[Production Version] Daily Question 2018-6-6 (Short Answer)
Thread Content
Why is an interlock shutdown system for low liquid level in the drum installed? Answer: When the liquid level in the drum is too low, the heat generated by the reaction cannot be removed in time, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s lifespan; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown system for low liquid level in the drum is installed.
If the liquid level in the drum is too low, the heat of reaction cannot be removed in a timely manner, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s service life; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown mechanism is installed to prevent operation when the drum’s liquid level drops too low.
If the liquid level in the drum is too low, the heat of reaction cannot be removed in a timely manner, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s service life; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown mechanism is installed to prevent operation when the drum’s liquid level drops too low.
If the liquid level in the drum is too low, the heat of reaction cannot be removed in a timely manner, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s service life; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown mechanism is installed to prevent operation when the drum’s liquid level drops too low.
If the liquid level in the drum is too low, the heat of reaction cannot be removed in a timely manner, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s service life; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown mechanism is installed to prevent operation when the drum’s liquid level drops too low.
If the liquid level in the drum is too low, the heat of reaction cannot be removed in a timely manner, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s service life; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown mechanism is installed to prevent operation when the drum’s liquid level drops too low.
Prevent boiler explosions or other safety incidents caused by water shortage in the boiler.
If the liquid level in the drum is too low, the heat of reaction cannot be removed in a timely manner, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s service life; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown mechanism is installed to prevent operation when the drum’s liquid level drops too low.
If the liquid level in the drum is too low, the heat of reaction cannot be removed in a timely manner, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s service life; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown mechanism is installed to prevent operation when the drum’s liquid level drops too low.
If the liquid level in the drum is too low, the heat of reaction cannot be removed in a timely manner, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s service life; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown mechanism is installed to prevent operation when the drum’s liquid level drops too low.
If the liquid level in the drum is too low, the heat generated by the reaction cannot be removed in a timely manner, causing the catalyst temperature to rise. This poses a serious threat to the catalyst’s service life; in severe cases, it can even destroy the catalyst as well as the internal components of the synthesis tower. Therefore, an interlock shutdown mechanism is installed to prevent operation when the liquid level in the drum is too low