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Title: Design and Economic Evaluations of Biorefinery Operations (semester?), IPRO 347: Eval of Biorefinery IPRO 347 IPRO Day Presentation Sp06
Creator: Niekoo, Abbasian, Agose, Daisy, Arguijo, Susanna, Hogan, Brian, Jung, Minsuk, Pelae, Raisa, Roberts, Ben, Kyaagba, Tor, Macdougall, Chris, Malacina, Adam, Michael, Adam, Michael, Henry, Demarah, Daniel, Newberg, Phil, Ocwieja, Sarah, Patti, Julie, Vann, Adam, Keen, Andrew, Woo, Hyun, Zarate, Nyah
Date: 2006-05, 2006-05
Description: The IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow...
Show moreThe IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow manure because of two main reasons. The abundance of cows in southern Wisconsin provides an ideal place for the process to be built. Also, because most other types of potential biomasses currently have uses, manure was favorable. The process was split into three sections: gasification, gas clean-up and Fischer-Tropsch (FT) reactor.
Deliverables for IPRO 347: Design and Economic Evaluations of Biorefinery Operations for the spring 2006 semester
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Title: Design and Economic Evaluations of Biorefinery Operations (semester?), IPRO 347
Creator: Niekoo, Abbasian, Agose, Daisy, Arguijo, Susanna, Hogan, Brian, Jung, Minsuk, Pelae, Raisa, Roberts, Ben, Kyaagba, Tor, Macdougall, Chris, Malacina, Adam, Michael, Adam, Michael, Henry, Demarah, Daniel, Newberg, Phil, Ocwieja, Sarah, Patti, Julie, Vann, Adam, Keen, Andrew, Woo, Hyun, Zarate, Nyah
Date: 2006-05, 2006-05
Description: The IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow...
Show moreThe IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow manure because of two main reasons. The abundance of cows in southern Wisconsin provides an ideal place for the process to be built. Also, because most other types of potential biomasses currently have uses, manure was favorable. The process was split into three sections: gasification, gas clean-up and Fischer-Tropsch (FT) reactor.
Deliverables for IPRO 347: Design and Economic Evaluations of Biorefinery Operations for the spring 2006 semester
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Title: Design and Economic Evaluations of Biorefinery Operations (semester?), IPRO 347: Eval of Biorefinery IPRO 347 Project Plan Sp06
Creator: Niekoo, Abbasian, Agose, Daisy, Arguijo, Susanna, Hogan, Brian, Jung, Minsuk, Pelae, Raisa, Roberts, Ben, Kyaagba, Tor, Macdougall, Chris, Malacina, Adam, Michael, Adam, Michael, Henry, Demarah, Daniel, Newberg, Phil, Ocwieja, Sarah, Patti, Julie, Vann, Adam, Keen, Andrew, Woo, Hyun, Zarate, Nyah
Date: 2006-05, 2006-05
Description: The IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow...
Show moreThe IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow manure because of two main reasons. The abundance of cows in southern Wisconsin provides an ideal place for the process to be built. Also, because most other types of potential biomasses currently have uses, manure was favorable. The process was split into three sections: gasification, gas clean-up and Fischer-Tropsch (FT) reactor.
Deliverables for IPRO 347: Design and Economic Evaluations of Biorefinery Operations for the spring 2006 semester
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Title: Design and Economic Evaluations of Biorefinery Operations (semester?), IPRO 347: Eval of Biorefinery IPRO 347 Midterm Report Sp06
Creator: Niekoo, Abbasian, Agose, Daisy, Arguijo, Susanna, Hogan, Brian, Jung, Minsuk, Pelae, Raisa, Roberts, Ben, Kyaagba, Tor, Macdougall, Chris, Malacina, Adam, Michael, Adam, Michael, Henry, Demarah, Daniel, Newberg, Phil, Ocwieja, Sarah, Patti, Julie, Vann, Adam, Keen, Andrew, Woo, Hyun, Zarate, Nyah
Date: 2006-05, 2006-05
Description: The IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow...
Show moreThe IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow manure because of two main reasons. The abundance of cows in southern Wisconsin provides an ideal place for the process to be built. Also, because most other types of potential biomasses currently have uses, manure was favorable. The process was split into three sections: gasification, gas clean-up and Fischer-Tropsch (FT) reactor.
