the use of solid fuels in catering establishments and small boiler houses. The Times of Central Asia previously reported that the most severe smog and adverse weather conditions have recently been recorded in Ust-Kamenogorsk.

Air Pollution

Choking on Smog: Air Crisis in Öskemen Deepens

Heavy smog and sustained NMU-II adverse meteorological conditions reported by Kazhydromet continue to affect the city of Öskemen (Ust-Kamenogorsk) in eastern Kazakhstan, after authorities moved all students in grades 0–11 to remote learning on February 2. The decision followed several days of windless weather and a temperature inversion that trapped pollutants close to the ground. According to Kazhydromet forecasts, unfavorable meteorological conditions are likely to remain in place, limiting dispersion. Air quality monitoring platforms show persistent spikes in fine particulate matter, raising renewed health concerns among residents. Data from IQAir indicates that PM2.5 concentrations in Öskemen have at times reached levels classified as “hazardous,” significantly exceeding World Health Organization guidelines. Live readings continue to fluctuate depending on wind and temperature shifts, but pollution levels remain elevated compared to recommended norms. Local authorities say the health of students remains the priority. The regional Department of Education confirmed that distance learning was introduced as a precautionary measure during the NMU-II period. Environmental specialists have advised residents to reduce outdoor activity, particularly children, the elderly, and those with respiratory conditions. What’s Behind the Smog? Specialists attribute the pollution to a combination of meteorological and structural factors. A temperature inversion has created what meteorologists describe as a “thermal cap,” with warmer air overlaying colder surface air, preventing pollutants from dispersing. The absence of sustained wind has compounded the buildup. Öskemen is also one of Kazakhstan’s most industrialized cities, home to major metallurgical enterprises, a coal-fired thermal power plant, and titanium-magnesium production facilities. Vehicle emissions and winter heating from coal and firewood in private homes add to the concentration of fine particulate matter. The city’s geography further complicates the situation. Surrounded by mountainous terrain, Öskemen experiences restricted air circulation during stagnant winter conditions, allowing pollution to accumulate. Monitoring and Mitigation The East Kazakhstan Department of Ecology reported that an interagency task force, including Kazhydromet meteorologists and sanitary inspectors, conducted mobile laboratory monitoring during the peak of the episode. Authorities said industrial facilities reduced output under NMU protocols and that transport and municipal services were instructed to limit emissions. Officials stated that monitored pollutants, including carbon monoxide, nitrogen oxides, sulfur compounds, chlorides, and suspended particles, were measured daily. While authorities described overall average indicators as remaining within permissible limits, independent monitoring services recorded significantly higher short-term PM2.5 spikes. Public Reaction Residents have expressed frustration online, posting photos and videos showing the city enveloped in haze. In comments responding to official statements, users described sore throats, headaches, and difficulty breathing. One resident wrote: “It’s impossible to breathe in the city. This isn’t exaggeration, it’s reality. You, your children, your loved ones are breathing this air.” Others questioned the official assessment, asking why schools were closed if pollution posed no threat to public health. What Comes Next? Kazhydromet forecasts suggest that wind and snowfall could help disperse accumulated pollutants in the coming days. However, recurring winter smog episodes have reignited debate over industrial emissions, household coal use, and long-term urban air quality policy. In early February, regional Maslikhat...

Air Pollution

Bishkek’s Air Pollution Crisis Comes Under Parliamentary Scrutiny

On February 2, Kyrgyzstan’s parliamentary committee on ecology and environmental protection convened to hear reports from senior officials on the worsening air pollution and winter smog in the capital. Air pollution remains a chronic challenge in Bishkek, a city of over one million residents. Conditions worsen sharply in winter, when widespread coal burning for heating and emissions from an aging vehicle fleet accumulate in the city’s basin-like topography. Bishkek consistently ranks among the world’s 10 most polluted cities on IQAir’s global air quality index. In January 2026 alone, the city appeared in the top five on at least eight separate days. Minister of Natural Resources, Ecology, and Technical Supervision Meder Mashiev told lawmakers that the primary sources of pollution are household coal burning (40%), vehicle emissions (30%), the city’s coal-fired thermal power plant (15%), wind-blown dust (13.5%), and industrial activity (1.5%). Mashiev underscored that vehicle emissions are a particularly significant contributor to the city’s smog. According to Mashiev, Kyrgyzstan has more than 1.9 million vehicles, a 13% increase compared to 2024. Of these, 972,000 run on gasoline, 339,000 on diesel, 56,900 on gas, and 37,000 are hybrids. Electric vehicles make up just 0.8% of the total, numbering around 15,200. An estimated 600,000-700,000 vehicles, more than 30% of the national total, are located in Bishkek. More than half are over 15 years old, contributing significantly to harmful emissions. Jarkynbek Kasymbekov, Director of the National Institute of Public Health, outlined the health implications. He reported a 2.5-fold increase in allergic rhinitis cases nationwide, particularly among young people, a trend he linked directly to poor air quality. While long-term studies are lacking, the rise in respiratory illnesses is well documented. Mashiev highlighted several measures taken in 2025 to address the crisis. Fifty-four residential areas in Bishkek were connected to natural gas, enabling more than 51,000 households to switch from coal heating. This transition is estimated to have reduced coal consumption in the capital by 100,000 tons. He also reported the long-awaited extinguishing of Bishkek’s decades-old smoldering landfill. A new waste-to-energy facility has been launched at the site, now generating electricity by incinerating solid waste. Additional efforts are underway to modernize urban transport and expand green spaces. “Work is currently underway to transition to environmentally friendly transport. A total of 1,447 gas-powered eco-buses and 120 electric buses now operate in Bishkek. There are already more than 100 electric charging stations in the city, and over 2,000 applications for new stations are under review,” Mashiev said. Bishkek Mayor Aibek Junushaliev added that 18,000 trees were planted in the capital last year, with plans to plant another 50,000 in 2026. Parliamentary committee chairman Bakyt Tentishev raised concerns about vehicles operating without catalytic converters. Kyrgyzstan is preparing to tighten environmental regulations on motor vehicles. A draft law currently under public discussion would mandate the presence and functionality of catalytic converters in vehicles originally manufactured with them. The absence of these devices significantly increases toxic emissions and fuel consumption, posing direct risks to public health.

