Contract awardRefining, petrochemicals and fertilisers
KMG-Aero and KazFoodProducts select KBR technology for Kazakhstan SAF project
KBR will license PureSAF and provide proprietary engineering design for an alcohol-to-jet aviation-fuel plant.
- Event
- First published on EPC Feed
- Sources
- 1 listed below
- Reading time
- 2 min
KBR has won a technology and engineering contract from KazMunayGas-Aero and KazFoodProducts for a sustainable aviation fuel project in Kazakhstan. Announced on 24 August 2026, the award covers licensing of PureSAF technology and proprietary engineering design. KBR describes the development as Kazakhstan's first SAF production plant. The disclosed scope is a process-technology assignment; it does not establish that KBR is responsible for construction of the entire facility or that the plant has entered operation.
PureSAF was invented and developed by Swedish Biofuels AB. The planned plant will use an alcohol-to-jet process, converting alcohol-based feedstocks into aviation fuel. The announcement identifies KMG-Aero as a subsidiary of NC KazMunayGas JSC and sets out the partners' intention to connect domestically produced agricultural feedstocks with higher-value fuel production. It does not specify the plant's annual capacity or a commercial start-up date.
The company links the project to Kazakhstan's ambition to develop its international aviation role and reduce greenhouse-gas emissions. Those are strategic objectives stated in the announcement. No independently verified lifecycle-emissions figure, guaranteed fuel yield or completed fuel-certification result is provided. The project should therefore be followed as a technology selection and engineering award, with those later performance questions still open.
EPC Feed sees the choice of an alcohol-to-jet route as a useful starting point for understanding the development. Selecting a process establishes the subject of the proprietary design, but the wider facility still needs a consistent relationship between feedstock characteristics, process equipment and the intended product. That relationship matters more to evaluating delivery readiness than treating a technology licence as if it already represented an operating fuel supply chain.
The distinction also helps suppliers identify what this announcement confirms. It names the technology, its developer, the contracting partners and the current engineering responsibility. A subsequent execution update would need to explain how the proprietary package connects with the rest of the facility and which organisation delivers the remaining works. Until such information is disclosed, the reliable milestone is the award itself, while capacity, schedule and demonstrated operating performance should remain tied to future evidence rather than assumed from the project's national significance.
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