Here are more details about the Almaty Waste – to – Energy Plant in Kazakhstan:
### 1. Project Basics
- **Investment and Agreement**: It came into being as a result of a landmark investment agreement signed between Kazakhstan and China’s Hunan Junxin Environmental Protection Co. Ltd. The total investment for this plant is estimated at 145 billion tenge, which is approximately $269 million. This significant financial input indicates the importance and scale of the project.
- **Location**: The plant is set to be constructed in Almaty, the largest city in Kazakhstan. Choosing Almaty makes sense considering its large population and the resulting high volume of municipal solid waste, which provides a substantial amount of raw material for the waste – to – energy facility.
### 2. Waste Treatment Capacity:
- **Daily Waste Incineration**: The facility is designed to incinerate at least 1,600 tons of solid municipal waste per day. This high – capacity processing ability can effectively reduce the burden of landfills in and around Almaty, dealing with a significant portion of the city’s waste stream.
### 3. Energy Generation – **Electricity Output**: By incinerating the waste, the plant is expected to generate 60 megawatts of electricity. This electricity can be fed into the local power grid, contributing to Kazakhstan’s energy supply and helping to meet the growing energy demands of Almaty. It also represents a conversion of waste, which is typically seen as a liability, into a valuable energy resource.
### 4. Technology and Environmental Protection
- **Advanced Technology**: It will utilize advanced waste – to – energy technology that complies with European Union emission standards. This ensures that during the waste incineration process, harmful pollutants such as dioxins, heavy metals, and particulate matter are controlled and minimized. By adhering to strict EU standards, the plant aims to minimize its environmental impact while efficiently converting waste into energy.
- **Environmental Monitoring**: An automated system for continuous environmental monitoring will be installed. This system can constantly keep track of air quality, emissions levels, and other environmental indicators around the plant. It helps in promptly detecting any potential environmental issues and allows for timely corrective actions to be taken, ensuring the sustainable operation of the facility.
### 5. Employment Opportunities
- **Job Creation**: During the construction phase of the project, it is expected to create around 700 jobs, which will benefit the local workforce in terms of employment and skill development. Once the plant is completed, it will provide at least 120 permanent positions. These jobs will cover various aspects such as plant operation, maintenance, monitoring, and management, contributing to the local economy and employment stability.
### 6. Future Expansion and Company’s Overall Portfolio
- **Company’s Expansion Plan**: Hunan Junxin Environmental Protection Co. Ltd, the investor of this plant, has plans to invest up to $600 million in three waste – to – energy facilities across Kazakhstan. This indicates that the Almaty plant is just the beginning of a larger investment strategy in the country, which can further enhance Kazakhstan’s waste – to – energy infrastructure in the long run.
- **Company’s Experience**: The company has experience in other regions as well. For example, it is constructing waste – related facilities in Kyrgyzstan. In Osh, it started building a $95 million solid waste incineration facility that can generate both electricity and heat from municipal waste. In Bishkek, a solid waste recycling facility is under construction. Also, in China, the company recycled 3.2 million tons of municipal waste in 2024, generating over 1.47 billion kWh of electricity, showing its strong technical and operational capabilities in the waste – to – energy and waste – recycling sectors.
Post time: Sep-28-2025