Auxiliary facilities for hydrogen peroxide production

Auxiliary facilities for hydrogen peroxide production

Product introduction

The main function of auxiliary facilities for hydrogen peroxide production is to improve production efficiency, ensure production safety and improve product quality. Hydrogenation Project,Hydrogen Production Eguipment,Heating Furnace Equipment Specific applications include the following aspects:

1. Reactor: the core equipment of hydrogen peroxide production, mainly used for the reaction of sodium hydroxide and hydrogen peroxide to produce high concentration of hydrogen peroxide.

2. Steam generator: Used to generate steam, provide heat required by the reactor and promote the reaction rate.

3. Cooler: Used to cool reactants and products in the reactor to prevent overheating and avoid accidents.

4. Filter: Used to filter reactants and products, remove impurities and impure substances, improve product purity.

5. Storage tank: Used to store hydrogen peroxide products to ensure product quality and safety.

6. Automatic control system: used to control reactor temperature, pressure, flow and other parameters, to ensure the stability and safety of the production process.

7. Waste gas treatment equipment: used to treat the waste gas produced by the reactor and reduce the pollution to the environment.

8. Safety equipment: including fire alarm, leakage alarm, explosion-proof equipment, etc., for ensuring production safety

Product parameter

Name: Hydrogen producing reformer

Application: petrochemical industry

Design temperature: 900-1100℃

Megawatt: 5-50 MW/unit

Specification：：Cylinder diameter 2-8 meters

The square can be customized in length, width and height

case

Owner Name: Solvay (Zhenjiang) Chemical Co., LTD

Project Name: Technical Renovation Project of auxiliary facilities for hydrogen peroxide production of 70,000 tons/year

Product name: hydrogen reformer

Project description: Reformer is the reactor of conversion reaction in hydrogen production unit, which belongs to the heart equipment of the unit. The catalyst is installed in a reformer tube, and the reaction medium is directly heated in the furnace to react through the catalyst bed in the furnace tube. In this project, our company is mainly responsible for the reformer body, waste heat recovery system production, platform ladder process calculation, steel structure calculation, detailed design drawings design and so on. In addition, modular manufacturing and on-site assembly mode are adopted, which greatly reduces the transportation cost.