Catalysts are used in many refinery processes to enhance conversion towards desired products with lowest possible operating cost.Selection of the best
catalyst reactor for your process is thus important to maximize the value creation potential of your assets. To bring about this value creation,
the catalysts need to exhibit different functionalities simultaneously.
Optimal Catalyst Reactor Performance
First of all the catalysts need to poses a high activity and selectivity towards the desired products. Next the catalysts need to show a good stability and maintain its intrinsic activity and selectivity over a prolonged period of time. Finally, the catalysts need to poses good physical properties to allow handling in the refinery with minimal losses.Sometimes combinations of catalysts are needed to achieve the refinery goals.
Here we describe criteria that can be used to select the best refinery catalyst for your process.Catalyst price can be a secondary factor in the selection. Other factors such as anticipated feedstocks, available reactor vessels and operating conditions, and market demand for products are much more important factors in optimizing the catalyst selection. These factors should be translated into quantitative catalyst performance requirements; activity, selectivity and stability, and then suitable catalysts need to be tested against these objective selection criteria.
In the end we are concerned with margin per day and how to create best capabilities for margin enhancement through intelligent catalyst selection.