Ahmad Mukhtar | NFC Institute of Engineering and Fertilizer Reasearch Faisalabad (original) (raw)
Phone: 03356204323
Address: Multan, Punjab, Pakistan
less
Related Authors
Geological Survey of Finland / Åbo Akademi University
Uploads
Papers by Ahmad Mukhtar
The demand of hydrogen peroxide in the international market is increasing because of its one of t... more The demand of hydrogen peroxide in the international market is increasing because of its one of the most environment
friendly chemical feature which is available in different grades with a wide range of applications. According to the demand
in international market 3000kt/year is being produced by a traditional autoxidation method which is known as 2-
ethylanthraquinone process. The purpose of this research is to design a catalytic slurry reactor which give maximum
efficiency of hydrogenation reaction for this purpose we perform a list of experiments inthe synthesis of 2-
ethylhydroanthraquinone for the hydrogen peroxide production in a catalytic slurry reactor in the lab. Catalyst is available
in the spherical form and some useful data is collected some from experiment and some from literature and a design of slurry
type catalytic hydrogenator is present in this paper.
Hydrocarbon and Heavy Oil-Water Separators are fall in major mass transfer operations and a key c... more Hydrocarbon and Heavy Oil-Water Separators are fall in major mass transfer operations and a key component of chemical
process industries. They have wide applications in purification and especially in water treatment processes. Many technical
papers have been written on the Hydrocarbon and Heavy Oil-Water separator design and vast amounts of information are
also available in corporate process engineering design guidelines. The purpose of this work is to provide a comprehensive
current design status of Hydrocarbon and Heavy Oil-Water Separators. This type of Hydrocarbon and Heavy Oil-Water
Separators which is presented in this work is usually design and used for the separation of hydrocarbons produced during
Fischer-Tropsch Synthesis of green diesel from synthesis gas.
In this research a Saponification Reaction between Ethyl Acetate and Sodium Hydroxide is carried ... more In this research a Saponification Reaction between Ethyl Acetate and Sodium Hydroxide is
carried out in a Batch Reactor at STP Conditions. The aim of this research is to investigate the influence of
Agitation on the Conversion of Reaction at STP Conditions. For this purpose the reaction is experimentally
performed in a Batch Reactor and change in Concentration (in terms of Electrical Conductivity) is
measured with time. Agitation is provided with the help of a Magnetic Stirrer. The initial concentration of
the both reactants is kept to be constant and the reaction is studied out until the final concentration
becomes constant. To analyze our experimental data Graphical Method is used and the results show that
Overall Conversion, Instantaneous Conversion (based upon Initial Concentration) and Instantaneous
Conversion (based upon Variable Concentration) are high in case of Without Agitation as compared to the
Case with Agitation.
The purpose of this handbook is to make readily available in a limited number of pages some of th... more The purpose of this handbook is to make readily available in a limited number of pages some of the more important chemical, biological, physical, safety, and mathematical data and concepts that are fundamental to the practice of the chemical engineering profession. With these principles you should be able to solve many chemical engineering problems.
Good Luck!
The project shall be based on an available model by Jens Strandberg and the laboratory column at ... more The project shall be based on an available model by Jens Strandberg and the laboratory column at Department of Chemical Engineering, NTNU.
The topic of study report relates to"Introduction to Engineering Material and their
The demand of hydrogen peroxide in the international market is increasing because of its one of t... more The demand of hydrogen peroxide in the international market is increasing because of its one of the most environment
friendly chemical feature which is available in different grades with a wide range of applications. According to the demand
in international market 3000kt/year is being produced by a traditional autoxidation method which is known as 2-
ethylanthraquinone process. The purpose of this research is to design a catalytic slurry reactor which give maximum
efficiency of hydrogenation reaction for this purpose we perform a list of experiments inthe synthesis of 2-
ethylhydroanthraquinone for the hydrogen peroxide production in a catalytic slurry reactor in the lab. Catalyst is available
in the spherical form and some useful data is collected some from experiment and some from literature and a design of slurry
type catalytic hydrogenator is present in this paper.
Hydrocarbon and Heavy Oil-Water Separators are fall in major mass transfer operations and a key c... more Hydrocarbon and Heavy Oil-Water Separators are fall in major mass transfer operations and a key component of chemical
process industries. They have wide applications in purification and especially in water treatment processes. Many technical
papers have been written on the Hydrocarbon and Heavy Oil-Water separator design and vast amounts of information are
also available in corporate process engineering design guidelines. The purpose of this work is to provide a comprehensive
current design status of Hydrocarbon and Heavy Oil-Water Separators. This type of Hydrocarbon and Heavy Oil-Water
Separators which is presented in this work is usually design and used for the separation of hydrocarbons produced during
Fischer-Tropsch Synthesis of green diesel from synthesis gas.
In this research a Saponification Reaction between Ethyl Acetate and Sodium Hydroxide is carried ... more In this research a Saponification Reaction between Ethyl Acetate and Sodium Hydroxide is
carried out in a Batch Reactor at STP Conditions. The aim of this research is to investigate the influence of
Agitation on the Conversion of Reaction at STP Conditions. For this purpose the reaction is experimentally
performed in a Batch Reactor and change in Concentration (in terms of Electrical Conductivity) is
measured with time. Agitation is provided with the help of a Magnetic Stirrer. The initial concentration of
the both reactants is kept to be constant and the reaction is studied out until the final concentration
becomes constant. To analyze our experimental data Graphical Method is used and the results show that
Overall Conversion, Instantaneous Conversion (based upon Initial Concentration) and Instantaneous
Conversion (based upon Variable Concentration) are high in case of Without Agitation as compared to the
Case with Agitation.
The purpose of this handbook is to make readily available in a limited number of pages some of th... more The purpose of this handbook is to make readily available in a limited number of pages some of the more important chemical, biological, physical, safety, and mathematical data and concepts that are fundamental to the practice of the chemical engineering profession. With these principles you should be able to solve many chemical engineering problems.
Good Luck!
The project shall be based on an available model by Jens Strandberg and the laboratory column at ... more The project shall be based on an available model by Jens Strandberg and the laboratory column at Department of Chemical Engineering, NTNU.
The topic of study report relates to"Introduction to Engineering Material and their