Research & Development.

Chemical Engineering - Subcultures

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Reaction Engineering

in Chemical Engineering

The study of catalytic reaction systems or chemical reactors to attain the highest efficiency output of chemical reactions.

Catalysis

in Chemical Engineering

The study of the increase in the rate of a chemical reaction due to the participation of an additional substance called a catalyst.

Petroleum Engineering

in Chemical Engineering

The study of the production of hydrocarbons, which can be either crude oil or natural gas.

Nuclear Engineering

in Chemical Engineering

The study of the fission (breakdown) as well as the fusion (combination) of atomic nuclei, used to produce nuclear reactions for a variety of applications, which include MRI machines, nuclear power plants, and nuclear weapons.

Polymer Engineering

in Chemical Engineering

The study of the design, analyses and modification of the structure, property relations, and the applications of polymer materials.

Nanotechnology

in Chemical Engineering

 The study of the manipulation of matter to produce new technologies, structures, materials and devices at an atomic, molecular, and supramolecular scale.

Food Engineering

in Chemical Engineering

The multidisciplinary study of the cost-effective production and commercialization of food products and services. This includes the design and installation of food, biological, pharmaceutical production processes, and waste treatment systems.

Thermodynamics

in Chemical Engineering

The study of heat and temperature in systems and their relation to energy transferred by the system to its surroundings.

Transport Phenomena

in Chemical Engineering

The study of the exchange of mass, energy, charge, momentum, and angular momentum between observed and studied systems.

Materials Engineering

in Chemical Engineering

The interdisciplinary study of the relationship between the composition and structure of materials and their macroscopic properties at atomic or molecular scales. Hybridizing metallurgy, ceramics, solid-state physics, and chemistry to produce materials not found in nature for advanced and future technologies.

Bio-engineering

in Chemical Engineering

The multidisciplinary study of applying engineering principles of design and analysis to biological systems for biomedical technologies.

Molecular Engineering

in Chemical Engineering

The interdisciplinary knowledge concerned with the design and testing of molecular properties, to know their behavior and interactions in order to assemble better materials, systems, and processes for specific functions. 

Chemical Engineering - Data Collection

As a Chemical Engineer, please Login and provide research data on any of the following topics.

1. Government Agencies.

In preparing each faculty of knowledge to function constitutionally as an Arm of Government, we first need to specify or outline their boundaries. Please list as many offices, agencies, ministries, institutions, or parastatals presently in your region that you think fall under the authority, leadership, jurisdiction, legislation, or administration of the faculty of Chemical Engineering.

 

2. Licensing Rights.

The creation or invention of new products and services are the efforts of multiple faculties working collaboratively. However, in our new economic system design, conflicts arise as to which faculties should possess the rights of ownership to certain creations. For example. Should CELLPHONES fall under the licensing rights of Physics or Electrical Engineering? Should PLASTICS fall under the licensing rights of Chemistry or Materials Science? Should PHARMACEUTICALS fall under the licensing rights of Biology or Health Science? Please list as many services, gadgets, products, creations, or inventions that chemical engineers provide or offer presently in your region that you believe fall under the licensing rights of the faculty of Chemical Engineering.

 

3. The Future.

Assuming that the faculty of Chemical Engineering has just been granted ample funding and unhindered federal powers, please suggest a new idea, course of action, strategy, dream, innovation, or next-generation agency that chemical engineers could implement, establish, or research and develop towards achieving a utopia in your region.

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