In response, the crew members of the oil rig had decided to pump cement down the valve to cover the leak and primarily prevent hydrocarbon molecules from traveling up to the earth 's surface. Hydrocarbons molecules are incredibly dangerous because when they interact with the oxygen on the surface ,they become increasingly reactive , and as a result of their reactivity they usually an ignition occurs. The BP investigation team was able to conclude that there were weaknesses present in the cement design and testing ,which resulted in the cement not being able to close the leak (BP investigation team). So, the hydrocarbon molecules were indeed able to travel up the annulus and spark the ignition that caused the rig to explode and allow oil to leak into the
In response, the crew members of the oil rig had decided to pump cement down the valve to cover the leak and primarily prevent hydrocarbon molecules from traveling up to the earth 's surface. Hydrocarbons molecules are incredibly dangerous because when they interact with the oxygen on the surface ,they become increasingly reactive , and as a result of their reactivity they usually an ignition occurs. The BP investigation team was able to conclude that there were weaknesses present in the cement design and testing ,which resulted in the cement not being able to close the leak (BP investigation team). So, the hydrocarbon molecules were indeed able to travel up the annulus and spark the ignition that caused the rig to explode and allow oil to leak into the