text: Yo, listen up, I got a story to tell
  'Bout lactic acid, a chemical that rings a bell
  It's a target platform, renewable resource-based
  Obtained through biorefinery, can't be replaced
  
  This study's all about lactic acid recovery
  From corn stover hemicellulose-derived liquor, you see
  Two processes in the mix, let's compare 'em tight
  Process I and Process II, gonna shed some light
  
  In Process I, with 10 wt % trioctylamine/octanol
  Optimized conditions, extraction's the goal
  Lactic acid's efficiency at 50.8 percent
  And distribution coefficient, it's 1.03, that's what's sent
  
  Now let's move to Process II, a new step's in sight
  Salting-out extraction, gonna take this fight
  Impacts are significant, on the reactive process next
  Lactic acid's efficiency, it's a whole lot complex
  
  In Process II, it's about 32.2 percent
  And the distribution coefficient, it's higher, my friend
  3.85 times greater than Process I, you know
  Salting-out extraction's got the flow
  
  Most of the salts, about 82.8 percent
  And all residual sugars, they're removed, no lament
  Salting-out extraction system does the trick
  Clears the way for lactic acid, ain't that slick?
  
  But we ain't done yet, there's more to unfold
  Five extraction cycles, back-extraction's bold
  Solvent regeneration, the system's still strong
  Stable performance, that's where we belong
  
  So we made it happen, lactic acid's won
  From corn stover's crude reaction liquor, it's done
  Salting-out and reactive extraction, they're the key
  Recovery method, biomass-derived liquor, you see