Enclosed in this report is the completed design and economic analysis of our proposed chemical plant. This plant is designed to produce one hundred million pounds per year of combined 1-hexene and 1-octene product. U.S. patent US 8,076,523 B2 provided the developed catalyst technology and necessary data needed for the scale-up of laboratory experiments to the desired production specifications. The plant was designed and simulated using ASPEN PLUS®. Once the simulation was finalized, its economic analysis was performed using information from ASPEN PLUS ® and costing correlations from the textbook, Seider et al., Product and Process Design Principles: Synthesis, Analysis, and Evaluation, Third Ed., Wiley, 2009. The plant design estimated an I...
The proposed design utilizes 750,000 metric dry tons per year of woodchip biomass obtained from the ...
Due to the huge methane deposits worldwide and the great need for the chemical process industry to h...
The goal of optimization in a chemical process or system involves improving an existing design or a ...
A chemical plant was theoretically designed to produce approximately 100 MMlbs/yr of linear alpha ol...
Process Design for the Production of Ethylene from Ethanol This project considers using ethanol dehy...
Oxidative Coupling of Methane to Ethylene This report details the design of a plant using the oxidat...
This report details the design of a plant using the oxidative coupling of methane (OCM) to produce o...
Ethylene is the most important platform chemical in the petrochemical industry. Although it does not...
This project considers using ethanol dehydration as a means to mass-produce ethylene. 2.3MM tonnes o...
The production of ethylene and propylene, which are the building blocks of the petrochemical industr...
The aim of this project was to evaluate the possibility of building an economically viable SWR-plant...
The numerous uses of Ethylene Glycol both domestically and industrially has made it become an attrac...
This project explores the plant-scale process design and economic viability of production of ethylen...
A preliminary process design and economic analysis into the possible threat of ethylene- based acryl...
The acetaldehyde plant from ethylene and oxygen will be designed with capacity 45000 ton/year. The p...
The proposed design utilizes 750,000 metric dry tons per year of woodchip biomass obtained from the ...
Due to the huge methane deposits worldwide and the great need for the chemical process industry to h...
The goal of optimization in a chemical process or system involves improving an existing design or a ...
A chemical plant was theoretically designed to produce approximately 100 MMlbs/yr of linear alpha ol...
Process Design for the Production of Ethylene from Ethanol This project considers using ethanol dehy...
Oxidative Coupling of Methane to Ethylene This report details the design of a plant using the oxidat...
This report details the design of a plant using the oxidative coupling of methane (OCM) to produce o...
Ethylene is the most important platform chemical in the petrochemical industry. Although it does not...
This project considers using ethanol dehydration as a means to mass-produce ethylene. 2.3MM tonnes o...
The production of ethylene and propylene, which are the building blocks of the petrochemical industr...
The aim of this project was to evaluate the possibility of building an economically viable SWR-plant...
The numerous uses of Ethylene Glycol both domestically and industrially has made it become an attrac...
This project explores the plant-scale process design and economic viability of production of ethylen...
A preliminary process design and economic analysis into the possible threat of ethylene- based acryl...
The acetaldehyde plant from ethylene and oxygen will be designed with capacity 45000 ton/year. The p...
The proposed design utilizes 750,000 metric dry tons per year of woodchip biomass obtained from the ...
Due to the huge methane deposits worldwide and the great need for the chemical process industry to h...
The goal of optimization in a chemical process or system involves improving an existing design or a ...