摘要随着社会环保意识的增强，对于汽油中含硫量的要求也日趋严格，汽油的深度脱硫引起了巨大的关注。吸附脱硫因其温和的操作条件以及其高效的深度脱硫效率成为目前最具前景的脱硫方法。本论文通过以改性凹凸棒粘土以及改性活性炭作为载体材料，通过软化学方法负载一定量的活性组分制成吸附剂，且采用固定床动态吸附的方法对脱硫剂进行脱硫性能的评价。固定床动态吸附的实验结果表明在两种载体上负载适量的氧化亚铜作为活性组分时制得的吸附剂脱硫效果最佳。通过对比验证了通过回流法制备吸附剂ATP-Cu2O(0.05)的脱硫效果略优于水热法制备的ATP-Cu2O(0.05)，并初步确定了活性组分的适合含量。对于目前通用的含硫量较低的汽油，ATP-Cu2O(0.1)比AC-NH-Cu2O(0.1)表现出更高的吸附活性以及稳定性。63927

毕业论文关键词： 汽油深度脱硫；吸附；凹凸棒；活性炭；氧化亚铜

毕业设计说明书（论文）外文摘要

Title  The research on the synthesis of the composite materials based on Cu2O and its performance for gasoline desulfurization         

Abstract With the social environmental protection consciousness enhancement ,and the more and more stringent standard on the sulfur content in the gasoline, deep desulfurization of gasoline is receiving great attention among the world. Adsorptive desulfurization is a promising approach for selective removal of sulfur compounds from gasoline，and its mild operating conditions as well as high sulfur removal efficiency. In this paper ,the adsorbent were prepared by loading active component on the modified attapulgite and modified active carbon via the soft chemical methods. The evaluation of the adsorbents for the gasoline desulfurization was carried out by the dynamic adsorption experiments in the fixed bed. The experimental results show that the adsorbents have the best performance  when load Cuprous oxide as active component. The adsorbent ATP-Cu2O(0.05) prepared by reflux reaction showed better performance than that prepared by the hydrothermal reaction ,and roughly determine the suited content of the active component .For the current gasoline with low sulfur content the adsorbent ATP-Cu2O(0.1) showed better performance and stability than that AC-NH-Cu2O(0.1).

Keywords  Deep desulfurization , gasoline, Adsorptive，attapulgite，  active carbon，Cuprous oxide

一，引言（或绪论） 1

1.1汽油脱硫的背景和意义 1

1.2硫在汽油中的主要存在形式 2

1.3油品脱硫工艺技术发展现状…2

1.4吸附脱硫技术的研究现状4

1.5研究思路与研究内容8 

1.6本实验的创新点9

二，实验部分…9

2.1实验药品与仪器9

2.2 脱硫剂制备方法…10

2.3吸附剂脱硫效果的评价方法11

三，凹凸棒粘土负载型吸附脱硫剂的汽油动态吸附脱硫研究…12

3.1不同负载组分的吸附脱硫效果…12

3.2不同制备方法对吸附脱硫效果的影响13

3.3汽油原料含硫量对汽油吸附脱硫效果的影响…16

3.4活性组分含量对汽油脱硫效果的影响18

3.5不同吸附温度对汽油吸附脱硫效果的影响19

四，活性炭基负载型吸附脱硫剂的汽油动态吸附脱硫研究20

4.1 活性炭负载氧化亚铜对汽油脱硫效果的影响…20

4.2 吸附温度对活性炭吸附剂的吸附脱硫性能的影响…21

4.3不同汽油中两种不同载体的吸附剂的脱硫效果比较23

5吸附剂的物化性质表征…25

5.1 引言25

5.2 吸附剂负载前后的物相分析26

5.3 吸附剂负载前后形貌对比…27