工艺安全工程师-宁波

岗位职责：
1.
Degree: Master and above. Major: chemical engineering.
硕士及以上学历，化学工程专业。
2.
Strong chemical engineering background in the area of reaction
engineering, heat and mass transfer, unit operations, competent with basic
chemical engineering calculations using excel or other available software.
在反应工程、传热传质、单元操作等领域有较强的化学工程背景，能使用excel或其他可用软件进行基本的化学工程计算。
3.
Willing to work in the lab to collect safety and design
data. The job is about 50% lab work and
similar portion will be computer work.
意向在实验室收集安全和设计数据。这项工作大约有50%是实验室工作，类似的部分是计算机工作。
4.
Good communication skills (written and verbal) in both Chinese
and English languages.
良好的中英文沟通能力（书面和口头）。
5.
Run reaction calorimetry experiment (RC1), then perform
reaction kinetic study from heat flow
and chemistry conversion data. Based on the study, give suggestion on
scale up condition such as reaction temperature.
进行反应量热实验（RC1），然后根据热流和化学转化数据进行反应动力学研究。在此基础上，对反应温度等放大条件提出了建议。
6.
Give suggestion on process optimization. For example, optimize
the process to dosing controlled type from heat accumulation.
提出工艺优化建议。例如，将工艺从热积累优化为加药控制型。
7.
Understand heat transfer knowledge. Calculate cooling capacity
of reactor. Give suggestion on safe dosing time during manufacture from RC1
data.
了解传热知识。计算反应器的冷却能力。根据RC1数据，对生产过程中的安全投加时间提出建议。
8.
Understand runaway situation such as thermal runaway and
explosion.
了解热失控、爆炸等失控情况。
9.
Run adiabatic calorimeter such as ARSST, VSP2 and ARC. Have the
knowledge of DIERS. Understand pipe resistance calculation and vent sizing
calculation.
运行绝热量热计，如ARSST、VSP2和ARC。有DIERS的知识。了解管道阻力计算和通风孔尺寸计算。
10. Understand mass transfer for
reactions like hydrogenation. Predict scale up situation from RC1 heat flow and
pressure data.
了解氢化反应的传质。从RC1热流和压力数据预测放大情况。
11. Give suggestions on hazard
mitigation of electrostatic. Understand dust explosion and mitigation of dust
hazard.
提出静电危害缓解建议。了解粉尘爆炸和减轻粉尘危害。
12. Good ability of communication
skill and team cooperation. Can communicate with production colleagues and
oversea client.
良好的沟通能力和团队合作能力。能与生产同事及海外客户沟通。