Hydrogenation autoclave

processverticalfor the pharmaceutical industry

Upgrading a hydrogenation process using a magnetic drive seal drive and a self-aspirating impeller configuration can significantly improve the efficiency and safety of the process, especially in high-shear and high-suspension conditions. > Leak-Free Operation > Reduced Maintenance > Energy Efficiency Magnetic Drive Seal Illustration A magnetic drive seal, also known as a magnetic coupling or mag drive, is a type of seal used in pumps and other rotating equipment to transmit torque from the motor to the pump shaft without any physical contact. This design eliminates the need for mechanical seals and shaft seals, which can wear out over time and cause leaks. Here’s a brief overview of how magnetic drive seals work and their key components: Components of a Magnetic Drive Seal: Internal Magnet Rotor: This is the magnet attached to the pump shaft. It rotates inside the pump housing. External Magnet Rotor: This magnet is attached to the motor shaft and rotates outside the pump housing. Isolation Barrier: This is a non-magnetic barrier (usually a metal housing) that separates the internal and external magnets. It contains the fluid being pumped and prevents it from leaking out. Shaft: Connects the internal magnet rotor to the impeller or other rotating parts within the pump Self Asipration Agitator A self-aspirating agitating impeller is a specialized type of mixing device designed to introduce gas into a liquid phase, typically for applications requiring gas-liquid mixing, such as oxygenation, hydrogenation, or other reactions that involve the transfer of gases into liquids.