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Table of Contents
Fritz Haber was a German chemist who is known for receiving the Nobel Prize for Chemistry for his work related to nitrogen fixation.
See the fact file below for more information on the Fritz Haber or alternatively, you can download our 22-page Fritz Haber worksheet pack to utilise within the classroom or home environment.
Key Facts & Information
EARLY LIFE AND EDUCATION
- Fritz Haber was born on December 9, 1868, in Breslau (which is now known as Wrocław, Poland) in Prussia.
- Fritz was the son of Paula Haber and Siegfried Haber, who were first cousins that got married despite the opposition of their families.
- Siegfried was a popular town merchant who established his own business related to dye pigments, paints, and pharmaceuticals.
- Paula, on the other hand, had a difficult pregnancy and died three weeks after giving birth to Fritz.
- Siegfried got married again, this time to Hedwig Hamburger.
- Siegfried and Hedwig had three daughters, named Else, Helene, and Frieda.
- At the age of 11, Fritz attended St. Elizabeth classical school.
- After a while, Fritz went back to Berlin where he attended the Technical College of Charlottenburg, which is now known as the Technical University of Berlin.
- In 1889, Fritz left the university to do the mandatory year of voluntary service in the Sixth Field Artillery Regiment.
- After completing his service, Fritz returned to the university where he became a student under the guidance of Carl Liebermann. During this time, Fritz was also attending lectures held by Otto Witt about the chemical technology of dyes.
- In May 1891, Fritz received his doctorate from Friedrich Wilhelm University.
CAREER
- Fritz worked for his father’s dye company for a while, but later on decided to pursue an academic career.
- At the University of Jena, Fritz worked as an assistant to Ludwig Knorr.
- In 1894, Fritz became Hans Bunte’s assistant.
- Under the guidance of Bunte, Fritz studied the thermal decomposition of hydrocarbons and was able to come up with the analysis that the thermal stability of the bond of carbon-carbon is greater than the thermal stability of the carbon-hydrogen in aromatic compounds and is smaller than in aliphatic compounds.
- In Bunte’s institute, Fritz became a Privatdozent where he took on the role of teaching duties related to the scope of dye technology.
- From 1894 to 1911, Fritz stayed at the University of Karlsruhe where he was able to contribute to a lot of areas.
- Fritz and Friedrich Bran were able to explain the steps in textile printing processes that Adolf Holz developed.
- Fritz, with the guidance of Carl Engler, was able to come up with the explanation of autoxidation using electrochemical terms, wherein he was able to differentiate dry autoxidation and wet autoxidation.
- Fritz was also able to come up with the theoretical basis for measuring electrolytic potentials and glass electrodes.
- Fritz also studied the passivity of metals that are not rare and how electric current affects the corrosion of metals.
- During this time, Fritz was also able to publish a book about the thermodynamics of technical gas-reactions.
NOBEL PRIZE IN CHEMISTRY
- While at the Karlsruhe, Fritz was able to invent the Haber-Bosch process alongside his assistant Robert Le Rossignol.
- The Haber-Bosch process is a catalytic formation of ammonia from atmospheric nitrogen and hydrogen while under the conditions of high temperature and pressure.
- To further build up the process of ammonia production, Fritz turned to Carl Bosch and they were able to create large-scale production of ammonia.
- Production of ammonia in large quantities helped in the production of much larger quantities of nitrogen-based fertilizers, which in turn resulted in a much greater agricultural yield, which prevented billions of people from dying due to starvation.
- Fritz later on received the 1918 Nobel Prize in Chemistry for this work of his.
- During this time, Fritz was also actively working on his studies related to combustion reactions, separating gold from sea water, effects of adsorption, and electrochemistry.
CHEMICAL WARFARE
- During World War I, Fritz worked on meeting the wartime demands of Germany for chemical products and synthetic alternatives.
- Fritz worked alongside Wilhelm Ostwald, a German chemist, and they were able to integrate the process of ammonia oxidation and synthesis of nitrates and to the creation of explosives.
- Fritz later on proposed the usage of chlorine gas as a chemical weapon due to the demands of Germany for tear gases and other chemical irritants.
- Fritz got criticized severely for his involvement in the gas-warfare program.
- After the war, Fritz got heavily involved in administrative responsibilities and in several international scientific organizations.
- In 1919, Fritz proposed a graphical method to calculate the energies coming from ionic crystals, which became known as the Born-Haber cycle.
PERSONAL LIFE
- Fritz married Clara Immerwahr on August 3, 1901 and had a son named Hermann.
- After Clara’s death, Fritz remarried to Charlotte Nathan on October 25, 1917 in Berlin. The two had two children named Eva-Charlotte and Ludwig-Fritz.
- At the age of 65, Fritz died due to heart failure on January 29, 1934.
Fritz Haber Worksheets
This is a fantastic bundle which includes everything you need to know about the Fritz Haber across 22 in-depth pages. These are ready-to-use Fritz Haber worksheets that are perfect for teaching students about Fritz Haber who was a German chemist who is known for receiving the Nobel Prize for Chemistry for his work related to nitrogen fixation.
Complete List Of Included Worksheets
- Fritz Haber Facts
- More Info
- Time
- NH3
- Pride
- Word
- Process
- C. Bosch
- Meaning
- Solve
- Letter
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