Why Are API Process Pumps Better Than ANSI Process Pumps?
Investing in industry-leading equipment is essential in facilitating quality production. Process pumps vary based on the application you intend to use. Additionally, since there are always being used to pass fluids during industrial processes, they constitute one of the main machines that are constantly in use. It is crucial that you invest in the right process pumps that demand less maintenance and efficiently deliver impeccable performance.
After doing your research, you have probably been left with these two choices: API process pumps and ANSI process pumps. However, you need more information to make the right decision. Read on to learn about these two options.
API process pumps
API process pumps are centrifugal pumps designed to API 610 standard. They are mainly used in hydrocarbon processing plants and refineries. API process pumps have been made with strict observation to high standards of manufacturing with the American Petroleum Institute standards. The API process pumps are API 610 standard, which is suitable for general refinery service.
ANSI process pumps
ANSI process pumps are end-suction centrifugal pumps made to the ANSI B73.1 standard and are often used in refineries, paper mills, and chemical industries. These pumps are also built to meet the American Petroleum Institute requirements. However, unlike the API, this process pump is designed for less aggressive tasks. The ANSI process pump is ideal for water and chemical process applications.
Here's why the API is a better pick.
1. They can withstand high temperatures: Industrial API process pumps can withstand the high temperatures in the refineries that are generated by hydrocarbons, this makes it an efficient and reliable process pump for hydrocarbon processing refineries. The ANSI pump, however, cannot withstand the high-temperature hydrocarbons since it has not been made to perform such tasks.
2. They blend with other applications: The API process pumps can be tailored to meet your manufacturing needs. This means that you can have API spec made to coordinate with the other applications. Also, you are not limited to refinery applications; you can use non-refinery applications too.
3. They have a better casing rating: The API pressure pump rating is 750-PSIG at 500-deg F, while that of ANSI is 300-PSIG at 300-deg F. This indicates that API pressure pumps can reliably withstand intense pressure, unlike the ANSI pressure pump which can only handle less aggressive tasks.
If you are looking for an efficient process pump to use, especially in a hydrocarbon processing plant, industrial API process pumps are highly efficient and deliver outstanding performance. To learn more, contact API process pump suppliers.