Large Capacity Hydrogenators/ High Mass Transfer Area Reactors
• Natakhu Global make High Mass Transfer Area Reactors Hydrogenators are specially designed for various Gas- Liquid reactions. These large scale reaction vessels are robustly built for longer life and to withstand constantly varying temperatures and pressures due to internal reaction conditions. These gas induction reactors are fitted with specially designed Agitator which creates very high gas-liquid contact area by recirculation of headspace gases, leading to superior mass transfer rates. Agitator is available with two sealing options such as Mechanical Seal & Magdrive.
• MOC: SS 316, SS 304, SS 904L, SA 516 GR 60/70
Along with Hydrogenators, we offer different accessories like flameproof control panel, rupture disc, safety relief valve, automatic pressure & temperature controllers, PID controlled DM water cooling system for exotherm removal etc. These high volume reactors are used in various gas liquid reactions with gases like Hydrogen, Ethylene Oxide, Ammonia, Oxygen, HCL, Phosgene, CO2, CO, Air etc. We have successfully installed large number of gas-liquid reactors and hydrogenators. Our design and engineering abilities, combined with our fabrication and machining facilities allow us to manufacture custom made reactors for most critical applications. Contact us to find a best solution for your requirement of commercial scale reactors.
Advantages & Benefits.
High Mass Transfer Area: Self-operating impeller recirculates headspace gases through hollow shaft. The impeller disperses the gas vigorously in the liquid column resulting in very high gas- liquid interfacial area
Faster Reaction: High mass transfer area leads to faster reactions
Shorter Batch Time: Faster rate of reaction leads to shorter batch time
Lesser Catalyst Loading: Very high gas-liquid interfacial area ensures that excess catalyst loading is avoided
Minimum impurities: Shorter batch time ensures that there are no unwanted side reactions. Higher yields: Less impurity ensures highest possible yields
Better Product Economy: Shorter batch time, optimum catalyst usage and highest yields ensure best product economy
