Sentence examples for typical refinery from inspiring English sources

A typical refinery requires enough utilities to support a small city.

The calculations also exclude another cost: greenhouse gas emissions, which may be higher for a conversion plant than a typical refinery, depending on how the work is done.

The process is far more complex than that at a typical refinery, so the plant is much more expensive to build and operate.

This work addresses the revamp study of the crude distillation unit (CDU) heat exchanger network (HEN) of a typical refinery with and without the consideration of the free hot streams available in the delayed coking unit (DCU).

Michael C. Jennings, Holly Frontiers chief executive and president, estimated that the typical refinery in the central United States had nearly tripled its profit margin for every barrel of refined product sold because of savings in transportation costs and the replacement of internationally priced crude with American shale and Canadian crudes.

Since over 75percentt of the energy released in combusting gasoline is from the hydrogen making water, versus the carbon making carbon dioxide, and since auto fuels need to be liquid and clean, hydrogen is created separately, stored, and is then piped to a typical refinery as part of their normal processes.

An experimental MF RO pilot was used to evaluate the applicability of designed IMS-based WWTPs for treatment of a typical gas refinery wastewater.

FCC is the main conversion process in a typical fuels refinery, and as the most critical ingredient of the catalyst, zeolites are responsible for producing majority of the gasoline used around the world as well as taking an important role in the production of other transportation fuels (e.g., diesel, jet fuel) and building blocks for the petrochemical industry (e.g., propylene, butylenes).

Figure 2 shows the CO2 emissions of a typical Chinese refinery with 12 Mt/year of crude processing capacity (Jiang et al. 2013).

Typical F T refinery product streams were chosen as mixture components for the study; one stream was rich in n-paraffins, whereas the other was rich in iso-paraffins.

It is our view that these factors are likely to be more important for biofuel processes than for typical petroleum refinery or petrochemical processes, which work with standardised equipment and commodity, high energy density feedstocks.