Importance of Chemical Engineering in Day-to-Day Life – Kang ZhangPosted by kang Zhang on September 27th, 2019 Chemical science and nano science research materials and processes for converting renewable and clean energy resources such as sunlight, water, wind, heat, into chemical and electrical energy in the form of fuels or other chemical and electrical energy storage. Chemical engineers and Nano science researchers are working on entire spectrum from foundational research to functioning closely with various industries to commercialize new technologies. From making the electrical energy storage in Lithium-ion and radical organic batteries to innovating hydrogen and fuel cells to give a new capability everywhere chemical science is used. New material research and existing materials potential property R&D, everywhere chemical science plays a vital role. Applications of chemical engineering In the field of photovoltaics, high-efficiency crystalline photovoltaics, organic photovoltaics, perovskites, and performance measurements is possible only by chemical science. Excitons to charge carrier in molecular and nanoscale systems, quantum-confined semiconductors, and solar fuels are also influences of chemical engineering. Quantum and Carbon Nanomaterials can be understood in better way only because of the appropriate application of chemistry. Carbon nanoscience, layered semiconductors, and thermoelectric materials are also reward of chemical engineering. Providing the country with clean energy sources by studying and developing novel and efficient adaptation of energy in sunlight into chemical energy and light-generated electricity is possible because of chemical engineering. Developing spectroscopic tools to progress our understanding of physical phenomena in energy transformation processes and accelerate the innovation and adoption of energy conversion systems and devices is also part of chemistry. Chemical engineering as a Green chemistry study Apart from these, nowadays n new concept of chemistry has been introduced; green chemistry. An expert chemical engineer Kang Zhang MD explains that pollution control chemistry can be considered as green chemistry. It is the design of chemical products and procedures that reduce or eradicate the use or generation of hazardous materials. Green chemistry relates and applies across the life cycle of a chemical product, comprising its design, manufacture, usage, and ultimate discarding. Green chemistry is also recognised as sustainable chemistry. Green chemistry decreases pollution at its source by diminishing or removing the hazards of chemical feed stocks, reagents, solvents, and goods. Kang Zhang MD says “apart from the traditional area of chemical engineering application. Green chemistry is widest domain where scholars and researchers can work together and can bring change to social and environmental lives of people. Below are the fields where green chemistry plays a vital role.
Final words If you want to study a modern approach of science by which you can bring a positive impact on environment and social aspect of human life then, opting chemical engineering is the best match for you. Your research and innovations can bring a greater change in human lifestyle. The study compromises the requirement of analytical and innovative skills. If you are good in thinking logically and concluding your readings in an examined record, then choosing chemical engineering is good career option for you. Like it? Share it! More by this author |