• Advantages: Ensures safe and reliable operation, increases throughput, improves drum capacity utilization, and optimizes anti-foam agent use.
• Features: Utilizes non-contacting, non-intrusive level measurement with 8 m long TowerSENS detectors, offering high sensitivity and stability. Includes SIL certification and gas property compensation for continuous level measurement.

• Advantages: Provides efficient control of coker feed, enhances process safety, prevents flooding, and maintains minimum liquid head for the charge pump.
• Features: Similar to coke drum measurement, it is non-contacting and unaffected by internal process conditions, with high sensitivity and stability.

The delayed coker operates as a semi-continuous batch process, switching feed between drums. The process involves pre-heating feed, thermal cracking, and managing foam layers. Reliable foam front measurement is crucial to prevent costly foam overs and ensure efficient drum filling.

Berthold's radiometric level technology is ideal for coke drum monitoring due to its non-intrusive nature and automatic stabilization technology, which ensures stable measurements without recalibration. This technology is also applied to fractionators, unaffected by surface turbulences or product density variations.

Berthold Technologies specializes in radiometric process measurements, offering high-quality, reliable solutions across various industries. With a global network, they provide expert assistance and tailored solutions for complex measurement tasks.