Considering the concept of total chemical, energy, water, and cost consumption in optimizing process sustainability—not just total direct cost

Title : Considering the concept of total chemical, energy, water, and cost consumption in optimizing process sustainability—not just total direct cost

Abstract:

The parameters related to estimate operational cost including utilities, feed, chemicals, labour and logestics; in which, water, energy, and chemicals have a concept of deeper foot print including the distance from factory, alternatives of design process without high needed chemicals, alternative of usage the recycled energy and water from neighbor factories, and the futurology of underground water resources. In addition, some new index might be suggested in economical evaluation containing index of gap from decarbonization criteria, coefficient of non-neighbor portion of that water and energy of the region facility, and coeeficient of downward chain from products in such a way that keep enough profit to switch the product in a greener and more desirable sustainable outlet. Furthermore, two example of academic and industry case will be interpreted to proclaim the theory more. A academic case of CO2 capture and conversion utilization to carbon and a study of glycol dehydration of sweet gas.

Biography:

Dr. Ansari studied Chemical engineering at the Science and Technology University, Iran and graduated as MS in 2011. He then joined the industrial groups at the Institute of engineering consultants co. and petrochemicals field . Then he entered 6 years later at PhD. He received his PhD degree in 2024 at the same institution. Now, he engaging the last phase of postdoctoral fellowship supervised by Dr Ghaemi at the same institute. He has published more than 20 research articles in SCI (E) journals, 4 national standards, and created more than 5 new courses for universities and industrial education department.