(Daily Question) Coal-to-Oil and Olefins Forum, 2018.2.10
Thread Content
3.jpg Participation: Prize of 5 Wealth； Correct answer: Reward of 10 wealth points ； Note: This post is valid for 48 hours. Question: What types of bearings are used for the turbines in the (DMTO) olefin separation unit? Industrial steam turbine bearings can be divided into radial bearings and thrust bearings depending on the loads they bear! Note: The answer will be announced automatically in two days!
Industrial steam turbine bearings can be divided into radial bearings and thrust bearings depending on the loads they bear
Industrial steam turbine bearings can be divided into radial bearings and thrust bearings depending on the loads they bear
There are two types: radial bearings and thrust bearings
Industrial steam turbine bearings can be divided into radial bearings and thrust bearings depending on the loads they bear
There are two types: radial bearings and thrust bearings
Industrial steam turbine bearings can be divided into radial bearings and thrust bearings depending on the loads they bear.
Divided into radial bearings for search (radial pads) and axial bearings (thrust pads)； Radial bearings are further divided into cylindrical bearings (more commonly used in small units), which have a simple structure and low cost; elliptical bearings (more common in medium and large units), which offer better stability than cylindrical bearings; and tilting bearings (essential in large units), which are highly effective at eliminating oil film excitation ； Based on their structure, thrust bearings are divided into integral types (used in small turbines) and separate types (used in large turbines); there are further subcategories as well. In general, sliding bearings are used in steam turbines.
There are two types: radial bearings and thrust bearings
Divided into radial bearings for search (radial pads) and axial bearings (thrust pads)； Radial bearings are further divided into cylindrical bearings (more commonly used in small units), which have a simple structure and low cost; elliptical bearings (more common in medium and large units), which offer better stability than cylindrical bearings; and tilting bearings (essential in large units), which are highly effective at eliminating oil film excitation ； Based on their structure, thrust bearings are divided into integral types (used in small turbines) and separate types (used in large turbines); there are further subcategories as well. In general, sliding bearings are used in steam turbines.