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When purging the filter bags in a dust collection system, both high velocity and high pressure principles can be involved, but they are used for different purposes in the cleaning process: 1. High Pressure Principle: This is primarily used in the pulse-jet cleaning method described in the video. In this system, compressed air is released in short bursts (pulses) at high pressure. This burst of high-pressure air is directed through the center of the filter bags, causing a sudden expansion and a reverse flow of air that dislodges accumulated dust particles from the outside surface of the filter bags. The high pressure is crucial for ensuring that the dust cake formed on the filter surface is effectively dislodged and falls into the hopper below. 2. High Velocity Principle: While the primary cleaning mechanism involves high pressure, the resultant high velocity air generated during the pulse can also play a role. The high velocity of the air pulse helps in rapidly dislodging the dust particles from the filter bags and carrying them away from the filter surface. The velocity helps in transporting the dust particles into the hopper or dust collection area below the filters. FCPL invites you to join us for informative series "Filtration by Filter Concept" Kindly click on the below link : filter-concept.com/video-series/

@@Filter-concept how both will react high since pressure high means velocity becomes low that’s the logic right

@@hemanthkumar9893 You’re right in noting that, under certain conditions, there is an inverse relationship between pressure and velocity-this is described by Bernoulli’s principle, which states that in a steady, incompressible flow, an increase in the speed of the fluid occurs simultaneously with a decrease in pressure or potential energy. However, the context of a pulse-jet cleaning system is a bit different: 1. Pulse-Jet Cleaning System Dynamics: In a pulse-jet cleaning system, high-pressure compressed air is stored and then released in short bursts or pulses, which is approx 200 miliseconds. When this compressed air is suddenly released, it accelerates rapidly through the system, creating a high-velocity jet of air, as it passes through precisely designed small nozzle having opening of 6-10 mm depending upon application. 2. Localized High Pressure and High Velocity: At the point where the compressed air is released, there is initially high pressure. As the air expands rapidly out of the nozzle or pulse valve, it converts its potential energy (pressure) into kinetic energy (velocity). This rapid expansion creates both a localized area of high pressure (at the point of release) and high velocity (as the air moves away from the point of release). 3. Pulse and Airflow Interaction: The high-pressure pulse is designed to create a shock wave that travels through the filter bags. This pulse is short but powerful, causing a rapid burst of airflow (high velocity) that effectively dislodges dust from the filter surfaces. Although the pressure may decrease as the air expands and velocity increases, the system is engineered to ensure that both the pressure at the nozzle and the velocity of the resulting air jet are sufficient to perform the cleaning action. In this specific application, both high pressure and high velocity are present but in different stages and areas within the system. Initially, there is high pressure at the release point (inside the pulse valve), which then translates into high velocity as the air expands outwards. The high pressure is crucial for the initial burst to loosen dust, and the resulting high velocity is necessary to carry dislodged particles away from the filter surface. So, while in a controlled environment with steady flow, pressure and velocity might have an inverse relationship, in the pulse-jet system, the rapid pulsing mechanism utilizes high pressure to create high velocity air jets effectively. FCPL invites you to join us for informative series "Filtration by Filter Concept" Kindly click on the below link : filter-concept.com/video-series/

@@Filter-concept thank you for great time

Welcome.

That's good FCPL invites you to join us for informative series. Kindly click on the below link: filter-concept.com/video-series/

Thanks you. FCPL invites you to join us for informative series Kindly click on the below link: filter-concept.com/video-series/

@@Filter-conceptWlc 😇 Can you make a video on fermenter mechanism and how it really works for industrial level ??

Thank you for your detailed comment! Your understanding of the process is quite close, but let’s clarify a few points: 1. Separation: Natural gas, mixed with oil and water, enters a separator where water and oil are removed by gravity. 2. Heating and Fractionation: The temperature increases, so with lesser and lighter gases ascending, heavier ones stay below. 3. Refrigeration and Condensation: Chilling is done on the gases, finally leading to condensation into NGLs. 4. Purification: It includes further processing to purify NGLs of impurities." FCPL invites you to join us for informative series Kindly click on the below link: filter-concept.com/video-series/

​@@Filter-concept👍

Dear sir, Thank you for your inputs. We shall incorporate the same.

Thanks for your enquiry of Bag Filter. Kindly help us with your email ID & contact details to submit our proposal.

Please accept my apologies as I did not fully understand your question. This presentation includes filter bags that may give you an impression of a sleeve. These bags are utilized for collecting dust of specific sizes and play a crucial role in ensuring that only an acceptable level of dust is released into the environment, thereby preventing any harm. For additional inquiries or continuous communication, kindly forward your questions to info@filter-concept.com. Thank you.

Absolutely, it’s possible to achieve pure drinking water with this system. However, it’s crucial to consider several other factors before we can finalize our assessment. Could you please provide your email address for further communication? Alternatively, feel free to reach out to us directly at enquiry@filter-concept.com.

Dear Mr. Martin, The sizing and design of the Dust Collection System are contingent upon multiple parameters. Could you please provide your email address? This will allow us to send you an application data sheet to complete, enabling us to tailor the system design to your specific needs. Warm regards.

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Thankyou for your suggestion. Do watch our upcoming episode.

Thankyou Jagish Ji and Sandip Ji

Thanks Mr. Girish

Thanks 😊

Hello Ashokbhai , Thanks for your kind words. Yes, we have series of various episodes addressing basic knowledge of filtration subject & this series is named as “Filtration by Filterconcept "

Thanks for your feedback. Yes, we have weekly one video on this series “Filtration by Filterconcept”

Thanks Mr. Tejas , it really encourage us. We shall surely try to reach all possible platform across globe. Keep watching & suggesting us.

Thanks Akash for your wonderful words. It encourages us a lot.

Thanks Dear. We have series of videos, “Filtration by Filterconcept” releasing on weekly basis. Keep watching & help us with your valued feedback.