(Daily Question) Coal-to-oil and olefins forum, 2018.2.16
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3.jpg Participation: Prize of 5 Wealth； Correct answer: Reward of 10 wealth points ； Note: This post is valid for 48 hours. Question: (DMTO) Olefin separation unit: What determines the size of the turbine lubricating oil tank? The size of the fuel tank volume affects the flow rate of the fuel within it; the larger the volume, the lower the flow rate, which in turn results in a better separation of air and impurities. The capacity of the fuel tank should meet the requirements of the oil system’s circulation rate. The so-called circulation rate refers to the number of times oil circulates within the oil system in 1 hour. Generally, the circulation ratio K for turbine oil is required to be in the range of 8-12. The higher the oil circulation rate, the shorter the time the oil stays in the tank, leaving no time for air and water to separate. This leads to a rapid deterioration of the oil’s quality, affecting the performance of the lubricant and shortening its service life. Note: The answers will be released automatically in two days!
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the control and lubrication systems. The larger the capacity of the fuel tank, too
Answer: The size of the fuel tank’s capacity affects the flow rate of the fuel inside it; the larger the capacity, the lower the flow rate, which in turn results in a better separation of air and impurities. The capacity of the fuel tank should meet the requirements of the oil system’s circulation rate. The so-called circulation rate refers to the number of times oil circulates within the oil system in 1 hour. Generally, the circulation ratio K for turbine oil is required to be in the range of 8-12. The higher the oil circulation rate, the shorter the time the oil stays in the tank, leaving no time for air and water to separate. This leads to a rapid deterioration of the oil’s quality, affecting the performance of the lubricant and shortening its service life.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the control and lubrication systems. The larger the capacity of the fuel tank, too.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the control and lubrication systems. The larger the capacity of the fuel tank, too.
The size of the fuel tank volume affects the flow rate of the fuel within it; the larger the volume, the lower the flow rate, which in turn results in a better separation of air and impurities. The capacity of the fuel tank should meet the requirements of the oil system’s circulation rate. The so-called circulation rate refers to the number of times oil circulates within the oil system in 1 hour. Generally, the circulation ratio K for turbine oil is required to be in the range of 8-12. The higher the oil circulation rate, the shorter the time the oil stays in the tank, leaving no time for air and water to separate. This leads to a rapid deterioration of the oil’s quality, affecting the lubricant’s performance and shortening its service life
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the control and lubrication systems. The larger the capacity of the fuel tank, too.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the control and lubrication systems. The larger the capacity of the fuel tank, too
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the control and lubrication systems. The larger the capacity of the fuel tank, too.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the control and lubrication systems. The larger the capacity of the fuel tank, too.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the control and lubrication systems. The larger the capacity of the fuel tank, too