How can the catalyst be used sparingly or without any loss during the start-up process of catalytic cracking, in order to meet environmental regulations?
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Environmental regulations have become stricter; catalysts are used in catalytic cracking processes. When citizens file complaints, fines are imposed by environmental authorities. How can we minimize the use of catalysts or prevent their degradation during catalytic cracking operations, so as to meet environmental requirements?
There’s no need to reduce the speed at all; it should be difficult to do that. The speed should remain high when adding the agent, and the main air flow shouldn’t be too strong.
Can other recovery methods or dust removal measures be used for the running agent?
Sure, we can start with flue gas desulfurization right away; there’s also electrostatic dust removal at the top of the desulfurization unit
Even with electrostatic dust removal, the impact on that production section remains very significant! This can be implemented most effectively by adjusting the parameters appropriately to minimize agent leakage! Exploring a balance point for parameters such as temperature, pressure, air volume, and fluidization state, in order to find parameters suitable for one’s own equipment!
So how do you determine whether there’s a performance-enhancing substance?
You can proceed with flue gas desulfurization, but it’s difficult to monitor the amount of fluid used
Installing separate dust removal facilities is not practical; flue gas desulfurization can be used instead. However, if the volume of dust is too large and goes unnoticed, it will inevitably lead to the failure of the flue gas desulfurization system
Technology is evolving; it cannot stay static as things become possible.
Does that mean we have to increase the difficulty again?