Chemical Engineering is one of the branches of Engineering which mainly deals with physical science or it is the branch of life science which is combined with mathematics and economics. It is the process by which it converts the raw materials or the chemicals into valuable or useful forms. According to the modern chemical engineers they are mainly concerned with the valuable materials and also with the related techniques. They are often related to the fields such as nanotechnology, fuel cells and bio-medical engineering. When it comes to chemical engineering it is broadly classified into two types. They are Chemical process engineers and chemical product engineers. Chemical process engineers arte nothing but they are related to the design, manufacture and the operation of plants and machinery which is related to industrial chemical and related processes .Chemical Product engineers are mainly concerned with the development of new or adapted substances for the products which are ranging from foods and beverages.Chemical engineering is mainly based on the many principles.
Chemical reaction engineering: This chemical reaction engineering process involves managing the plant processes and the other conditions which is to ensure the plant optimal operation. This type of chemical engineers will construct the models for the reactor analysis and the design which is done by the laboratory data and also with the physical parameters. Chemical thermodynamics is mainly used to solve the problems and also to predict the reactor performance.
Plant Design: Chemical engineering design is mainly concerned with the creation of plants and specification and also with the income projection of plants. According to the needs of the client chemical engineers will develop the designs. This design is depends upon many factors which includes funding, government rules and regulations and also safety measures. Thus these factors depend on the plant's choice of process, materials and equipment.
Process Design: The operation of the unit is mainly a physical step up in the individual chemical engineering process. These Unit reactions are also mainly used to prepare the reactants, purifying and also separating its product. Recycling the unspent reactants and also used for controlling the energy transfer in the reactants. Next the unit process is equivalent to the unit operation.So along with the unit operation they also involve the unit process of processing operation. Thus unit process mainly involves the transfer of materials by biochemical, thermo chemical and also by the other means. Process engineers are the engineers who are responsible for these chemical reactions.
Transport Phenomena: Due to many industrial problems this kind of transport phenomena takes place. Thus they include heat transfer, fluid dynamics and also the mass transfer who is mainly involved in the momentum transfer, energy transfer and also the transport of chemical species. The three transport phenomena which are mainly used to describe the basic equation are Microscopic, Macroscopic and also Molecular levels which are very similar. Thorough knowledge of Mathematics is mainly useful to understand these concepts.Nowadays the field of Chemical engineering is a vast field and they also involve the areas of Nanotechnology and biotechnology to mineral processing.
Chemical reaction engineering: This chemical reaction engineering process involves managing the plant processes and the other conditions which is to ensure the plant optimal operation. This type of chemical engineers will construct the models for the reactor analysis and the design which is done by the laboratory data and also with the physical parameters. Chemical thermodynamics is mainly used to solve the problems and also to predict the reactor performance.
Plant Design: Chemical engineering design is mainly concerned with the creation of plants and specification and also with the income projection of plants. According to the needs of the client chemical engineers will develop the designs. This design is depends upon many factors which includes funding, government rules and regulations and also safety measures. Thus these factors depend on the plant's choice of process, materials and equipment.
Process Design: The operation of the unit is mainly a physical step up in the individual chemical engineering process. These Unit reactions are also mainly used to prepare the reactants, purifying and also separating its product. Recycling the unspent reactants and also used for controlling the energy transfer in the reactants. Next the unit process is equivalent to the unit operation.So along with the unit operation they also involve the unit process of processing operation. Thus unit process mainly involves the transfer of materials by biochemical, thermo chemical and also by the other means. Process engineers are the engineers who are responsible for these chemical reactions.
Transport Phenomena: Due to many industrial problems this kind of transport phenomena takes place. Thus they include heat transfer, fluid dynamics and also the mass transfer who is mainly involved in the momentum transfer, energy transfer and also the transport of chemical species. The three transport phenomena which are mainly used to describe the basic equation are Microscopic, Macroscopic and also Molecular levels which are very similar. Thorough knowledge of Mathematics is mainly useful to understand these concepts.Nowadays the field of Chemical engineering is a vast field and they also involve the areas of Nanotechnology and biotechnology to mineral processing.
