The thirst for knowledge of numerous pioneers from research and industry prepared the ground for the field of instrumental elemental analysis. Elemental analysis influences our day-to-day lives – even though we do not really notice it. There is no doubt, however, that organic elemental analysis revolutionized organic chemistry and helps us make the world more sustainable to this day.

I am part of this history myself and I revolutionized elemental analysis from 1830 with my “kali-apparat” or five-bulb apparatus, as this made it possible to determine carbon and hydrogen in organic compounds quickly and routinely. Of course, the progress of organic elemental analysis was by no means over with the invention of the five-bulb apparatus – on the contrary!

Did you know that instrumental elemental analysis has existed for more than 125 years? The first analytical instruments were introduced in 1897 at the former precious metals foundry of W.C. Heraeus in Hanau, Germany. I was sadly unable to experience this moment in real life, but I am all the more delighted by the development that organic elemental analysis has undergone since its early days (also see part 1 of this series).

He developed an apparatus which was submitted for a patent in 1903. This represented the basis for the first industrially produced analysis devices. The device could be used to analyze newly discovered substances, and it also began the era of large-scale synthesis in the German industry. Dennstedt found the ideal partner in Wilhelm Carl Heraeus (1827–1904), pharmacist, chemist and founder of the now global technological company Heraeus in Hanau, with whom he worked closely from that time onward.

It was the beginning of industrial-scale production of devices for instrumental analytics, a sector that now serves a wide range of applications and methods and monitors the very foundations of modern life. Over the course of decades, the areas of application for elemental analyzers have changed considerably and have seen constant expansion.

At the same time, the demands placed on elemental analysis have become ever more stringent. Significantly lower sample weights were required in the fields of biochemistry, physiology or forensics in particular. Fritz Pregl (1869–1930), a professor for medical chemistry in Innsbruck and Graz, was the first to successfully analyze carbon, hydrogen and nitrogen (CHN) in a sample of < 1 mg body fluid; this success was due to his outstanding experimental skills and miniaturization.

It is indeed amazing to witness the progress from the first trials in the laboratories of famous chemists until today – a development in which Elementar has played a substantial role. I took some time to do some research on this fabulous thing known as the internet to see what this company does.

Elementar, which emerged from the analysis technology department at the Heraeus technology corporation, today has more than 125 years of experience in the development and manufacturing of organic elemental analyzers. The current portfolio of organic elemental analyzers encompasses a broad range of instruments based on the safe, simple and environmentally friendly principle of high-temperature combustion using furnace temperatures of over 1,000 °C. A special furnace technology allows the complete quantitative conversion of the sample into measurement gas – a prerequisite for high-precision elemental analysis. Indeed, the company’s analyzers can do much more, but I do not really need to tell you everything at this point. Why not take a look around this “internet” and find out for yourself.