Waste Management - The Times Of Central Asia

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Waste Management

Kazakhstan Waste-to-Energy Plants to Undergo Major Expansion

Kazakhstan is preparing a major expansion of waste-to-energy plants backed by Chinese investors, potentially giving waste incineration a central role in a system that still sends most municipal refuse to landfill. Astana plans to complete negotiations with China Tianying Inc. and submit an investment agreement for approval within two weeks. The proposed agreement would cover waste-treatment plants in at least three major cities, although the government has not disclosed their locations, cost, or construction timetable. The plans could add at least three facilities to Chinese-backed waste-to-energy plants already under construction in Almaty, Astana, and Shymkent. Together, the existing projects are designed to process 4,500 metric tons of municipal waste per day and generate 134 megawatts of electricity. If operated year-round at their stated capacity, they would handle around 1.64 million tons annually — equivalent to roughly one-third of the municipal waste Kazakhstan currently produces. The expansion follows years of limited progress in Kazakhstan’s waste sector. The country generates between 4.2 million and 4.8 million tons of municipal solid waste annually, while much of the material recorded as sorted or recycled ultimately ends up in landfill. In 2024, only 49,200 tons were processed into secondary raw materials, equivalent to around 1.1% of all municipal waste generated. Kazakhstan also has around 3,000 landfill sites, only about 20% of which meet environmental standards, according to the Ministry of Ecology. More than 1,000 illegal dumps were identified in 2024. The government is attempting to make waste-to-energy projects attractive to investors through investment agreements and a state-set electricity tariff of up to KZT55 ($0.12) per kilowatt-hour. The tariff provides operators with a revenue stream from the electricity produced by burning municipal waste, helping compensate for the weak economics of the wider waste-processing sector. Kazakhstan announced the plans after Prime Minister Olzhas Bektenov met Cao Debiao, party secretary and president of China Tianying on July 16, 2026. The two discussed both large plants and smaller facilities capable of processing between 250 and 500 tons of waste per day, which could serve regional cities without enough waste to support the major complexes planned for Kazakhstan’s largest urban centers. According to the government, China Tianying has worked in waste treatment and new energy for more than 20 years and operates in more than 30 countries. Cao said the company handles around 4,000 tons of municipal waste per day through its existing facilities and plans to increase this capacity to 7,000 tons. Three Chinese-backed projects worth a combined KZT293.3 billion, or approximately $622 million, are already under construction. In Almaty, Junxin Environmental Protection is building a KZT145.5 billion ($308 million) facility designed to process 2,000 tons of municipal waste per day and generate 60 megawatts of electricity. In Astana, EAST HOPE is developing a plant capable of processing at least 1,500 tons daily and producing 50 megawatts. The project is valued at KZT94.4 billion, approximately $200 million. Shaanxi Construction Engineering Kazakhstan is building a smaller plant in Shymkent with daily capacity of 1,000 tons and generating capacity of 24...

Plastic Recycling

From Waste to Design: How UpKel Is Rethinking Plastic Recycling in Kyrgyzstan

In Kyrgyzstan, much of the country’s plastic waste remains unsorted and ends up in landfills, while recycling infrastructure is limited. A growing number of local initiatives are treating discarded plastic as a usable material. One of them is UpKel, a circular design project that turns plastic waste into custom accessories and home decor. The Times of Central Asia spoke with UpKel founder Chinara Sultanalieva about plastic recycling in Kyrgyzstan and how design and local production can support a circular economy. She also discussed the obstacles holding back the sector. TCA: Tell us a bit about UpKel. How did the project start, and when did you realize you wanted to work in plastic recycling? Chinara: For almost 10 years, I worked in the corporate sector. I liked my job. I analyzed complex financial, management, and economic data and presented it to lenders, investors, and local communities. I also prepared sustainability reports, which let me see how the value created by a business could be distributed in the interests of employees and affected communities. Still, I always wanted to do something more meaningful. In 2019, I was selected to take part in the Community Solutions Program in the U.S. and spent four months at an environmental NGO in Seattle, Washington. I was struck by how much importance is placed there on environmental protection and public health, and by how local organizations support environmental initiatives and, importantly, keep people informed about upcoming changes in legislation. I was also impressed by the waste management system in the U.S. For example, Washington state alone had more than 80 organic waste recycling facilities. In one nearby city, compost was made from sludge produced by the wastewater treatment system, and the local zoo composted animal manure. I was especially interested in composting toilet systems, which I later introduced in Kyrgyzstan. At the same time, I understood that working directly with organic waste would be difficult and would likely face resistance from society. So I decided to start with plastic waste recycling. Plastic is visible, easier to measure, and recycling markets for it already exist, unlike for organics or mixed materials. Also, with this material, even a small-scale production operation can create a local circular economy without needing heavy industrial infrastructure. TCA: Why did you choose plastic specifically, and how did the UpKel model take shape? Chinara: Plastic waste remains a major part of environmental pollution. It is highly visible and can take hundreds of years to break down, possibly even longer than current estimates suggest. I was already familiar with the international Precious Plastic movement and had visited Rocket Plastic in Almaty, which operates on that model. So after returning to Kyrgyzstan, I founded the public foundation EcoFem to promote responsible resource use and gender equality. With support from a U.S. Embassy grant, I launched the country’s first workshop producing items from recycled plastic based on the Precious Plastic model. The workshop was set up to process four types of plastic waste. There are seven plastic categories...

