A simulation model, termed SIMSEP for simulating the Sequential Extraction Process (SEP), was developed to assess the economic and engineering feasibilities of SEP, an innovative approach to processing corn into ethanol, edible oil, industrial and edible proteins, andfeed ingredients. SEP is designed to produce a new mix of value-added coproducts that could improve the profitability of processing corn and corn-derived ethanol. Simulations were carried out for various system variables to examine their effects on profitability. Results showed that SEP is economically and technically feasible. Estimates for return on investment for a proposed plant are attractive under many likely market situations, and several additional opportunities exist t...
Corn wet milling is a process that separates corn into its basic components to create a great variet...
Ethanol from corn grain currently provides 0.5 % of transportation fuels (6 billion liters) used in ...
A global multi-commodity simulation model was developed to estimate the impact of changes in ethanol...
As studies continue to examine new value added uses for ethanol coproducts, it is important to have ...
Sugarcane is currently the primary raw material for ethanol production in Brazil. However, in recent...
It has been widely debated whether producing ethanol from corn is sustainable in the long term. Envi...
The Sequential Extraction Process (SEP) uses ethanol to extract oil and protein from cracked, flaked...
As the dry grind ethanol industry has grown, the research and technology surrounding ethanol product...
Coproducts, such as Distillers Dried Grains with Solubles (DDGS), produced during ethanol production...
Report Introduction: In order to identify technology which can reduce the cost of producing ethanol...
Although ethanol is the primary product of the corn dry grind ethanol process, other coproducts in t...
A new extraction process using ethanol at a temperature above boiling point is assessed from an econ...
This study investigated the economic feasibility of co-producing an arabinoxylan (AX) product with e...
Bioenergy production from plant wastes such as corn stover has the potential to improve energy secur...
Critical factors that determine whether a plant can weather the current volatile economic climate an...
Corn wet milling is a process that separates corn into its basic components to create a great variet...
Ethanol from corn grain currently provides 0.5 % of transportation fuels (6 billion liters) used in ...
A global multi-commodity simulation model was developed to estimate the impact of changes in ethanol...
As studies continue to examine new value added uses for ethanol coproducts, it is important to have ...
Sugarcane is currently the primary raw material for ethanol production in Brazil. However, in recent...
It has been widely debated whether producing ethanol from corn is sustainable in the long term. Envi...
The Sequential Extraction Process (SEP) uses ethanol to extract oil and protein from cracked, flaked...
As the dry grind ethanol industry has grown, the research and technology surrounding ethanol product...
Coproducts, such as Distillers Dried Grains with Solubles (DDGS), produced during ethanol production...
Report Introduction: In order to identify technology which can reduce the cost of producing ethanol...
Although ethanol is the primary product of the corn dry grind ethanol process, other coproducts in t...
A new extraction process using ethanol at a temperature above boiling point is assessed from an econ...
This study investigated the economic feasibility of co-producing an arabinoxylan (AX) product with e...
Bioenergy production from plant wastes such as corn stover has the potential to improve energy secur...
Critical factors that determine whether a plant can weather the current volatile economic climate an...
Corn wet milling is a process that separates corn into its basic components to create a great variet...
Ethanol from corn grain currently provides 0.5 % of transportation fuels (6 billion liters) used in ...
A global multi-commodity simulation model was developed to estimate the impact of changes in ethanol...