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Last updated January 31, 2026
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Automated fluid transfer interface: BASFRecent Research Landscape

Manual fluid handling and unstable container transport during logistics operations lead to spill risks and throughput bottlenecks. These innovations utilize integrated support frames and automated coupling to ensure mechanical stability and fluid integrity during high-speed industrial truck movement.

What technical problems is BASF addressing in Automated fluid transfer interface?

Inaccurate intermittent flow measurement

(14)evidences

Manual or uncoordinated transfer of processed goods from thermal units leads to throughput bottlenecks and product loss. Automating the interface between processing and recovery units reduces downtime and labor-intensive handling errors.

Inaccurate container fill volumes

(8)evidences

Inability to precisely determine fill levels during transfer leads to overflow or insufficient dosing. Accurate monitoring prevents process waste and equipment contamination.

Inefficient manual logistics coordination

(3)evidences

Dynamic fluid movement during transport causes center-of-gravity shifts and mechanical instability. Mitigating these forces prevents vehicle tipping and equipment damage during high-speed or automated handling.