Innovative Production Machines and Systems Conference

Motivation

• The chemical industry is sometimes referred to as the "keystone" industry because of the way the rest of the manufacturing sector relies on chemicals.
  Chemicals is nearly a $1.5 trillion global enterprise, and it is also the second largest consumer of energy in manufacturing and spends over $5 billion annually on pollution abatement. Production technologies of the future will combine tradition with innovation
• In present  the polymer science and materials engineering join forces with biology and medicine informatics to produce modern miracles and the interdisciplinary collaboration remain the true source of benefits.
• Modern chemistry has made important progresses in developing and testing theoretical concepts of new macromolecular compounds, with the structure related  to impose properties for new areas of applications
• The development of a macromolecular compound is an extremely laborious and time-consuming process. Molecular modeling and rational molecular design have become indispensable tools for the development of   new compounds.
• Solving today's challenges in polymer science and engineering will no doubt shape the future.