Air Pollution

Tashkent Choked by Smog: What 2025 Revealed and How Residents Are Responding

The year 2025 proved especially challenging for air quality in Uzbekistan’s capital, with Tashkent repeatedly ranking among the world’s most polluted cities during peak smog episodes. At times, short-term air quality readings placed it alongside major Asian megacities during severe pollution spikes. These rankings were more than just statistics. Thick smog became a daily reality for residents, disrupting everyday life and intensifying concerns over public health and long-term environmental sustainability. Coal, Cars, and Construction: What’s Fueling the Smog Officials from Uzbekistan’s Ministry of Ecology and independent environmental researchers say Tashkent’s air pollution is primarily caused by human activity. The heaviest blow came from municipal furnaces and boiler houses. Amid ongoing natural gas shortages, many public facilities, including schools, kindergartens, and hospitals, were converted to coal or fuel oil, resulting in a surge of emissions. Uzbekistan’s coal consumption jumped from 3.9 million tons in 2019 to 6.7 million tons in 2023. Emissions from these sources accumulate in the lower atmosphere during the cold season, exacerbating pollution. Vehicle emissions are another major contributor. Tashkent has approximately 193 vehicles per 1,000 residents, roughly double the national average. Many cars run on low-octane AI-80 gasoline, which contains high levels of harmful impurities. While coal use has surged, vehicle emissions remain a serious issue. In 2019, motor transport accounted for the majority of urban air emissions in several districts of the city. Adding to the problem are industrial plants on the city’s outskirts, frequent dust storms during dry seasons, and unregulated urban development. High-rise construction has created wind barriers that disrupt air circulation, while green spaces, Tashkent’s natural air filters, have steadily disappeared. Despite an official moratorium on tree cutting, official and environmental group estimates indicate that around 49,000 trees have been felled since 2019, often by developers who face only minimal penalties. According to Uzbekistan’s Ministry of Ecology, PM2.5 concentrations in Tashkent routinely exceed World Health Organization guidelines. During peak smog episodes in early February 2024, pollutant levels were recorded at up to 22 times the WHO’s recommended annual limits. These fine particles penetrate deep into the lungs, triggering allergies, inflammation, and cardiovascular issues. A 2019 World Bank report cited air pollution as the cause of 89 deaths per 100,000 people in Uzbekistan, the highest rate in Central Asia. Winter smog episodes have intensified since then. Living Under a Haze: Residents Speak Out For many Tashkent residents, smog has become part of everyday life. People commonly report throat and eye irritation, a constant dusty haze, and difficulty breathing. “It’s dusty and hard to breathe, you feel it all the time,” said Victoria Son, 18, a student at Bucheon University. Karina Sagidullina, 19, a videographer and programmer with severe dust allergies, said the polluted air significantly affects her health. “My nose often gets blocked, I sneeze a lot. I have to do wet cleaning at home every day,” she said. Some residents, however, say they are less affected. “So far, I don’t really feel the air pollution. I breathe normally and don’t wear a mask,”...

