10月17日上午  曲江校区西一楼四楼第一会议室

9:00-10:30 主讲人：Vasile Lavric

Artificial Neural Networks as models in chemical engineering

a)       Modeling and model types

b)      Biological foundations of artificial neuron

c)       Types of artificial neural networks and their characteristics

d)      Chemical engineering process modeling with ANN

10:30-12:00 主讲人：Ioan Calinescu

Using microwaves in synthesis and processing of chemical substances

a)       Microwave – basic principles;

b)      Microwave–Material Interactions

o    Volumetric heating

o    Selective heating

c)       Instrument Types / Microwave Reactors

d)      Uses of Microwaves in extraction, synthesis and material processing

e)       From Laboratory to Industry: Scale-Up

f)       MW research equipment, existing in our faculty

10月18日上午  曲江校区西一楼四楼第一会议室

9:00-10:30主讲人：Vasile Lavric

Water and wastewater networks optimization

a)       Introduction to optimization principles

b)      Classification of water and wastewater networks

c)       Abstracting water and wastewater networks

d)      Optimization strategies specific to industrial water networks

e)       Combined mass and thermal integration of water networks for industrial facilities

10:30-12:00主讲人：Ioan Calinescu

Ultrasounds and sonochemistry

a)       Ultrasound – basic principles;

b)      Uses of Ultrasounds in synthesis, environmental protection and materials processing

c)       From Laboratory to Industry: Scale-Up

d)      US research equipment, existing in our faculty

十月19日上午   曲江校区西一楼四楼第一会议室

9:00-10:30 主讲人：Vasile Lavric

Time scales in biological treatment of wastewater

a)       Brief introduction into the biological treatment of wastewater

b)      The system and its time scales

c)       Cell’s internal time scales

d)      Cell population time scales and synchronicity

e)       Cells assembly modeling (floc, biofilm)

f)       System’s sensitivity to its time scales

g)      Conclusions

10:30-12:00 主讲人： Ioan Calinescu

Process intensification using ultrasound and microwave      

a)       Process intensification – definition

b)      Combining ultrasound and microwaves as a hybrid technology

c)       MW-US research equipment, existing in our faculty