Deliverables for IPRO 347: Design and Economic Evaluations of Biorefinery Operations for the spring 2006 semester
Show less

Title: Design and Economic Evaluations of Biorefinery Operations (semester?), IPRO 347: Eval of Biorefinery IPRO 347 Poster Sp06
Creator: Niekoo, Abbasian, Agose, Daisy, Arguijo, Susanna, Hogan, Brian, Jung, Minsuk, Pelae, Raisa, Roberts, Ben, Kyaagba, Tor, Macdougall, Chris, Malacina, Adam, Michael, Adam, Michael, Henry, Demarah, Daniel, Newberg, Phil, Ocwieja, Sarah, Patti, Julie, Vann, Adam, Keen, Andrew, Woo, Hyun, Zarate, Nyah
Date: 2006-05, 2006-05
Description: The IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow...
Show moreThe IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow manure because of two main reasons. The abundance of cows in southern Wisconsin provides an ideal place for the process to be built. Also, because most other types of potential biomasses currently have uses, manure was favorable. The process was split into three sections: gasification, gas clean-up and Fischer-Tropsch (FT) reactor.
Deliverables for IPRO 347: Design and Economic Evaluations of Biorefinery Operations for the spring 2006 semester
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Title: Design and Economic Evaluations of Biorefinery Operations (semester?), IPRO 347: Eval of Biorefinery IPRO 347 Final Report Sp06
Creator: Niekoo, Abbasian, Agose, Daisy, Arguijo, Susanna, Hogan, Brian, Jung, Minsuk, Pelae, Raisa, Roberts, Ben, Kyaagba, Tor, Macdougall, Chris, Malacina, Adam, Michael, Adam, Michael, Henry, Demarah, Daniel, Newberg, Phil, Ocwieja, Sarah, Patti, Julie, Vann, Adam, Keen, Andrew, Woo, Hyun, Zarate, Nyah
Date: 2006-05, 2006-05
Description: The IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow...
Show moreThe IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow manure because of two main reasons. The abundance of cows in southern Wisconsin provides an ideal place for the process to be built. Also, because most other types of potential biomasses currently have uses, manure was favorable. The process was split into three sections: gasification, gas clean-up and Fischer-Tropsch (FT) reactor.
Deliverables for IPRO 347: Design and Economic Evaluations of Biorefinery Operations for the spring 2006 semester
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Title: Design and Economic Evaluations of Biorefinery Operations (semester?), IPRO 347: Eval of Biorefinery IPRO 347 Abstract Sp06
Creator: Niekoo, Abbasian, Agose, Daisy, Arguijo, Susanna, Hogan, Brian, Jung, Minsuk, Pelae, Raisa, Roberts, Ben, Kyaagba, Tor, Macdougall, Chris, Malacina, Adam, Michael, Adam, Michael, Henry, Demarah, Daniel, Newberg, Phil, Ocwieja, Sarah, Patti, Julie, Vann, Adam, Keen, Andrew, Woo, Hyun, Zarate, Nyah
Date: 2006-05, 2006-05
Description: The IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow...
Show moreThe IPRO team was successful in designing a process that converts biomass into liquid fuels for transportation. The biomass chosen was cow manure because of two main reasons. The abundance of cows in southern Wisconsin provides an ideal place for the process to be built. Also, because most other types of potential biomasses currently have uses, manure was favorable. The process was split into three sections: gasification, gas clean-up and Fischer-Tropsch (FT) reactor.
Deliverables for IPRO 347: Design and Economic Evaluations of Biorefinery Operations for the spring 2006 semester
Show less

Title: BP Whiting Refinery Expansion: Developing Lake Michigan Wastewater Cleanup Options (Semester Unknown) IPRO 346: BP Whiting Refinery Expansion IPRO 346 Final Report Sp08
Creator: Ashrafi, Sahar, Ballard, Ray, Chock, Chris, Chung, Yak Yong, Fakhouri, Hana, Ferrese, Anthony, Fernando, Fernando, Haak, Laura, Hammes, Katherine, Kim, Jichul, Leasenby, Alex, Lewis, Richard, Li, Zhi, Malon, David, Michael, Henry, Park, Miri, Reimann, Kirsten, Roberts, Ben, Song, Jong Mu, Taracena, Willy, Truong, Josie, Ucci, Russel, Vassi, Anna, Walter, Michael, Witek, Andrew, Yoo, Jaewon, Zhao, Yin
Date: 2008, 2008-05
Description: IPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN....
