What Are Electric Drum Pumps And Why Are They Important?

Chemical drum pump

Without electric drum pumps, the water treatment and food beverage industries as we know it would be less efficient and even more dangerous to the average consumer. Chemical drum pumps are used to filter, process, store and distribute liquids in many vital industries worldwide and streamline previously time-consuming and difficult processes. Similar industries, such as developmental research and manufacturing, also rely on diaphragm pumps and chemical drum pumps alike. Below is a simple list of the nature of this technology, the sectors they’re most frequently used in and how they can assist you in your business or environment of choice.

History Of Chemical And Electric Pumps

Drum pumps have been around for years, a vital part of countless industries across the country to process and distribute liquids and waste. Water is one of the most valuable resources on the planet and nowhere is that more clear than the necessity of being able to cleanly process and distribute it across multiple sectors. Global water demand is only projected to grow from 4,500 cubic kilometers in 2010 to nearly 6,400 cubic kilometers by the year 2030. Exports relating to water technology are worth nearly $3 billion, with electric drum pumps a significant expense for many sectors. Over 90% of the world’s population now has access to improved drinking water compared to a few decades before. This crosses over to other fields, such as food and beverage, in terms of economic and technological necessity.

Food And Beverage

Easily one of the most expansive industries, electric drum pumps are essential to keep workplaces clean and food products properly delivered to the populace. The America food and beverage industry’s average sales, between 2012 and 2013, saw a significant 13% increase due to expanding job sectors and a growing population. Average net profits also saw a 17% increase, cementing it as one of the most rapidly expanding industries in the country. The soft drink industry, in particular, has reached a stunning $60 billion in sales as of recent years and shows little sign of slowing down.

Pharmaceutical And Medical Care

Next up is the American pharmaceutical industry, which has seen nearly 18% of its total revenues spent on extensive research and development. The global nutraceuticals product market has exceeded $140 billion in 2011 and is expected to reach $200 billion by 2017, growing at a CAGR rate of 6% overall. The medical industry generally uses centrifugal drum pumps and semi-submersible brands, though this can change depending on the unique demands of the time.

Cosmetics And Chemistry

Lastly, we have the Western cosmetic and fashion industries. The American cosmetics industry makes well over $55 billion in revenue yearly and, according to the Bureau of Economic Analysis, the value added by U.S. chemistry is currently at a quarter of a billion dollars. In spite of these massive sales, the market has not yet become saturated and is expecting still significant retail growth over the next two to three years. The United States is the largest national producer of chemical products, with the year 2012 seeing the total chemical output valued at $770 billion. This is by no means a comprehensive list of all the sectors that use this technology, but are merely some of the most expansive and common.

Choosing A Drum Pump

An electric drum pump that properly suits your environment relies on a few key factors. Most important is the frequency of use — a chemical water treatment drum pump will have a different nature than one designed for food and beverage industries. Removing liquids from a 55 gallon drum or barrel is made infinitely easier using a drum pump and you can expect normally complex or time consuming tasks to be both more efficient and more affordable. Electric drum pumps are the backbone of nearly every major American industry, so search with confidence next time you’re looking over the budget of your small business or manufacturing plant.

Comments

No comments yet. Why don’t you start the discussion?

Leave a Reply

Your email address will not be published. Required fields are marked *