Environment

Kyrgyzstan Moves to Tighten Vehicle Emissions Rules as Air Pollution Worsens

Kyrgyzstan is preparing to tighten environmental regulations on motor vehicles as part of a broader effort to combat rising air pollution in its major cities. A draft bill currently under public discussion proposes mandatory requirements for the presence and proper functioning of catalytic converters in vehicles originally manufactured with them. The initiative targets one of the most persistent sources of urban air pollution: an aging vehicle fleet in which catalytic converters are frequently removed. The absence of these devices significantly increases toxic emissions and fuel consumption, with direct consequences for public health. Under the proposed amendments, vehicles that do not meet environmental standards could be prohibited from operating. Driving a vehicle without a functioning catalytic converter would result in fines of approximately $114 for private individuals and about $400 for legal entities. According to the bill’s explanatory note, the measures aim primarily to reduce pollution in urban centers such as Bishkek and Osh. Lawmakers emphasize that the widespread removal of catalytic converters contributes to both higher emissions and increased fuel use. Data from the Ministry of Natural Resources, Ecology, and Technical Supervision show that motor vehicles, particularly older models lacking emissions control systems, account for roughly 30% of air pollution in Bishkek. Vehicle numbers in the capital have surged in recent years. Bishkek now has more than 600,000 registered vehicles, nearly double the estimated road infrastructure capacity of 350,000. Over 300,000 of these vehicles are more than 15 years old, making them a major contributor to harmful emissions. Air quality in the city of more than one million residents remains a persistent concern, especially in winter, when coal-burning for residential heating, responsible for an estimated 40% of pollution, intensifies. Seasonal spikes frequently push Bishkek into the global rankings of the most polluted cities. The draft legislation could also pave the way for a regulated system to dispose of non-functioning catalytic converters, which contain valuable materials such as platinum group metals, rhodium, and cerium. The presence of these metals has fueled a gray market, with online advertisements and repair shops offering to remove converters for resale. Lawmakers argue that formal regulation would help curb theft and establish a legal recycling sector. In September 2025, the Cabinet of Ministers imposed a six-month ban on the export of catalytic converters and other waste containing precious metals, in an effort to limit illegal outflows and stabilize domestic oversight. The bill’s authors describe catalytic converter enforcement as a concrete step toward meeting Kyrgyzstan’s commitments under the Paris Agreement and reducing transport-sector greenhouse gas emissions. However, the effectiveness of the new rules will depend on enforcement capacity. With a significant portion of the current fleet already non-compliant, and the average vehicle age remaining high, implementation may face resistance unless supported by effective inspection systems and realistic compliance pathways. Kyrgyzstan’s proposed emissions crackdown signals a shift toward more enforceable environmental policy. If properly implemented, the measures could meaningfully reduce air pollution and curtail illicit trade in precious metals. Their success, however, will hinge on the state’s ability...

Electric Vehicles

China’s Expanding Electric Bus Footprint in Central Asia

In recent years, there has been a visible increase in electric vehicle exports from China to Central Asia. Although much public attention goes to electric cars, the spread of Chinese electric buses across the region is equally meaningful. Kyrgyzstan provides a clear example of this trend, where manufacturers such as Yutong and Anhui Ankai Automobile have become important actors in the country’s effort to modernize its public transport system. Through the Asian Development Bank-funded Urban Transport Electrification Project, Kyrgyzstan purchased 120 battery electric buses from Anhui Ankai Automobile. A complementary initiative by the European Bank for Reconstruction and Development under its Green City program is supporting the delivery of 95 new 12-meter Yutong buses. The first batch of 20 Yutong vehicles reached the country in November 2025, marking a practical step forward in Kyrgyzstan’s shift toward cleaner transportation. Mutual Benefits and Strategic Alignment Cooperation in the electric bus sector offers advantages for China and Kyrgyzstan in different but interconnected ways. For Chinese companies, emerging markets such as Kyrgyzstan present new commercial openings at a time when access to some advanced markets faces stricter regulatory conditions. Exporting electric buses to Central Asia allows Chinese manufacturers to diversify revenue streams while strengthening their global presence. The growing visibility of Chinese green technologies also fits within the broader vision of the Green Silk Road, which aims to reinforce an image of China as a partner in sustainable development. China’s involvement in Kyrgyzstan’s electric mobility market broadens the scope of bilateral engagement. Previous cooperation often focused on large infrastructure and energy projects. The addition of electric mobility creates a more diversified framework that touches directly on urban life and community-level benefits. Opportunities for Kyrgyzstan’s Green Transition Kyrgyzstan stands to gain significantly from the expansion of electric public transport, especially with the support of multilateral development banks. Access to affordable and modern electric buses enables cities to renew outdated fleets and reduce their reliance on conventional diesel-powered vehicles. Environmental and public health benefits are among the most important outcomes. The transportation sector accounts for an estimated 28% of Kyrgyzstan’s national greenhouse gas emissions, making a transition to cleaner mobility essential for meeting sustainability goals. Electric buses can reduce air pollution in densely populated areas and improve overall urban health. Kyrgyzstan’s electricity mix relies heavily on domestically generated renewable energy, particularly hydropower. This makes the shift to electric mobility even more beneficial. When electric buses are powered by renewable sources, the overall carbon footprint of the fleet is significantly lower. Reduced dependence on imported fossil fuels further strengthens national energy security. A Gradual but Meaningful Transformation The growing presence of Chinese electric buses in Kyrgyzstan reflects a broader regional transformation. Public transport electrification is becoming an important element of Central Asia’s green development path. While challenges remain in finance, maintenance, and charging infrastructure, the overall direction is clear. Partnerships that bring together Chinese manufacturers, multilateral development institutions, and Central Asian governments are creating new opportunities for sustainable mobility. For Kyrgyzstan, these developments support cleaner cities and...