To achieve optimal control of the cracking taking place inside the hydrocracking reactor, the levels of hydrocarbons, catalyst, and gas are monitored by means of multiple density measurements along the reactor height. Thefrom Berthold are very fast responding and are capable of measuring the smallest density changes even down to a resolution of ≤0.002 g/cm3.
- Maximum process transparency
- Reliable control of the cracking process
- Increased throughput and availability
- Efficient utilization of catalyst
- Multiple point sources inserted in dip pipe
- Density detectors mounted outside the reactor
- Typically a reduction of the vessel wall is required for improved measurement effect
- Highly accurate density reading, resolution of ≤0.002 g/cm3
- Very fast responding measurement
SIL certified option
The SENSseries LB 480 detectors offer versions that are certified for use in SIL2 applications. SIL3 is achieved by adding an identical redundant SIL2 detector using the same source for homogenous redundancy. The certificate covers all measurement applications, from high level or low level alarms to continuous level and density. Thus the safe monitoring of critical processes is guaranteed.
The multiphase level measurement
For the measurement of three or more different product phases or where no clear interface is formed, our multiphase level measurement EmulsionSENS is used. Here, a density profile of the vessel contents is created and, depending on the measuring arrangement, the position of the individual phases is additionally determined.
Various thick walled vapor/liquid separators, catalyst handing vessels, various towers, and in-line densities at high temperature and high pressure.
Radiometric level and density measurements are used in the separation section of the hydrocracker to ensure that proper vapor/liquid separation occurs as the pressure and temperature is lowered throughout the various separators. Radiometric measurements are also used in the catalyst section of the hydrocracker to ensure the proper amount of catalyst is added or withdrawn from the reaction system to maintain effective cracking.