text: Yo, check it out, in the lab we conducted studies
  Solid-phase reactors, gettin' dirty with bis-(2-ethylhexyl) phthalate (BEHP) in the mix
  We wanted to know how calcium peroxide (CaO(2)) would play
  Aerobic bioremediation, that's the game we came to play
  
  Closed 500 ml reactors, we operated 'em tight
  Testing if CaO(2) could stimulate the degradation of BEHP overnight
  In saturated soil, we wanted to see the action
  Ex situ conditions, simulating the reaction
  
  Six hours of mixin', water-saturated soil on the go
  Then we placed it in three vented reactors, you know
  Fifty days went by, we observed the scene
  Quantifying BEHP biodegradation, that's what we mean
  
  Microbial activity, we measured it in four ways
  Oxygen concentrations, bacterial and fungal CFUs, gotta blaze
  2-(p-iodophenyl)-3-(p-nitrophenyl)-5-phenyl tetrazolium chloride dehydrogenase activity (INT-DHA), that's a mouthful
  But we're gettin' down and dirty, nothin' we can't handle
  
  CaO(2) released oxygen, slowed down the dewatering process
  But it sure gave BEHP biodegradation a true progress
  Twenty days in, we saw a significant drop
  BEHP reduced from 20.3 to 5 g kg(-1), we made it pop
  
  Moisture and BEHP levels, they played a role
  Bacterial growth thrived, while fungi took a stroll
  That's the story of our experiment, it's all in the mix
  Solid-phase reactors, CaO(2), and BEHP, that's the tricks!