Almaty Power Station 2 Coal-to-Gas Conversion
Against Kazakhstan's green energy push, the Almaty Power Station 2 underwent a critical coal-to-gas conversion. Shunda supplied explosion-proof glass roof fans and full technical support, reducing emissions and boosting efficiency in this landmark modernization project valued at RMB 630,000.
Challenge
The primary challenge was to replace a legacy coal-based generation system with a cleaner natural gas alternative without disrupting the plant’s critical energy output. This required integrating new, safe ventilation solutions capable of handling potentially explosive atmospheres (in compliance with ATEX/explosion-proof standards) in a high-stakes industrial environment. Additionally, the project demanded localized technical expertise and reliable after-sales support in the region to ensure long-term operational stability and success of the conversion.
Our Solution
To support the coal-to-gas conversion at Almaty Power Station 2, Shunda Air Conditioning Group provided a targeted technical solution focusing on critical ventilation and safety. The core of our delivery included a series of explosion-proof glass roof fans, specifically engineered to handle the altered atmosphere in the plant’s buildings post-conversion, ensuring the safe expulsion of any potential gas accumulations. This product offering was complemented by a full package of compatible accessories for seamless integration. Beyond equipment supply, we ensured project success through comprehensive Russian-language technical support, covering on-site commissioning guidance, and a reliable long-term after-sales service commitment. This holistic approach addressed both the immediate technical requirements and the long-term operational sustainability of the modernization project.
Results
The successful implementation of this project has yielded significant environmental and operational outcomes. The coal-to-gas conversion, supported by our specialized ventilation solution, has substantially reduced the emission of pollutants including sulfur oxides (SOx), nitrogen oxides (NOx), and particulate matter, directly improving local air quality in Almaty. The integration of high-efficiency, explosion-proof equipment has enhanced the overall safety and operational reliability of the power station’s auxiliary systems. With a project contract value of RMB 630,000, this initiative stands as a concrete step towards Kazakhstan’s national energy transition goals, demonstrating a viable model for modernizing legacy infrastructure. The successful partnership also paves the way for future collaboration on additional products, with the overall project slated for completion by the end of 2026.