Global Plastic Pollution Treaty

Kazakhstan Participates in Negotiations on Global Treaty to Combat Plastic Pollution

Kazakhstan set out its approach to a planned global treaty on plastic pollution at informal talks held from June 30 to July 3 at the United Nations Office in Nairobi, Kenya. Deputy Minister of Ecology and Natural Resources Zhomart Aliyev led Kazakhstan’s participation in the meeting of heads of delegation to the Intergovernmental Negotiating Committee, which is developing a legally binding international agreement to combat plastic pollution. Kazakhstan's delegation presented the country’s national approaches to the key elements of the future treaty and took an active part in discussions on possible ways of bridging differences among participating states. The Nairobi discussions will result in a reference document summarizing the proposals and positions of participating countries. The document will serve as the basis for further informal consultations scheduled for September 2026 and preparations for the resumed fifth session of the Intergovernmental Negotiating Committee, tentatively planned for March 2027. “Kazakhstan will continue to play an active role in the negotiation process, advocating the development of an effective and balanced international agreement to combat plastic pollution,” the Ministry of Ecology and Natural Resources said. The ministry also highlighted the successful development of the EcoQolday information system, which was launched in 2024 to digitalize waste collection and recycling processes, including plastic waste. According to the ministry, the volume of waste processed through the system has increased steadily. In 2024, 11,070 metric tons of waste were sent for recycling through EcoQolday. That figure rose to 49,340 tons in 2025, while during the first half of 2026 alone it reached 70,630 tons, reflecting both the system’s growing effectiveness and increasing business participation. Since the platform became operational in August 2024, a total of 131,040 tons of waste has been directed for recycling through EcoQolday. Paper accounted for the largest share at 92,050 tons, followed by glass at 28,860 tons. The platform has also facilitated the recycling of 8,740 tons of used tires, 1,320 tons of plastic waste, and 70 tons of composite-material waste. EcoQolday connects households and businesses with waste collectors and recycling companies. Individuals and companies submit requests to dispose of recyclable waste, while collectors provide service offers and receive government incentives for participating in the system. “Within approved budget allocations, participants in the system have received total incentive payments of $7.1 million,” the ministry said. “This included approximately $10,000 in 2024, $1.8 million in 2025, and about $5.2 million so far in 2026.” The ministry added that EcoQolday is increasingly engaging both businesses and the public. As of the reporting date, 1,081 waste disposal requests totaling 3,540.52 tons had been registered in the system. Of these, 629 requests came from individuals, who submitted 2,276.42 tons of waste for recycling, primarily glass, paper, and used tires. Another 452 requests were submitted by legal entities, accounting for 1,264.1 tons of waste, mainly paper and used tires. As previously reported by The Times of Central Asia, members of Kazakhstan’s parliament proposed introducing a “green” tax on environmentally unfriendly packaging last summer to help finance plastic waste recycling.

Recycling

Uzbekistan Draft Proposes Annual Fee for Vehicles Over 30 Years Old

A draft government resolution in Uzbekistan has proposed annual environmental compensation payments for owners of vehicles manufactured 30 or more years ago, as part of a wider plan to regulate end-of-life transport and expand vehicle recycling. The proposal has not yet been adopted. The draft document, titled “On Organizing the Utilization of Vehicles with Expired Service Life and Recycling of Their Components,” was released through official public consultation channels and outlines a phased approach to introducing scrappage and recycling mechanisms across the country. According to the proposal, from January 1, 2027, owners of passenger vehicles manufactured 30 or more years ago would be required to pay an annual environmental compensation fee equal to 30 times the base calculation value. At the current rate, that would amount to about 12.36 million Uzbek som, or approximately $1,033. The payment is described as a mechanism intended to offset environmental damage caused by older vehicles. The draft was prepared under Uzbekistan’s broader environmental and waste-management reforms, led by the National Committee for Ecology and Climate Change, which is responsible for policy coordination in the environmental sector. The initiative also involves the planned creation of a national system for collecting, evaluating, and recycling vehicles that have reached the end of their operational life. The recycling system would be introduced in stages. From 2026, it would cover M1 category vehicles, primarily passenger cars. From 2027, it would extend to M2, M3, N1, N2, and N3 categories, covering minibuses, buses, and freight vehicles. By 2030, the framework is expected to cover all types of wheeled transport. The proposed environmental compensation fee for vehicles 30 or more years old would begin separately on January 1, 2027. The draft also proposes restrictions on vehicles deemed environmentally harmful. From 2027, vehicles classified as environmentally harmful could face restrictions on re-registration and continued use, with exceptions for antique vehicles recognized under existing regulations. A central component of the proposal is the creation of a unified digital system to manage the process. The platform would be developed under the coordination of the Ministry of Digital Technologies of Uzbekistan together with the national waste-management and circular economy agency. The system is expected to integrate data from tax, customs, and public-service databases through Uzbekistan’s e-government infrastructure. Technical implementation support is planned to involve Uzinfocom, the state IT integrator responsible for digital government platforms. Under the proposed model, vehicle owners would first undergo a technical inspection and valuation process before transferring their vehicles for recycling. Operators and assessment companies would be selected through competitive tenders. Once approved, they would handle vehicle acceptance, dismantling, and material recovery, including metals, plastics, batteries, and glass components. Owners of scrapped vehicles could receive compensation in several forms, including direct cash payments, electronic vouchers for purchasing new vehicles at discounted prices, or other mechanisms defined under national legislation. The value of compensation would depend on the technical assessment of the vehicle. The draft also introduces incentives for recycling operators through a “green subsidy” system financed by recycling-related fees. These subsidies...

