When it comes to industrial purposes, liquids can be the most difficult things to move and control. This is in part due to the physical properties of liquids, which are constantly changing and difficult to maintain. At the same time, there are many different industries that are dependent on fluids. The fluids involves can range from chemicals, to water, from pharmaceutical products to beverages and much more. These fluids have to moved and transported, as several different industries are dependent on them — some of them, like water treatment facilities, being vital to society. There are several different types of equipment involved in this process. The most important, overriding piece of equipment involved is something called an industrial pump. Below, we’ll explore what industrial pumps are and how they make it easier to move and process liquids. However, there is more to these industries than what might initially meet the eye — there is certainly a lot of money involved, and indeed many people are dependent n these industries. They are dependent on them not only because we as a society need clean water, need beverages, and need various pharmaceutical products. These industries also provide jobs to countless people.
How Important Are These Industries?
How much money, you may be wondering, actually goes into industries like these? Let’s look into a few of the statistics we know. In terms of the pharmaceutical industry, 17.9% of the American pharmaceutical industry’s total revenues are believed to have been spent on research and development. While pharmaceutical products are necessary and will always experience demand, the beverage industry is different in that its revenues can potentially rise and fall. With that being said, between 2012 and 2013, the industry’s average sales increased by 13%, and the average net profits increased by 17%. But most important among all liquids is water. Water technology exports are worth an estimated $2.7 billion, and the need for them will only grow.
Water Technology: Saving Lives
It’s vital that the whole world has access to clean, drinkable water. Unfortunately, this is currently not the case. It was estimated recently that by 2015, 90% of the world would have access to clean, drinkable water — though it’s currently uncertain whether or not this was accomplished. Still, even if 90% of the world has the water it needs, 10% of the world is still left without the life-sustaining resource. This is deeply disturbing. With water technology like industrial pumps, hopefully water will be treated and exported more effectively. With that being said, there are several different types of industrial pumps in use, and they all serve different purposes.
Industrial Pumps: Different Types For Different Uses
Among the different types of industrial pumps, first let’s look at barrel pumps. Barrel pumps below to an overriding category. They, along with drum pumps, cover siphon pumps, rotary pumps, hand pumps, and piston pump models. This are helpful in handling liquid products like lightweight oils and soap solutions, and are often used for automotive and cleaning purposes. They add speed to the process, and are competent in handling low-viscosity fluids. Typically, a barrel pump is self-priming, and working with a hand crank that can transfer 10 gallons per minute. A barrel pump uses accessories like barrel liners, barrel adapters, and barrel seals to help minimize spills and leakage, keeping workers safe. An air drum pump, in contrast, uses air to dispense heavier fluids. There are also electric drum pumps. These operate, obviously, on electricity and can remove liquids from containers ranging in capacity from five gallons to 55 gallons. Sanitary pumps may operate similarly, but transport very different materials. They transport and meter solutions, slurries, and colloids of food and agricultural materials. They operate in a way that ensures cleanliness, which makes them incredibly important.
Clearly, this kind of equipment should not be dismissed. Their value is incredibly important, and the more widespread industrial pumps become, the more we can treat and export fluids.
