Process Requirements and Hydraulic Design
In fertilizer production, pumping technology requirements vary greatly depending on the specific process stage. The choice of pump type depends on factors such as the chemical composition of the medium, required head, flow rate, and site-specific conditions like NPSH availability and available footprint. Modern industrial fertilizer production operates as a high-precision technological process. Advanced plant operations and the development of controlled-release fertilizers enable precisely defined nutrient delivery, which significantly increases yields on existing farmland (land sparing) and reduces nutrient leaching into groundwater. Additionally, the industry is accelerating decarbonization: integrating green ammonia based on renewable energy sources is transforming production toward climate neutrality.
Portfolio for Complex Plant Configurations
To meet these technological goals, a diverse portfolio of process pumps that adhere to international standards (API and ISO) is necessary. Apollo guarantees that the most energy- and mechanically efficient solutions are available for every operating point, with pumps customized to the complex needs of nitrogen, phosphate, and potassium fertilizer production. Horizontal multistage split-case pumps, for instance, can be used for pressure boosting, circulation, and condensate systems. Standard solutions are available for a broad range of transfer tasks within the chemical process chain. Vertical pot pumps (Type VS6) are specifically used for applications involving low inlet head or limited space, such as transferring liquefied gases or in condensate stations. For technically demanding, high-pressure processes, Apollo also offers axially split (BB1/BB3) or double-cased (BB5) pump skids that guarantee maximum integrity, even under extreme pressures and temperatures.
System Integration and Custom Engineering
In addition to standardized assemblies, Apollo realizes application-specific custom designs engineered for specific viscosity, solids content, or corrosivity of the media (e.g., acids, alkalis, sludges). This includes structural adaptations such as heating jackets for temperature control or specialized shaft sealing systems according to API 682. By providing this technological infrastructure, Apollo Gößnitz GmbH supports EPC companies worldwide in realizing productive and sustainable plants for the global food supply.
Durch die Bereitstellung dieser technologischen Infrastruktur unterstützt die Apollo Gößnitz GmbH EPC-Unternehmen weltweit dabei, produktive und nachhaltige Anlagen für die globale Nahrungsmittelversorgung zu realisieren.
