Group Activity Carben capture is a process that is gaining a Jot of attention due to its ability to mitipte the environmental effects in the oil and gas industry (along with other industries). One proposed cubon capture method is through the use of MDEA (N-methyl diethanolamine) absorption. The following steps describe the process: 1. A stream of "Flue Gas" is fed into an ahsosber 2. An "MDEA + Water" stream is also fod into the absorber 3. "The MDEA + Water" stream comes from a mixer where "MDEA" and a "Water" stream are fed 4. A "Clean Flue Gas" stream and a "Whater + MDEA + CO_ (Rich)" stream exit the absorber 5. The "Water + MDEA +CO2 (Rich)" stecan chters and exits a beot exchanger 6. A "Stcam" stream enters and exits the heat exchanger as "Water" 7. The "Water + MDEA+CO2( Rich)" stream caters a stripper 8. A " CO2+ Water" exits the stripper 9. A "Water + MDEA" stream also exits the stripper 2 "Water" streams) exit 11. The first "Water" stream exiting the S-stage compression and the "Water" stream exiting the heat exchanger are fod into a separator 12. The second "Water" stream exiting the 5-stage compression enters the stripper 13. Two streams ("Water Purge" and "Water") exit the separator. This "Water" stream is the "Water" stream that is fed to the mixer Draw a block Alow diagram (BFD) for this process "Flue gas: a gas stream exiting from an upstream process that ugally conraits of carbon dioxide, nitrogen, and oxygen (only nitrogen and carbon dioxide are considered for this process)