The application of chemistry in various industries has turned out to be the source of important breakthroughs that people all over the world can benefit from. Chemical engineering is considered the branch of engineering which brings together the study of physical science, life sciences, mathematics, and economics with the purpose of developing valuable materials and techniques essential to nanotechnology, fuel cells, biomedical engineering, and so on. Industrial engineering chemistry research plays an instrumental role towards achieving that goal.

Industrial engineering chemistry research is the foundation of any future developments. All the developments in organic and inorganic chemistry have been the result of the incessant work of numerous chemical product engineers and chemical process engineers, all over the world. Indeed there are two goals of industrial engineering chemistry research and one is to design, manufacture, and operate plants and machinery in industrial chemical processes employing organic or inorganic chemistry solutions. The second goal is the development of new substances which lead to the production of a variety of products including cosmetics, cleaners, foods, pharmaceuticals, and many more.

Advanced materials are not developed with the whole purpose of obtaining new chemical structures but with the aim to possess new functions which have a great impact on the performance level of their end applications. Ceramic metal composites, acoustic insulation systems based on wave-propagation and meta-materials, high performance ceramics, and inorganic cementing systems are among the most important developments of industrial engineering chemistry research.

The world changes and the current trends are to discover new and affordable drugs, natural remedies, and green process technologies. All of these require profound studies of potential solutions provided by organic and inorganic chemistry in a global effort to ensure high quality industrial engineering chemistry research. Some of the greatest developments include glycotherapeutics, carbohydrate nanotechnology, chiral pharmaceuticals, and new synthesis methodologies in pharmaceutical and biotechnological related industries. The identification and purification of novel enzymes as well as the use of natural products for next-generation tissue repair are also some of the greatest solutions related to natural remedies.

Perhaps industrial engineering chemistry research is most appreciated in the energy and power industries. Studies have revealed the development of lighter, smaller, more efficient, and environmentally friendly power systems. Distributed energy generation is regarded as an emerging transformational energy technology. Energy systems modeling including underground reservoir engineering and modeling, hydrogen technologies, clean coal solutions, and materials that convert energy are all achievements of industrial engineering chemistry research.

Health related breakthroughs are the product of industrial engineering chemistry research whether it is about assistive medical devices for rehabilitation and mobility or about diagnostic and imaging technologies such as biosensing and nanofluid modeling. Both the studies conducted in organic and inorganic chemistry have come into play to reveal high-tech manufacturing solutions, new information and communication technologies, measurement systems, or photonics development.

With such an incredible impact of industrial engineering chemistry research on numerous industries, it is only natural to appreciate the role of researchers in the world. These individuals benefit from an amazing capacity to understand chemical processes and turn them into useful applications. How is it possible not to value and praise such great people?

Neil Milestone is an inorganic chemistry specialist and member of Stanford Who\’s Who Business Social Network

Neil Milestone http://nmilestone.info is an inorganic chemistry specialist and member of Stanford Who\’s Who Business Social Network http://www.stanfordwhoswho.com

Author Bio: Neil Milestone is an inorganic chemistry specialist and member of Stanford Who\’s Who Business Social Network

Category: Business
Keywords: Inorganic Chemistry,chemical engineering,green chemistry,industrial engineering chemistry research