Waste Management

Bishkek Launches Second Phase of Waste-to-Energy Plant

Bishkek has begun construction of the second phase of its waste-to-energy plant, a project city officials say will significantly expand waste processing capacity and add to the Kyrgyz capital’s energy supply. The groundbreaking ceremony took place on June 11. The facility, located at Bishkek’s main sanitary landfill, is the first waste-to-energy plant in Central Asia. Its first phase was officially inaugurated in December 2025 and was designed to process 1,000 tons of municipal solid waste per day. The plant was built by China’s Hunan Junxin Environmental Protection Co., Ltd., which invested $95 million in the project. The second phase will include a second production unit with capacity of up to 2,000 tons of waste per day and a 60-megawatt power generation complex. According to Bishkek’s city administration, once the second phase is completed, the facility will generate around 307 million kilowatt-hours of electricity annually, enough to supply roughly 100,000 homes. Officials say the project uses modern thermal waste processing technologies and a multi-stage emissions treatment system that complies with international environmental standards. The expansion is expected to improve waste management in Bishkek, reduce pressure on the city’s overburdened landfill, and improve environmental conditions in the capital. Construction of the second phase is expected to take three years. Once fully completed, the plant will be able to process up to 3,000 tons of municipal solid waste per day and generate up to 90 megawatts of electricity. The launch ceremony was attended by Kyrgyz Prime Minister Adylbek Kasymaliev, Bishkek Mayor Aibek Junushaliev, and Chinese Ambassador to Kyrgyzstan Liu Jiangping. Kasymaliev described the project as strategically important for Bishkek’s environmental future. “The start of the second phase continues a large-scale initiative aimed at radically improving the environmental situation in Bishkek and creating a green, clean and modern metropolis,” he said. Kasymaliev said the project would help solve Bishkek’s waste disposal problem while adding a source of green energy and improving air quality and public health. He also said the second phase is expected to reduce annual carbon dioxide emissions by approximately 312,000 tons. The project forms part of Kyrgyzstan’s efforts to modernize urban infrastructure and address environmental challenges as Bishkek’s population and waste volumes continue to rise.

Waste Management

Dushanbe Considers Waste-to-Energy Plant as Part of Green Development Strategy

Authorities in Tajikistan’s capital are considering the construction of a modern waste-to-energy facility that would process municipal solid waste while generating electricity, as part of efforts to develop more sustainable urban infrastructure. The proposal was discussed during talks between Tajikistan’s minister of energy and water resources, Daler Juma, and Environmental Protection Committee chairman Bahodur Sheralizoda, and representatives of the Chinese company Wangneng Environment, which specializes in waste treatment and energy recovery technologies. The parties explored the possibility of introducing municipal waste-processing technologies, including electricity generation through waste incineration and other forms of energy recovery. Such systems are used in a number of major cities in Asia and Europe as part of broader waste-management and urban sustainability policies. For Dushanbe, the project is gaining importance as the city’s population continues to grow and household waste volumes increase. Experts note that the existing landfill-based waste-management system is gradually becoming inadequate for the needs of a rapidly expanding urban center, particularly amid rising environmental pressures and limited land resources. If implemented, the facility could address several challenges at once by reducing the volume of waste sent to landfills, improving environmental and sanitary conditions, and adding to the capital’s electricity-generating capacity. The initiative is also being presented as one element of Tajikistan’s push to promote environmentally sustainable economic growth and expand the use of green technologies. In recent years, the country has supported international initiatives focused on climate adaptation, sustainable resource management, and cleaner energy development. Environmental and economic specialists note that waste-to-energy projects can help reduce pressure on landfills while providing an additional source of electricity for fast-growing cities. At the same time, they say strict environmental safeguards, modern filtration systems, and transparent monitoring would be essential to minimizing air pollution and ensuring compliance with international standards. Following the discussions, the parties expressed their willingness to continue consultations on the project. Key parameters of the proposed facility, including waste-processing capacity, electricity generation volumes, environmental requirements, and financing mechanisms, are expected to be determined during the next stages of negotiations.