Hydrogenation System

1. AGI Pressure Reactor: The Core of the Hydrogenation System

• Pressure Capability: This is paramount for hydrogenation. AGI's glass pressure reactors are engineered to withstand up to 10 barG (1 MPa) pressure. This allows for the introduction and reaction of hydrogen gas at elevated pressures, which is crucial for many hydrogenation processes.
• All-Glass Vessel Design (Borosilicate 3.3):
  • Visual Monitoring: A significant advantage of AGI's glass reactors is the full visibility of the reaction. This allows chemists and engineers to visually monitor the progress of the hydrogenation reaction, observe catalyst behavior, gas dispersion, and any changes in the reaction mixture, which is not possible with traditional stainless steel reactors.
  • Chemical Resistance: Borosilicate glass 3.3 offers excellent resistance to a wide range of corrosive chemicals, including acids and halogens, which might be present in hydrogenation feedstocks or byproducts. This expands the applicability beyond what many metal reactors can handle.
  • Thermal Shock Resistance: The glass is designed to withstand significant temperature changes, crucial for controlling exothermic hydrogenation reactions.
• Safety Features:
  • Individual Pressure Testing: Every glass reactor is pressure tested to ensure its integrity and safety under elevated pressure.
  • Protective Covering/Cage: The reactors come with a robust protective covering or cage (often metal with transparent windows) to enhance safety in case of accidental breakage, providing an additional layer of protection for the user.
  • Magnetic Stirrer Seal: A specialized magnetic stirrer seal ensures leak-proof operation under pressure, preventing the escape of hazardous gases like hydrogen. These seals are typically made of SS316 (or optional Hastelloy®) for corrosion resistance.
  • Safety Valve Integration: While not explicitly detailed as part of every standard package, pressure reactors for hydrogenation would typically be integrated with appropriate pressure relief devices (safety valves) to prevent over-pressurization.