Conversion to BRM of WWTP in office complex

Conversion to BRM of WWTP in office complex

A study of the operation of an existing WWTP in an office complex with operational problems was carried out. It was determined that there were sludge settling problems due to its oversizing, which caused drops in WWTP performance. As a solution, it was decided to convert the treatment plant into an outer membrane BRM, using the smallest chamber of the old treatment plant as a biological reactor, and using the rest of the volume as a lung. Other complementary actions were carried out, such as adding an automatic cleaning sieve or modifying the air ducts.

• A study of the operation of an existing WWTP in an office complex with operational problems was carried out. It was determined that there were sludge settling problems due to its oversizing, which caused drops in WWTP performance. As a solution, it was decided to convert the treatment plant into an outer membrane BRM, using the smallest chamber of the old treatment plant as a biological reactor, and using the rest of the volume as a lung. Other complementary actions were carried out, such as adding an automatic cleaning sieve or modifying the air ducts.
• A study of the operation of an existing WWTP in an office complex with operational problems was carried out. It was determined that there were sludge settling problems due to its oversizing, which caused drops in WWTP performance. As a solution, it was decided to convert the treatment plant into an outer membrane BRM, using the smallest chamber of the old treatment plant as a biological reactor, and using the rest of the volume as a lung. Other complementary actions were carried out, such as adding an automatic cleaning sieve or modifying the air ducts.
• A study of the operation of an existing WWTP in an office complex with operational problems was carried out. It was determined that there were sludge settling problems due to its oversizing, which caused drops in WWTP performance. As a solution, it was decided to convert the treatment plant into an outer membrane BRM, using the smallest chamber of the old treatment plant as a biological reactor, and using the rest of the volume as a lung. Other complementary actions were carried out, such as adding an automatic cleaning sieve or modifying the air ducts.