The natural version of this process begins when two catalysts are anaerobically mixed with MgATP resulting in hydrolysis, and is often caused by microorganisms like spirillum lipoferum and rhizobium.  
The natural version of this process begins when two catalysts are anaerobically mixed with MgATP resulting in hydrolysis, and is often caused by microorganisms like spirillum lipoferum and rhizobium.  The industrial version combines, at high temperatures and pressures, hydrogen and nitrogen, producing ammonia. For ten points, name the process where free nitrogen is converted into more reactive compounds.
The natural version of this process begins when two catalysts are anaerobically mixed with MgATP resulting in hydrolysis, and is often caused by microorganisms like spirillum lipoferum and rhizobium.  
nitrogen fixation (prompt on Haber process or Haber-Bosch process)