Within the pharmaceutical industry, there are various IT factors when transitioning from an existing management process to a new one. The Six Sigma quality improvement theory allows businesses to continuously improve and change the industry in a positive direction. Because this process is so complex, businesses requires interoperable and flexible systems that enable information to pass across the entire business. Within the pharmaceutical industry, mining data and interpreting it both seamlessly and quickly are very important aspects of Six Sigma. With the help of this methodology’s tools and theories, information is able to be transformed into data that can be used to outperform the competition.
The demand for product and services is increasing, hence the need for manufacturing engineer’s increases. The role of manufacturing engineering revolves around the production processes and all related processes. “Bedour Ahmadi” History Of Manufacturing Engineering Manufacturing Engineering has been used in ancient times. It was found used in factories in the mid 19th century. Even though manufacturing engineering existed since ancient time, it was added recently “Bedour Ahmadi” Nature Of The Work Manufacturing engineer’s work focuses mainly on designing process and manufacturing process in order to improve production.
The continuous stirred tank reactor (CSTR) is one of the common ideal reactor types in chemical engineering field. CSTR often refers to a model which used to estimate the key unit operation variables by using a continuous agitated-tank reactor to reach aimed output. One of the example of CSTR is the cooling tank which undergoes exothermic reaction which will be further discussed in this project. The mathematical model applied for all fluids such as liquids, slurries or even gases. Chemical kinetics and reactor design are vitally important in producing almost all industrial chemicals.
Scope of the Report: This report will highlight the importance of electrocyclisation reactions, type of electrocyclisation reactions, chemistry of electrocyclisation reactions and uses of electrocyclisation reactions. This report will be a complete guideline for understanding the electrocyclisation reactions in all aspects. This report will also act as a source of information for other students, researchers etc. who want to do research work related to electrocyclisation reactions. This report will also provide the guideline to companies that are using the electrocyclisation reactions for making different sorts of products.
This process unit is widely used in industries to convert raw materials into products. There are a lot of factors that affect the design of a chemical reactor depending on the type of chemical reaction that will be taking place such as; the mode of operation this could either be batch or continuous, the type of phases involved homogenous or heterogeneous, and the reactor geometry required. There are many types of reactors and this report will focus on the selection and detailed design of an appropriate chemical reactor suitable for the steam reforming process prior to the direct dimethyl ether
In this essay the advantages and disadvantages of ageing will be discussed. Technological development has helped scientists to unlock and reveal answers for the main concerns of humans. It is well known that ageing is a process that happens at a molecular level. This assignment will define the process of ageing, how it happens and how it is used in biotechnology. It is important to highlight that the process of ageing is a very complex procedure, which happens, constantly in the human body and in most of living beings.
Microorganism Separation 2.2.3. Wastewater Treatment 2.2.4. Water Filtration CHAPTER 3: CONCLUSION REFERENCES CHAPTER 1: OVERVIEW Nowadays, the applications of magnetic field are developing so fast and applied to more and more field. In developing countries, the magnetic field are used to support for agricultural production, industrial production and environmental science. Especially, in environmental engineering technology, High Gradient Magnetic Separation is widely applied to treat solid waste, wastewater and waste gases.
In biotechnological purposes, the enzymes used such as amylase, cellulase, pectinase, protease, etc can be produced by different type of microorganisms including of fungi, bacteria and yeast. Due to these developments, the scientists’ use of microbes as bioreactors in their research experiment. On the other hand, the agro-wastes and also the food-industrial residues are both reflect on the greater substrate for enzyme production. In this globalization era, the number of industrial companies increases every year. The industrial companies can generate thousand of wastes under industrial processing.
In other cases, a chemically homogenous substance is mixing in order to produce a uniform lot of a desired weight or volume with consistent colour, texture, particle size distribution, and other required attributes. Blending and mixing are the most important unit operations in most of the chemical process plant, those industries that involved field in pharmaceutical and foods required a lot of mixing and blending technology. Below are some common examples that used mixing process: • Chemical Process Industry: Blending and Mixing of rubber compounds, specialty chemicals, glass or ceramics, explosives, dry powdered detergents and fertilizers. • Pharmaceutical Industry: Mixing of active ingredients of a drug with excipients like lactose,
The importance of it is due to its huge usage almost in every factor as the raw materials are needed to be extracted from the nature. It has main known types which are the liquid-liquid extraction and the solid-liquid extraction. The process unit of extraction consists of two inputs for the material that includes your desired component and for the solvent used to extract it in addition to two outputs for the extract and the raffinate. The mechanisms of the extraction’s two types were explained in the report above. Moreover, the applications discussed for the process are waste-water treatments, metal refining, and caffeine extraction.