When national television networks continue to capitalize on how cool it is to be nerdy about science, it should come as no surprise that a growing number of people are paying attention. When at the same time many engineering fields are still looking for more candidates to fill their current openings, it should also come as no surprise that many across the country are excited about the resurgence of science and the products that are produced by scientific lab suppliers.

From teams of scientists working together in a one hour long television drama trying to solve a worldwide environmental concern to 30 minute comedies about scientists and the nerdy lives that they lead, it is suddenly cool to know what immersion coolers are used for and understand the impact that water analysis equipment can have. And while the glamour of being a scientist may never cross all segments of the population, the engineering firms and pharmaceutical companies across the country certainly hope that some of this science and physics frenzy on primetime television translates into more students entering their fields.

Whether you are already a scientist or you just dream of being one for three hours every evening, consider some of these facts and figures about immersion coolers and the many technologies that make our world possible:

• Conventional fume hoods, bypass fume hoods, auxiliary air fume hoods, and specialty hoods are the four types of chemical fume hoods used across a variety of industries.
• The people working in the lab, the processes they follow, and the equipment they have and how they use them are the three variables that dictate the level of efficiency in a laboratory.
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• There were 328,200 medical and clinical laboratory technicians working in the U.S. as of 2014, the most recent year data was available, according to the Bureau of Labor Statistics.
• There were 6.2 million scientists and engineers working in the U.S., making up 4.8% of the workforce as of 2012, according to Congressional Research Service.
• The U.S. diagnostic laboratory and commercial medical industry consists of approximately 13,500 establishments.

As many as 5,564 registered hospitals in the U.S. rely on the latest scientific equipment to treat their patients and to run their equipment. In fact, hospitals are just one of the places where the science of knowing how many different types of equipment work can help scientists, and want to be scientists, continue to search for the latest advancements. From immersion coolers to water testing equipment, tomorrow’s scientific advancements depend on today’s technologies.
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