Welcome Customer !

Membership

Help

Weihai Self Control Reactor Co., Ltd
Custom manufacturer

Main Products:

instrumentb2b>Products

Hydrogenation reactor

NegotiableUpdate on 02/11
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin
Overview
The hydrogenation reactor system is a stirring reaction device for chemical reactions of gas liquid solid three-phase chemical materials, which can fully stir various chemical materials under high pressure, temperature, high vacuum and other conditions to enhance mass and heat transfer processes.
Product Details

Produced by Weihai Self Control Reactor Co., LtdHydrogenation reactorA stirring reaction device for chemical reactions of gas liquid, liquid liquid, liquid solid or gas liquid solid three-phase chemical materials, which can fully stir various chemical materials under high pressure, temperature, high vacuum and other conditions to enhance mass and heat transfer processes. It is an equipment for stirring reactions of various flammable, explosive, toxic, valuable and other media under high temperature, high pressure, high vacuum and other conditions. The equipped magnetic coupler fundamentally solves the problem of shaft seal leakage that cannot be overcome by previous packing seals and mechanical seals, with no leakage or pollution, long service life, and maintenance free.


Hydrogenation reactorcauldronThe body material of the hydrogenation kettle can be made of carbon manganese steel, various grades of stainless steel, titanium and titanium alloys, nickel, Hastelloy alloy, zirconium and its composite materials. The main materials of the kettle, the size and quantity of the openings on the kettle body and lid, the heating method, the structure inside the kettle, the stirring speed, and the form of the stirring blades can all be designed according to user requirements; The heating methods include jacket steam, jacket thermal oil electric heating, jacket oil bath circulation, far-infrared and other forms for users to choose from when ordering. The hydrogenation reaction kettle can achieve mirror polishing on the inner surface of the kettle with polishing requirements. For high viscosity materials, it can be processed into a conical bottom for easy feeding and cleaning. According to the manufacturing structure of hydrogenation reactors, they can be divided into three categories: open flat lid reactors, open elliptical head reactors, and closed reactors. Each structure has its own scope of application and advantages and disadvantages. At the same time, in response to the explosive combustion characteristics of hydrogen, high explosion-proof motors and heating and control systems are equipped in the production and design of hydrogenation reactors. Independent remote control devices can also be installed according to customer needs.


50-10000LConventional technical parameters:

project

Nominal volume L (other volumes can be designed and manufactured according to customer requirements)

50


100

200

300

500

1000

2000

5000

10000


Inner diameter/inner height

350/520


450/640

600/910

600/1290

800/1100

1000/1390

1200/2400

1800/2500

2000/3000


Coil heat transfer area m2

0.2


0.5

0.8

1.0

1.2

2.5-4

4-6

10-15

16-20


work pressure

-0.1-15.0Mpa

Jacket pressure

0.1-1.6Mpa

Working temperature ℃

Room temperature -300 ℃

Heating method

Jacketed steam, jacket thermal oil electric heating tube (or circulation) heating, far-infrared, outer half coil and other heating methods, with explosion-proof heater

cooling method

Jacket cooling or inner coil cooling

stirring speed

20-500r/min can be equipped with explosion-proof motor, variable frequency speed regulation, etc

Mixing blade form

Self suction, propulsion, propeller, anchor, turbine, etc

Type of kettle lid opening (conventional opening)

The mixing port is equipped with a magnetic stirrer, the gas phase port is equipped with a needle valve (for filling various applicable gases or vacuuming), the hydrogen inlet is equipped with a needle valve, the kettle is equipped with a distributor, the liquid phase port is equipped with a needle valve and a bottom pipe inserted into the kettle (for sampling or feeding during the reaction process), the feeding port is equipped with a screw plug, the pressure safety explosion-proof port is equipped with a pressure gauge bursting disc, the temperature control port is equipped with a protective tube with platinum resistance, the inlet and outlet of the cold water coil in the kettle are equipped with water nozzles, and the discharge port is equipped with a valve (the valve form is determined according to the medium, and a ball valve is selected for solid materials, and an expansion valve can be selected for liquid materials.

control system

Control the temperature inside the kettle, PID adjustment self-tuning, intelligent program temperature rise, control the stirring speed, equipped with heating voltmeter, motor ammeter, kettle stirring tachometer and working time display table. It can be equipped with continuous operation control systems such as gas booster pumps, constant pressure feeding systems, condensation reflux receiving systems, high-pressure separation devices, overpressure and overtemperature alarms, computer remote control, and data acquisition and recording.



The laboratory produced by Weihai Self Control Reactor Co., Ltd. is widely used in scientific research experiments in the fields of new materials, energy, environmental engineering, etc. It is a commonly used magnetic stirring static sealing high-pressure reactor for scientific research in universities, research units, and chemical laboratories. The company has a production plant and a research and development center for magnetic couplings and mixers, with strong technical strength, complete processing and testing equipment, and a highly specialized and experienced development, design, and manufacturing team. The products are sold nationwide and exported to countries such as Japan, South Korea, Brazil, Iran, etc., and are highly trusted and praised by a large number of users. In recent years, through unremitting efforts and repeated experiments, we have successfully developed reaction devices for the preparation of nanomaterials and supercritical CO2 extraction reaction devices, which have been widely applied in domestic universities and professional research institutes.