Manufacturing Method of Industrial Cracked Carbon Nine-Driving Material
I. Overview
In the field of raw materials for chemical production, industrial cracked carbon nine-driving material is an important raw material, which is widely used in the industries of rubber, plastics, coatings, printing ink and so on. In this paper, the manufacturing method of industrial cracked carbon 9-opener material will be introduced in detail, including raw material selection, production process, equipment selection and other aspects.
II. Raw material selection
The main raw material of industrial cracked carbon IX - drive material is carbon IX aromatic hydrocarbons, which contains more benzene, toluene, xylene and other aromatic hydrocarbon components. In order to ensure product quality and production efficiency, it is necessary to select high-quality carbon nine aromatics raw materials, generally require higher purity and less impurities.
Third, production process
The manufacturing process of industrial cracked carbon IX - driving material mainly includes the following steps:
1. Raw material pre-treatment: the raw material of carbon IX aromatics will be pre-treated with dehydration, desulfurization and other pre-treatments, in order to ensure the stability of the subsequent process.
2. Cracking reaction: The pretreated carbon 9 aromatics raw materials are heated to a certain temperature and cracking reaction is carried out to generate cracked carbon 9-opener material.
3. Separation and refining: Remove the impurities in the Cracked Carbon Nine-Opening Feed by distillation, extraction and other separation techniques to obtain products with higher purity.
4. Packing and storage: Pack the industrial Cracked Carbon Nine-Driving Material and store it in a cool, dry and ventilated warehouse.
Four, equipment selection
In the manufacturing process of industrial cracked carbon 9-carbon-driven material, the equipment to be used includes cracking furnace, reactor, distillation tower, extraction equipment and so on. In order to ensure the production efficiency and product quality, you need to choose stable performance, easy to operate, easy to maintain the equipment.
V. Production Precautions
1. Strictly control the quality of raw materials to ensure that the raw materials have higher purity and less impurities.
2. In the process of cracking reaction, it is necessary to control the reaction temperature and reaction time to ensure product quality and production efficiency.
3. In the process of separation and refining, it is necessary to choose suitable separation technology and equipment according to the product requirements to ensure that the product quality meets the standard requirements.
4. In the process of product packaging and storage, it is necessary to pay attention to the selection of packaging materials and the control of the storage environment in order to avoid problems such as moisture and deterioration of the product.
6. Environmental protection and safety measures
In the manufacturing process of industrial cracked carbon 9 - driving material, environmental protection and safety measures need to be taken to ensure that the production process meets environmental protection and safety requirements. Specific measures include:
1. Strengthen the management and emission control of pollutants such as waste gas, waste water, waste residue, etc., to ensure that the discharge meets the standard.
2. Establishing and improving safety management system and operation regulations, strengthening staff safety training and education, and improving safety awareness.
3. Equip with perfect safety facilities and emergency rescue equipment, conduct regular safety inspection and maintenance, and ensure the normal operation of equipment.
All in all, the manufacturing method of industrial cracked carbon IX-driving material needs to strictly control the quality of raw materials, optimize the production process, choose suitable equipment, strengthen production management and environmental protection and safety measures, in order to improve the quality of products and production efficiency, and promote the sustainable development of the field of raw materials for the production of chemicals.
