苯乙烯是重要的有机化工原料,主要用于生产合成塑料、橡胶和树脂等也可应用

苯乙烯是重要的有机化工原料,主要用于生产合成塑料、橡胶和树脂等也可应用于涂料、染料、合成医药等行业。随着需求量的逐渐增加，苯乙烯的生产规模在逐渐的增大，生产方法也在不断的改进。乙苯脱氢法仍是其中的主要生产方法。在实验室的条件下，采用等温式乙苯催化脱氢小型装置，考察反应温度以及水和乙苯的进料比对实验结果的影响，并根据实验结果找出实验室条件下最佳的反应温度范围以及合适的进料比范围。

結果 (英文) 1:

Styrene is an important chemical raw material, mainly used in the production of synthetic plastics, rubber and resins can also be used in paints, dyes, pharmaceutical and other industries. Along with the increase in demand for styrene production gradually increased, production methods are constantly improved. Dehydrogenation of Ethylbenzene is still one of the main methods of production. In laboratory conditions, isothermal catalytic dehydrogenation of Ethylbenzene is used a small device, the reaction temperature and water and ethyl benzene material than the impact on the results, according to the test results to identify best responses under laboratory conditions temperature range and suitable feeding range.

結果 (英文) 2:

Styrene is an important organic chemical raw materials, mainly used in the production of synthetic plastics, rubber and resins, etc. can also be used in paints, dyes, synthetic pharmaceuticals and other industries. With the gradual increase in demand, the scale of production of styrene is gradually increasing, production methods are constantly improved. Ethylbenzene dehydrogenation process is still one of the main production methods. Under laboratory conditions, isothermal type catalytic dehydrogenation of ethylbenzene small means of reaction temperature and the effects of water and ethylbenzene feed ratio on the experimental results, and find the best reaction under laboratory conditions in accordance with the experimental results temperature range and suitable feed ratio range.

結果 (英文) 3:

Styrene is an important organic chemical raw materials, mainly used in the production of synthetic plastics, rubber and resin can also be applied to coatings, dyes, synthetic medicine and other industries. With the increase of the demand, the scale of the production of styrene is increasing, and the production methods are constantly improved. The main production method of the ethylbenzene dehydrogenation method is still. Under laboratory conditions, the isothermal type catalytic dehydrogenation of ethylbenzene small device, the effects of reaction temperature and water and ethylbenzene feed ratio on the impact of experimental results, and find out the best reaction temperature range under laboratory conditions and the suitable feed ratio range according to the experimental results.