“双碳”背景下医疗废弃物用于原油流动性改进剂综合性实验设计

Comprehensive Experiment of Medical Waste Used as Crude Oil Fluidity Improver under the Background of“Double Carbon”

为了进一步提高应用化学专业本-硕学段学生的创新思维和综合实验技能,根据新工科建设要求,渗透“医疗废弃物回收与资源化利用”助力“双碳”目标实现这一理念,以废弃口罩为研究对象,设计了系列聚丙烯基原油流动性改进剂综合性实验,评价其降黏效果。该实验将化学基础理论知识用于油田应用化学领域,将实验技能与现场作业相结合,提升学生的专业技能和油田现场适应能力;帮助学生深入了解降黏剂降黏机理,掌握其在不同环境的降黏剂评价方法和数据处理能力,进而提高创造性解决问题的能力。

This comprehensive experiment is designed to further improve the comprehensive experimental skills of undergraduate and master students in applied chemistry based on emerging engineering education requirements and to penetrate the concept of medical waste recycling and resource utilization to achieve the“double carbon”goal.A comprehensive experiment is designed to evaluate the viscosity reduction effect of a series of polypropylene based crude oil viscosity reducer using discarded masks as research object.The experiment applies basic theory of chemistry to the field of applied oilfield chemistry,while combining experimental skills with field work to enhance students professional skills and adaptability to oilfield sites.Students will gain a deep understanding of the viscosity reduction mechanism of viscosity reducer and be able to master their viscosity reduction evaluation methods and data processing skills under different environments,and thus improve their creative problem-solving abilities.