ExxonMobil’s Energy
Factor, May 15, 2018, has a fascinating description of the use of Fourier
Transform Ion Cyclotron Resonance Mass Spectrometry to identify “bottom-of-the
barrel” molecules in order to produce premium products like gasoline or jet
fuel.
This is a heavy lift. Ultimately, ExxonMobil’s research team, led by Amrit Jalan, is after the chemical structure, which can identify these molecules and help identify their best use. The tough part, though, is what they examine can contain up to hundreds of thousands of unique chemical formulas and hundreds of structural variations, leading to billions of possibilities.
Read the entire post at: https://energyfactor.exxonmobil.com/science-technology/a-hunt-for-answers-from-billions-of-options/
TIP: Search for Amrit Jalan on Google® Scholar (https://scholar.google.com) to find publications he has authored or co-authored
TIP: Search Amrit Jalan linkedin on regular Google® to locate Jalan’s LinkedIn profile. Or, login to LinkedIn (www.linkedin.com) and search Amrit Jalan directly.
This is a heavy lift. Ultimately, ExxonMobil’s research team, led by Amrit Jalan, is after the chemical structure, which can identify these molecules and help identify their best use. The tough part, though, is what they examine can contain up to hundreds of thousands of unique chemical formulas and hundreds of structural variations, leading to billions of possibilities.
Read the entire post at: https://energyfactor.exxonmobil.com/science-technology/a-hunt-for-answers-from-billions-of-options/
TIP: Search for Amrit Jalan on Google® Scholar (https://scholar.google.com) to find publications he has authored or co-authored
TIP: Search Amrit Jalan linkedin on regular Google® to locate Jalan’s LinkedIn profile. Or, login to LinkedIn (www.linkedin.com) and search Amrit Jalan directly.
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