Show moreIPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN. Specifically, this IPRO will analyze the current permits and their stipulations regarding the amount of ammonia and total suspended solids (TSS) in the wastewater being dumped in Lake Michigan. Ultimately, possible methods and designs will be devised to reduce the levels of ammonia and TSS remaining in treated wastewater. These designs will take the form of a process flow sheet with a computer simulation to model the designs. At the culmination of this IPRO we will have several different models for possible upgrades to the Whiting refinery wastewater treatment plant to reduce the levels of ammonia and TSS in the wastewater entering Lake Michigan as well as a cost to implement each solution.
Deliverables
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Title: BP Whiting Refinery Expansion: Developing Lake Michigan Wastewater Cleanup Options (Semester Unknown) IPRO 346: BP Whiting Refinery Expansion IPRO 346 Project PlanSp08
Creator: Ashrafi, Sahar, Ballard, Ray, Chock, Chris, Chung, Yak Yong, Fakhouri, Hana, Ferrese, Anthony, Fernando, Fernando, Haak, Laura, Hammes, Katherine, Kim, Jichul, Leasenby, Alex, Lewis, Richard, Li, Zhi, Malon, David, Michael, Henry, Park, Miri, Reimann, Kirsten, Roberts, Ben, Song, Jong Mu, Taracena, Willy, Truong, Josie, Ucci, Russel, Vassi, Anna, Walter, Michael, Witek, Andrew, Yoo, Jaewon, Zhao, Yin
Date: 2008, 2008-05
Description: IPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN....
Show moreIPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN. Specifically, this IPRO will analyze the current permits and their stipulations regarding the amount of ammonia and total suspended solids (TSS) in the wastewater being dumped in Lake Michigan. Ultimately, possible methods and designs will be devised to reduce the levels of ammonia and TSS remaining in treated wastewater. These designs will take the form of a process flow sheet with a computer simulation to model the designs. At the culmination of this IPRO we will have several different models for possible upgrades to the Whiting refinery wastewater treatment plant to reduce the levels of ammonia and TSS in the wastewater entering Lake Michigan as well as a cost to implement each solution.
Deliverables
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Title: BP Whiting Refinery Expansion: Developing Lake Michigan Wastewater Cleanup Options (Semester Unknown) IPRO 346: BP Whiting Refinery Expansion IPRO 346 Midterm Report Sp08
Creator: Ashrafi, Sahar, Ballard, Ray, Chock, Chris, Chung, Yak Yong, Fakhouri, Hana, Ferrese, Anthony, Fernando, Fernando, Haak, Laura, Hammes, Katherine, Kim, Jichul, Leasenby, Alex, Lewis, Richard, Li, Zhi, Malon, David, Michael, Henry, Park, Miri, Reimann, Kirsten, Roberts, Ben, Song, Jong Mu, Taracena, Willy, Truong, Josie, Ucci, Russel, Vassi, Anna, Walter, Michael, Witek, Andrew, Yoo, Jaewon, Zhao, Yin
Date: 2008, 2008-05
Description: IPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN....
Show moreIPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN. Specifically, this IPRO will analyze the current permits and their stipulations regarding the amount of ammonia and total suspended solids (TSS) in the wastewater being dumped in Lake Michigan. Ultimately, possible methods and designs will be devised to reduce the levels of ammonia and TSS remaining in treated wastewater. These designs will take the form of a process flow sheet with a computer simulation to model the designs. At the culmination of this IPRO we will have several different models for possible upgrades to the Whiting refinery wastewater treatment plant to reduce the levels of ammonia and TSS in the wastewater entering Lake Michigan as well as a cost to implement each solution.
Deliverables
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Title: BP Whiting Refinery Expansion: Developing Lake Michigan Wastewater Cleanup Options (Semester Unknown) IPRO 346: BP Whiting Refinery Expansion IPRO 346 Midterm Presenation Sp08
Creator: Ashrafi, Sahar, Ballard, Ray, Chock, Chris, Chung, Yak Yong, Fakhouri, Hana, Ferrese, Anthony, Fernando, Fernando, Haak, Laura, Hammes, Katherine, Kim, Jichul, Leasenby, Alex, Lewis, Richard, Li, Zhi, Malon, David, Michael, Henry, Park, Miri, Reimann, Kirsten, Roberts, Ben, Song, Jong Mu, Taracena, Willy, Truong, Josie, Ucci, Russel, Vassi, Anna, Walter, Michael, Witek, Andrew, Yoo, Jaewon, Zhao, Yin
Date: 2008, 2008-05
Description: IPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN....
