Independent control for simultaneous fracturing of multiple wellbores

A system comprising:

• a first transfer unit providing a first fluid;
• a second transfer unit providing a second fluid;
• a first and second pumping unit fluidically coupled to the first transfer unit, wherein the first pumping unit pumps the first fluid to a first wellbore and the second pumping unit pumps the first fluid to a second wellbore;
• a third and fourth pumping unit fluidically coupled to the first transfer unit and the second transfer unit, wherein the third pumping unit pumps the first fluid or the second fluid to the first wellbore and the fourth pumping unit pumps the first fluid or the second fluid to the second wellbore;
• a first clean valve fluidically coupled between the first transfer unit and the third pumping unit;
• a second clean valve fluidically coupled between the first transfer unit and the fourth pumping unit;
• a first dirty valve fluidically coupled between the second transfer unit and the third pumping unit;
• a second dirty valve fluidically coupled between the second transfer unit and the fourth pumping unit;
• wherein the third pumping unit pumps the first fluid to the first wellbore in response to the first clean valve being set to the open position and the first dirty valve being set to the closed position;
• wherein the fourth pumping unit pumps the first fluid to the second wellbore in response to the second clean valve being set to the open position and the second dirty valve being set to the closed position;
• and
• a controller communicatively coupled to the first, second, third, and fourth pumping units, wherein the controller adjusts the pumping rate of at least one of the first, second, third, or fourth pumping units, based at least in part on, a desired parameter of at least one of the first or second wellbore.