Pump Cleaning Equipment

[Audio] Good morning everyone, and welcome to today's meeting. Our presentation will center on one of the essential components of our company's production process, the pneumatic air line system. Specifically, we will discuss how this system connects air motors to transfer and circulate alkaline solution between a tank and pumps, as well as the subsequent cleaning process using hot water and air. This system plays a vital role in our operations, and we aim to enhance your understanding of its significance and functionality through this presentation. Without delay, let us begin with our first topic, connecting the pneumatic air line to the air motors..

4 PUMP PLACED WITH HOSE HANGED ON SLOTS.

4 AIR MOTOR CONNECTED ON PUMPS WITH COMPRESSED AIR LINE.

AIR IN START.

[Audio] Slide number 5 of our presentation discusses the efficient use of pneumatic air lines to connect with air motors. This system allows for the transfer of alkaline solution from a 100 liter tank using a transfer pump and hose. Once the pump is started, the alkaline solution is safely and quickly transferred from the tank and discharged into the desired location. Aside from just transferring the solution, the system also helps to clean the pump and hose from inside as the circulation continues for 5 minutes. This ensures the equipment remains in top working condition, saving time and effort and maintaining longevity. Let's take advantage of this innovative system and make the transfer of alkaline solution smooth and hassle-free. We will now move on to the next slide..

[Audio] On slide number 6 of our presentation, we have the essential components for our pneumatic air line to connect with our air motors. These components include an alkaline solution with a 100-liter hot water tank, a transfer pump, and a hose. It is important to note that after five minutes of use, the motors must be air closed. This means that they will be turned off and removed for external cleaning. This step is crucial for the maintenance and proper functioning of our equipment. It is highly recommended to follow this process after five minutes of use to ensure the longevity of our air motors and to prevent any potential malfunctions. In addition, regular cleaning will help to maintain the efficiency and performance of our equipment. Moving on to slide number 7, we will discuss the safety measures for handling our equipment..

[Audio] In order to properly clean our equipment, it is necessary to take a closer look at the pumps. To do this, we will need to move the pumps onto the upper hanging channel. This will allow us to expose the dipped area and thoroughly clean it. It is a crucial step in maintaining the functionality and durability of our equipment. Once the pumps are on the upper hanging channel, the cleaning process can begin. We will use a pneumatic air line to connect with air motors and an alkaline solution with hot water in a 100 liter tank. These tools and solutions are essential in ensuring thorough cleaning of the pumps for their optimal performance. Additionally, we will use a transfer pump and hose to make the process more efficient. By following these steps and utilizing the appropriate tools and solutions, we can guarantee that our equipment is properly cleaned and maintained..

[Audio] We have discussed the benefits of using a pneumatic air line to connect with air motors, and now we will move on to slide number 8 out of 11. This slide explains the process of cleaning our equipment, specifically the alkaline solution tank, transfer pump, and hose. It is important to clean the equipment after shifting to ensure proper functioning and longevity. We use a hot water high pressure CIP machine for this purpose. CIP stands for Clean-In-Place, a method of cleaning without disassembly. The first step is to focus on cleaning the outside area of the hose, using high pressure hot water to remove any dirt, debris, or residue. This ensures that the hose is free from potential contaminants that could affect the quality of our products. Next, we clean the transfer pump, which is responsible for pumping the alkaline solution into the tank. The CIP machine uses hot water at a specific pressure to thoroughly clean the interior of the pump and remove any build-up or impurities. Finally, the tank itself is cleaned using hot water and pressure from the CIP machine to effectively sanitize it for the next use. In summary, after shifting, we use the hot water high pressure CIP machine to clean the outside of the hose and pump, as well as the inside of the tank. This process helps maintain the cleanliness and efficiency of our equipment, ensuring the highest quality of our products..

AFTER CLEANING WE CONNECT HOSES FOR DRY THE PUMP AND BLOW HOT AIR INTO THE PUMP TO VAPOURISE WATER PARTICLES FROM HOSE AND PUMP..

[Audio] The cleaning process begins with transferring an alkaline solution from the tank to the pump using a transfer pump. This solution is then circulated throughout the system for five minutes to clean both the pump and the hoses. This cycle is repeated four times, which takes around thirty minutes to complete. The dry function ensures that all debris and residue are removed from the system. After all four cycles have been completed, the pumps are thoroughly cleaned and are now ready for use..