Show moreIPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN. Specifically, this IPRO will analyze the current permits and their stipulations regarding the amount of ammonia and total suspended solids (TSS) in the wastewater being dumped in Lake Michigan. Ultimately, possible methods and designs will be devised to reduce the levels of ammonia and TSS remaining in treated wastewater. These designs will take the form of a process flow sheet with a computer simulation to model the designs. At the culmination of this IPRO we will have several different models for possible upgrades to the Whiting refinery wastewater treatment plant to reduce the levels of ammonia and TSS in the wastewater entering Lake Michigan as well as a cost to implement each solution.
Deliverables
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Title: BP Whiting Refinery Expansion: Developing Lake Michigan Wastewater Cleanup Options (Semester Unknown) IPRO 346: BP Whiting Refinery Expansion IPRO 346 Poster Sp08
Creator: Ashrafi, Sahar, Ballard, Ray, Chock, Chris, Chung, Yak Yong, Fakhouri, Hana, Ferrese, Anthony, Fernando, Fernando, Haak, Laura, Hammes, Katherine, Kim, Jichul, Leasenby, Alex, Lewis, Richard, Li, Zhi, Malon, David, Michael, Henry, Park, Miri, Reimann, Kirsten, Roberts, Ben, Song, Jong Mu, Taracena, Willy, Truong, Josie, Ucci, Russel, Vassi, Anna, Walter, Michael, Witek, Andrew, Yoo, Jaewon, Zhao, Yin
Date: 2008, 2008-05
Description: IPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN....
Show moreIPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN. Specifically, this IPRO will analyze the current permits and their stipulations regarding the amount of ammonia and total suspended solids (TSS) in the wastewater being dumped in Lake Michigan. Ultimately, possible methods and designs will be devised to reduce the levels of ammonia and TSS remaining in treated wastewater. These designs will take the form of a process flow sheet with a computer simulation to model the designs. At the culmination of this IPRO we will have several different models for possible upgrades to the Whiting refinery wastewater treatment plant to reduce the levels of ammonia and TSS in the wastewater entering Lake Michigan as well as a cost to implement each solution.
Deliverables
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Title: BP Whiting Refinery Expansion: Developing Lake Michigan Wastewater Cleanup Options (Semester Unknown) IPRO 346: BP Whiting Refinery Expansion IPRO 346 Final Presentation Sp08
Creator: Ashrafi, Sahar, Ballard, Ray, Chock, Chris, Chung, Yak Yong, Fakhouri, Hana, Ferrese, Anthony, Fernando, Fernando, Haak, Laura, Hammes, Katherine, Kim, Jichul, Leasenby, Alex, Lewis, Richard, Li, Zhi, Malon, David, Michael, Henry, Park, Miri, Reimann, Kirsten, Roberts, Ben, Song, Jong Mu, Taracena, Willy, Truong, Josie, Ucci, Russel, Vassi, Anna, Walter, Michael, Witek, Andrew, Yoo, Jaewon, Zhao, Yin
Date: 2008, 2008-05
Description: IPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN....
Show moreIPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN. Specifically, this IPRO will analyze the current permits and their stipulations regarding the amount of ammonia and total suspended solids (TSS) in the wastewater being dumped in Lake Michigan. Ultimately, possible methods and designs will be devised to reduce the levels of ammonia and TSS remaining in treated wastewater. These designs will take the form of a process flow sheet with a computer simulation to model the designs. At the culmination of this IPRO we will have several different models for possible upgrades to the Whiting refinery wastewater treatment plant to reduce the levels of ammonia and TSS in the wastewater entering Lake Michigan as well as a cost to implement each solution.
