Intro to chemical processes

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Introduction to the chemical process

A chemical process is a process which involves chemical reactions to yield a new product from raw materials. Such a chemical process can occur by reacting with external reagents or by itself. This process results in the change in the composition of materials or chemicals used. The chemical process is generally used in manufacturing new products with the help of chemical reactions on an industrial scale. In general, in the chemical industry, a chemical process is used in between the physical process (do not involve chemical reactions). Chemical processes application is used in oil refining and other refineries, polymer and pharmaceutical manufacturing, natural gas processing, food processing, and water and wastewater treatment.

In chemical engineering, a chemical process is also known as unit process. It consists of a various unit process like hydrogenation, dehydrogenation, oxidation, reduction, hydration, dehydration, hydrolysis, catalysis, alkylation, dealkylation, polymerisation, esterification etc. The responsibility of a chemical engineer in an industry is to take the basic chemical reactions worked out in the laboratory by the chemists and to apply them to the industry.

Amanda K answered 2 years ago

Heat effects of chemical or physical processes can be measured in a calorimeter.

Can someone please paraphrase this to me.... if possible. Heat effects of chemical or physical processes can be measured in a calorimeter. Instruments of widely varying designs are employed to accommodate the large range of experimental conditions encountered. For instance, the heat effects to be measured may range from milliJoules to milliliter, quantities involved from fractions of milliliters to hundreds of milliliters and from milligrams to grams, operating temperatures from below liquid helium temperature (4.2 K) to 2000o C, and...

Dover Chemical Company manufactures specialty chemical by a series of three processes, all materials being introduced...

Dover Chemical Company manufactures specialty chemical by a series of three processes, all materials being introduced in the Distilling Department. From the Distilling Department, the materials pass through the Reaction and Filling separtments, emerging as finished chemicals, The balance in the account Work in Process-Filling was as follows Work in Process- Filling Department (3,400 units, 60% completed): Direct Materials $32,520 Conversion (3,400x60%x3.90) 7956 40520 The following costs were charged to Work in Process-Filling during January Direct Materias transferres from Reaction...

When conducting chemical reactions in the lab or in industrial processes, it can be important to...

When conducting chemical reactions in the lab or in industrial processes, it can be important to know whether a reaction has reached equilibrium. By measuring the reaction quotient, Q, of a chemical reaction and comparing it to the equilibrium constant, K, we can identify whether a reaction is at equilibrium. For the reaction aA+bB⇌cC+dD the reaction quotient, Q, is given by the expression Q=[C]c[D]d[A]a[B]b under any conditions. The value of Q is equal to K only at equilibrium. Part B...

Intro to logic What are the three most important concepts in intro to logic and explain...

Intro to logic What are the three most important concepts in intro to logic and explain why these concepts are important. How will you use these concepts in the future.

1) why is the change in the enthalpy a meaningful quantity for many chemical processes? 2)...

1) why is the change in the enthalpy a meaningful quantity for many chemical processes? 2) Enthalpy is said to be a state function. What is it about state functions that makes them particularly useful? 3) During a constant pressure process the system absorbs heat from the surrounding. Does the enthalpy of the system increase or decrease during the process?

Describe the various stages involved in the electrothermal atomisation process and the physical or chemical processes...

Describe the various stages involved in the electrothermal atomisation process and the physical or chemical processes that occur in each step.

What physical and chemical processes allow for the structural organisation of cellulose in the plant cell...

What physical and chemical processes allow for the structural organisation of cellulose in the plant cell wall? Discussing examples where an understanding of cellulose organisation has practical and economic implications, explain how cellulose organisation is important for the plant.

Background Information: In the nervous system, the brain processes information by transmission of electrical and chemical...

Background Information: In the nervous system, the brain processes information by transmission of electrical and chemical signals through a network of neurons. These signals travel through synapses which connect two neurons. Neuroligins are cell-adhesion molecules that function to connect two neurons at synapses and mediate proper signalling across the synapse. Interestingly, neuroligin function has been linked to autism spectrum disorder (ASD) which is primarily manifested by delayed development and deficiency in social interaction and communication in patients. Mutations in genes...

These three terms can be used to characterize chemical properties of materials involved in metabolic processes:...

These three terms can be used to characterize chemical properties of materials involved in metabolic processes: nucleophile, electrophile, and planar, nonpolar, aromatic molecule. Match them with the appropriate descriptions. Activated product of Phase I metabolism Substrate for Phase 2 metabolism Sulfhydryl sulfur in glutathione Reactive material that can bind to DNA, especially N-7 in guanine Inducer of Phase I metabolism

Thanks in advance! Biochemistry involves chemical processes/reactions that occur in living organisms and is the molecular...

Thanks in advance! Biochemistry involves chemical processes/reactions that occur in living organisms and is the molecular basis of life. Explain HOW DOES THIS DIFFER overall from chemical processes/reactions that can occur outside living organisms?(write as much as you can thanks!)

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