Introduction: Hydrogenation series reaction device can be applied to ester hydrogenation, light oil hydrogenation, heavy oil hydrogenation, coal tar and other reactions. The raw material oil and the hydrogen gas enter the fixed bed reactor according to a certain proportion, and carry on the continuous reaction under certain temperature and certain pressure. Process. The device is designed with a gas feed unit, a liquid feed unit, a reaction unit and a collection unit. The raw material gas and the raw material liquid are preheated and mixed into a fixed bed reactor according to a certain proportion. The raw material gas is metered with the mass flow controller. The raw material liquid is measured by a metering pump. The reactor is heated by a three-stage electric heating furnace. From the reaction unit out after the first gas-liquid separation, liquid material into the liquid storage tank, the exhaust is filtered emptying or access to the online analyzer. Features: 1 instruments, pumps, valves used at home and abroad brand-name products to ensure system reliability and stability; 2 computer automation control and manual dual-mode control combined to facilitate the operation; 3 set up a reaction condition high and low limit interlock alarm to ensure the safe operation of the device; 4 components are modular design, versatility, easy installation and maintenance; 5 to achieve temperature, pressure, flow, level and other automatic control; 6 to achieve automatic data collection, storage, printing; Technical Parameters: Reaction pressure: 0.1 ~ 20.0MPa Control accuracy ± 1% F. S. Reaction temperature: room temperature ~ 800 ℃ Control accuracy ± 1 ℃ Catalyst loading: 5 ~ 200ml Hydrogen gas flow rate: 5 ~ 2000ml / min Control accuracy ± 1% F. S. Nitrogen gas flow rate: 5 ~ 2000ml / min Control accuracy ± 1% F. S. Liquid flow: 0.0001 ~ 40ml / min
Introduction: Hydrogenation series reaction device can be applied to ester hydrogenation, light oil hydrogenation, heavy oil hydrogenation, coal tar and other reactions. The raw material oil and the hydrogen gas enter the fixed bed reactor according to a certain proportion, and carry on the continuous reaction under certain temperature and certain pressure. Process. The device is designed with a gas feed unit, a liquid feed unit, a reaction unit and a collection unit. The raw material gas and the raw material liquid are preheated and mixed into a fixed bed reactor according to a certain proportion. The raw material gas is metered with the mass flow controller. The raw material liquid is measured by a metering pump. The reactor is heated by a three-stage electric heating furnace. From the reaction unit out after the first gas-liquid separation, liquid material into the liquid storage tank, the exhaust is filtered emptying or access to the online analyzer.
