thyssenkrupp Uhde Fertilizer Technology GmbH is a specialized engineering firm based in Germany that develops and supplies technology for fertilizer manufacturing plants. Its primary focus is on processes for producing ammonia and urea, which are essential components in the fertilizer industry.
The company provides comprehensive services including technology licensing, plant design, and engineering support for urea production facilities. These technologies are utilized in major industrial projects across different regions, helping to increase production capacity for agricultural inputs.
As part of the thyssenkrupp Uhde business unit, it benefits from the resources of thyssenkrupp AG, a large German multinational corporation with diverse operations in steel, materials, and industrial solutions. The group structure enables global project execution capabilities.
The entity operates in the global market for chemical plant technologies, where it competes with other engineering firms by offering advanced and reliable urea synthesis methods. Its involvement in projects such as those in the Middle East underscores its international reach and industry standing.
Overall, the company plays a vital role in supporting the fertilizer supply chain through innovative engineering solutions tailored to the needs of large-scale producers.
chemXplore tracks 1 project involving Uhde Fertilizer Technology, of which one is active.
Uhde Fertilizer Technology's role on them: Technology licensor.
1 new construction.
Contractors and licensors are recorded on this project For subscribers
Targeting: Ammonia (1), Carbon dioxide (1), Urea (1)
License and engineering package for single‑train 3,500 MTPD ammonia unit in Jubail; will produce 1.2 Mt ammonia/year and lift urea output to 7.4 Mt/year.
Two 3,850 MTPD urea units in Al Jubail; €125m technology package covering licensing, PDP and proprietary equipment; supports Saudi fertilizer capacity expansion.
New complex adds 1.2 Mt/yr ammonia and 2.6 Mt/yr urea, lifting urea capacity to 7.4 Mt/yr; construction starts Q4 2026, commercial production expected Q4 2030. Includes carbon capture tech.
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