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11 Jul,2024
How are cooling towers classified as counterflow and crossflow?
The structural forms differ: In crossflow (CROSSFLOW), the air and water flow intersect at right angles; whereas in counterflow (COUNTERFLOW), the air and water move in opposite directions—this is the fundamental distinction.
What are the main aspects of water consumption in closed cooling towers?
When using closed-circuit cooling tower equipment, to ensure that the cooling water quality meets national environmental protection standards, a certain proportion of the cooling water must be drained off periodically for replenishment and renewal. In this regard, it's important to control the drainage rate of the closed-circuit cooling tower equipment to 0.3% of the total cooling water volume; alternatively, users may determine the drainage amount themselves according to relevant environmental protection technical guidelines.
What should you do if the cooling tower isn't cooling effectively?
Using a cooling tower is intended to achieve a cooling effect, but what should you do when the effect isn’t obvious? Today, we’ll walk you through this—hopefully it will be helpful to everyone.
Oasis Ice Peak: A Comprehensive Guide to Closed-Circuit Cooling Tower Maintenance and Servicing
The water basin at the bottom of the cooling tower must be filled with fresh water; softened water is recommended, and the pH level should be maintained within the range of 6 ≤ pH ≤ 8. Residues on the air intake grilles and filter screens should be removed weekly to ensure smooth operation—this interval can be adjusted downward as needed—to guarantee optimal cooling performance.
17 Jun,2024
Atmospheric gasoline, kerosene, diesel, heavy oil. Heat heavy oil to 380~400 ℃
Hydrocracking method: using heavy oil as raw material, in the presence of hydrogen and catalyst, maintaining a certain temperature and pressure, cracking, hydrogenation, isomerization and other complex chemical reactions occur to obtain high-quality light oil or lubricating oil.
The oil refining business area also includes clean gasoline, kerosene, diesel production technology, low-quality and heavy crude oil processing technology.
The intelligence of petroleum smelting process involves the use of information technology, automation technology, artificial intelligence technology, etc., to achieve data collection, analysis, optimization and control of the petroleum smelting process to improve the efficiency, quality and safety of petroleum smelting. This includes intelligent management of crude oil, intelligent control of refining equipment, intelligent quality assurance of refining products and intelligent management of refining enterprises.