The oil & gas industry is constantly innovating new methods of extracting, processing, and refining the raw materials necessary for the manufacturing of high-quality products. Hydrofluoric (HF) acid alkylation is a mission-critical refining process used to produce clean-burning, high-octane gasoline blending stock to help increase the fuel efficiency of car and truck engines.
The ability to engineer process efficiency for oil & gas producers at each stage of the production sequence is key, especially given a host of market forces such as labor shortages, supply chain disruptions, and increasing material costs.
Regardless of whether you’re an upstream, midstream, or downstream producer in the oil & gas industry, there is much to learn and understand about the right industrial pump to help you overcome unique challenges and achieve efficiency, sustainability, and productivity goals.
Today’s oil & gas industry has a very distinct set of challenges plant operators and engineers must overcome. And these hurdles are only amplified by the specific nature of the three distinct streams in oil & gas production: upstream, midstream, and downstream.
When it comes to API pump applications, the most common challenge is identifying the most reliable and efficient way to pump liquid while also preventing the escape of harmful fluid or gas. Leakage of this kind can not only reduce the efficiency of the entire pump system, but also increase operational costs and pose danger to both the operator and the equipment. This is especially critical when pumping corrosive or volatile solutions.
When engineers need to choose a pump, two broad categories come to mind: mechanically-sealed pumps and sealless magnetic drive pumps. And across industries, pumps with mechanical seals are seen far more commonly because not much is known about the sealless pump. But what’s the difference between these two varieties and what are the benefits to going sealless? This article will explain each and the advantages of going from sealed to sealless.