Basic Knowledge of Gasification 2018-10-11 (Short Answer Questions)
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What is the impact of the amount of sludge discharged from the bottom of the sedimentation tank on the system? Answer: The amount of wastewater discharged affects the system’s water balance; specifically, it influences the level of water in the graywater tank. If it is too large, the liquid level in the graywater tank becomes low; if it is too small, the large particles that settle at the bottom of the sedimentation tank cannot be removed, and they end up in other systems, causing scaling in the equipment and pipelines.
Answer: The amount of wastewater discharged affects the system’s water balance; specifically, it influences the level of water in the graywater tank. If it is too large, the liquid level in the graywater tank becomes low; if it is too small, the large particles that settle at the bottom of the sedimentation tank cannot be removed, and they end up in other systems, causing scaling in the equipment and pipelines.
The amount of wastewater discharged affects the system’s water balance; more specifically, it influences the level in the graywater tank. If too much wastewater is discharged, the level in the graywater tank drops, while if too little wastewater is discharged, the large particles that settle at the bottom of the sedimentation tank cannot be removed, leading to scaling in the equipment and pipelines of other systems.
The amount of wastewater discharged affects the system’s water balance; more specifically, it influences the level in the graywater tank. If too much wastewater is discharged, the level in the graywater tank drops, while if too little wastewater is discharged, the large particles that settle at the bottom of the sedimentation tank cannot be removed, leading to scaling in the equipment and pipelines of other systems.
The amount of wastewater discharged affects the system’s water balance; more specifically, it influences the level in the graywater tank. If too much wastewater is discharged, the level in the graywater tank drops, while if too little wastewater is discharged, the large particles that settle at the bottom of the sedimentation tank cannot be removed, leading to scaling in the equipment and pipelines of other systems.
The amount of wastewater discharged affects the system’s water balance; specifically, it influences the level of water in the graywater tank. If it is too large, the liquid level in the graywater tank becomes low; if it is too small, the large particles that settle at the bottom of the sedimentation tank cannot be removed, and they end up in other systems, causing scaling in the equipment and pipelines.
The amount of wastewater discharged affects the system’s water balance; specifically, it influences the level of water in the graywater tank. If it is too large, the liquid level in the graywater tank becomes low; if it is too small, the large particles that settle at the bottom of the sedimentation tank cannot be removed, and they end up in other systems, causing scaling in the equipment and pipelines.
The amount of wastewater discharged affects the system’s water balance; more specifically, it influences the level in the graywater tank. If too much wastewater is discharged, the level in the graywater tank drops, while if too little wastewater is discharged, the large particles that settle at the bottom of the sedimentation tank cannot be removed, leading to scaling in the equipment and pipelines of other systems.
The amount of wastewater discharged affects the system’s water balance; more specifically, it influences the level in the graywater tank. If too much wastewater is discharged, the level in the graywater tank drops, while if too little wastewater is discharged, the large particles that settle at the bottom of the sedimentation tank cannot be removed, leading to scaling in the equipment and pipelines of other systems.
Answer: The amount of wastewater discharged affects the system’s water balance; specifically, it influences the level in the graywater tank. If too much wastewater is discharged, the level in the graywater tank drops, while if too little wastewater is discharged, the large particles that settle at the bottom of the sedimentation tank cannot be removed, leading to scaling in the equipment and pipelines of other systems.