Kazakhstan plans 18.2 billion tenge corn and soybean cluster in Almaty Region
A partnership in Kazakhstan plans to develop 4,400 hectares of farmland before creating an 18.2 billion tenge corn and soybean cluster in Almaty Region. The project forms part of a broader investment program covering irrigation, seed processing, grain storage, poultry and agricultural infrastructure.
New cluster planned in a major corn-producing district
Kazakhstan is preparing an 18.2 billion tenge agricultural cluster for corn and soybean cultivation in the Uygur District of Almaty Region, according to Zol.ru, citing the regional administration and APK Novosti. The development is planned as the next stage of a joint project by AA Agro Konaev and QS Logistics Systems LTD.
The two companies first intend to bring 4,400 hectares of land into production and introduce modern irrigation technology. The source did not provide a construction timetable, expected output, processing capacity or financing structure for the subsequent cluster. These details will determine how much additional corn and soybean supply the investment can ultimately bring to Kazakhstan’s market.
Uygur District is described as one of Kazakhstan’s leading corn-production centers. Its total planted area exceeded 27,000 hectares in 2026, an increase of 14%. Grain corn occupied 9,000 hectares, equivalent to 16.3% of all land planted with corn in Almaty Region. The figures give the planned cluster an established local production base, although no specific land allocation between corn and soybeans has been disclosed.
Irrigation investment expands the production base
The cluster proposal follows a separate corn project operated by Assem Kaljat. The company has brought 2,487 hectares of land into agricultural use and invested 1.3 billion tenge. Drip irrigation is currently applied across approximately 2,500 hectares, supported by 50 irrigation wells and 303 kilometers of main water pipelines.
Those assets illustrate the level of water infrastructure required to expand crop production in the district. Irrigation capacity can help stabilize output and improve land use, while the introduction of soybeans would broaden the local crop mix. However, the available source gives no yield targets, water-use estimates or expected commissioning dates for either the 4,400-hectare development or the 18.2 billion tenge cluster.
The regional administration said large and small farms had met at the Assem Kaljat fields to exchange experience in corn-growing technology. Farmers reviewed irrigation performance, seed selection, crop-management practices and methods for improving yields. The administration presented this field-level cooperation as a way to spread expertise from larger operators to small and medium-sized agricultural businesses.
Thirteen projects form a wider investment program
The corn and soybean cluster sits within a larger pipeline of 13 investment projects planned in Uygur District for 2025–2029. Their combined value is 87 billion tenge. The program includes corn cultivation, production and processing of hybrid seed, grain storage, poultry development and broader agricultural infrastructure.
This combination could connect primary production with inputs, storage and downstream demand. Hybrid-seed capacity may improve access to locally processed planting material, while additional grain storage could give producers more flexibility over when crops are marketed. Poultry projects could also create a local outlet for feed grains and soybean products, although the source does not specify contractual links between the investments.
For producers and grain-market participants, execution will matter more than the headline investment value. The area already has a sizable corn footprint and recent irrigation spending, but the cluster’s commercial effect will depend on how quickly the 4,400 hectares enter production, how land is divided between the two crops and whether storage or processing capacity is built alongside cultivation. No export destinations, trade volumes or price forecasts were reported.