Deliverables
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Title: BP Whiting Refinery Expansion: Developing Lake Michigan Wastewater Cleanup Options (Semester Unknown) IPRO 346: BP Whiting Refinery Expansion IPRO 346 Ethics Sp08
Creator: Ashrafi, Sahar, Ballard, Ray, Chock, Chris, Chung, Yak Yong, Fakhouri, Hana, Ferrese, Anthony, Fernando, Fernando, Haak, Laura, Hammes, Katherine, Kim, Jichul, Leasenby, Alex, Lewis, Richard, Li, Zhi, Malon, David, Michael, Henry, Park, Miri, Reimann, Kirsten, Roberts, Ben, Song, Jong Mu, Taracena, Willy, Truong, Josie, Ucci, Russel, Vassi, Anna, Walter, Michael, Witek, Andrew, Yoo, Jaewon, Zhao, Yin
Date: 2008, 2008-05
Description: IPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN....
Show moreIPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN. Specifically, this IPRO will analyze the current permits and their stipulations regarding the amount of ammonia and total suspended solids (TSS) in the wastewater being dumped in Lake Michigan. Ultimately, possible methods and designs will be devised to reduce the levels of ammonia and TSS remaining in treated wastewater. These designs will take the form of a process flow sheet with a computer simulation to model the designs. At the culmination of this IPRO we will have several different models for possible upgrades to the Whiting refinery wastewater treatment plant to reduce the levels of ammonia and TSS in the wastewater entering Lake Michigan as well as a cost to implement each solution.
Deliverables
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Title: BP Whiting Refinery Expansion: Developing Lake Michigan Wastewater Cleanup Options (Semester Unknown) IPRO 346: BP Whiting Refinery Expansion IPRO 346 Brochure Sp08
Creator: Ashrafi, Sahar, Ballard, Ray, Chock, Chris, Chung, Yak Yong, Fakhouri, Hana, Ferrese, Anthony, Fernando, Fernando, Haak, Laura, Hammes, Katherine, Kim, Jichul, Leasenby, Alex, Lewis, Richard, Li, Zhi, Malon, David, Michael, Henry, Park, Miri, Reimann, Kirsten, Roberts, Ben, Song, Jong Mu, Taracena, Willy, Truong, Josie, Ucci, Russel, Vassi, Anna, Walter, Michael, Witek, Andrew, Yoo, Jaewon, Zhao, Yin
Date: 2008, 2008-05
Description: IPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN....
Show moreIPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN. Specifically, this IPRO will analyze the current permits and their stipulations regarding the amount of ammonia and total suspended solids (TSS) in the wastewater being dumped in Lake Michigan. Ultimately, possible methods and designs will be devised to reduce the levels of ammonia and TSS remaining in treated wastewater. These designs will take the form of a process flow sheet with a computer simulation to model the designs. At the culmination of this IPRO we will have several different models for possible upgrades to the Whiting refinery wastewater treatment plant to reduce the levels of ammonia and TSS in the wastewater entering Lake Michigan as well as a cost to implement each solution.
Deliverables
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Title: BP Whiting Refinery Expansion: Developing Lake Michigan Wastewater Cleanup Options (Semester Unknown) IPRO 346
Creator: Ashrafi, Sahar, Ballard, Ray, Chock, Chris, Chung, Yak Yong, Fakhouri, Hana, Ferrese, Anthony, Fernando, Fernando, Haak, Laura, Hammes, Katherine, Kim, Jichul, Leasenby, Alex, Lewis, Richard, Li, Zhi, Malon, David, Michael, Henry, Park, Miri, Reimann, Kirsten, Roberts, Ben, Song, Jong Mu, Taracena, Willy, Truong, Josie, Ucci, Russel, Vassi, Anna, Walter, Michael, Witek, Andrew, Yoo, Jaewon, Zhao, Yin
Date: 2008, 2008-05
Description: IPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN....
Show moreIPRO346 will focus on familiarizing itself with British Petroleum’s (BP) wastewater treatment plant (WTP) for its oil refinery in Whiting, IN. Specifically, this IPRO will analyze the current permits and their stipulations regarding the amount of ammonia and total suspended solids (TSS) in the wastewater being dumped in Lake Michigan. Ultimately, possible methods and designs will be devised to reduce the levels of ammonia and TSS remaining in treated wastewater. These designs will take the form of a process flow sheet with a computer simulation to model the designs. At the culmination of this IPRO we will have several different models for possible upgrades to the Whiting refinery wastewater treatment plant to reduce the levels of ammonia and TSS in the wastewater entering Lake Michigan as well as a cost to implement each solution.
Deliverables
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