The results with regard to methods for centrifugal pump break down suggest that electricity production is not practical right now, because the power cost would be much larger than the present wholesale price of electricity in some methods for centrifugal pump break down. Above ground retorting can be used to deal with methods for centrifugal pump break down since it can produce synthetic crude oil that seems to be rather promising. Therefore, the centrifugal pump technology has been chosen for further study and an economic 518 centrifuge model has been developed for a plant to produce more than fifty thousand barrels per day of high quality synthetic crude or shale oil thanks to centrifugal pump. Thus, the oil shale deposit can be made better use of since the centrifugal pump model can be used to test the sensitivity of the plant’s performance in terms of the following key parameters like 518 centrifuge facility cost, plant capacity factor, price of byproduct sulfur, other operating costs, as well as rates of taxation and tax relief schemes.
A simpler centrifugal pump plant may make use of crude shale oil rather than other types of oil and this would work only if the oil is destined for low price markets. The same also goes for a robust shear pump refinery that is capable of processing the poor quality crude oil. In general, it has to be pointed out that efficient above ground mining can be achieved with the help of centrifugal pump, which should reduce the oil price by at least $5 per barrel, compared with underground mining of 518 centrifuge oil shale in the United States and Germany. Based on previous estimates of centrifugal pump, it might cost three billion to engineer and build a centrifugal pump plant with a design capacity of over five thousand barrels per day. And if the project takes twenty two months to complete, the total investment cost of centrifugal pump might reach four billion, including interest during construction, centrifugal pump financing fees and expenses, taxes, as well as the initial working capital. At a high centrifugal pump availability factor of about ninety percent per year at design capacity, the facility would mine more than sixty thousand t/d of oil shale and ship more than two thirds of them to overseas nations. By doing so, the centrifugal pump mining might cost less than five dollars per ton while other operations and maintenance activities could cost much more per year. If the investment in centrifugal pump is financed at the rate of thirty percent, the equity 518 centrifuge raise rate will be as high as seventy percent in the ten years.