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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Poster2 Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Brochure2 Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Project Plan Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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Title: An Illinois Wind Generator System in Chicago (Spring 2003) IPRO 307: An Illinois Wind Generator System in Chicago IPRO307 Spring2003 Final Presentation
Creator: Gosnell, David, Malewicki, Tom, Mertes, Kristofer, Talwar, Atul, Ammigan, Kavin, Arenas, Antonio, Dillard, Joseph, Dimitropoulou, Margarita, Meyer, Robert, View, Christie
Date: 2003, 2003-05
Description: The goals of this project are to analyze the wind resources in Chicago, verify the efficiency of a TurbodynamX wind turbine design, develop a...
Show moreThe goals of this project are to analyze the wind resources in Chicago, verify the efficiency of a TurbodynamX wind turbine design, develop a business plan for TurbodynamX, Inc., and research feasibility for a wind farm at Iroquois Landing. These objectives were accomplished through the following tasks: Collect and analyze wind data from a monitoring system located at 87th Street and Lake Michigan, Collect and analyze wind and power data from a TurbodynamX prototype wind turbine once installed, Perform market research for Illinois and Wisconsin, Analyze market data and generate a marketing plan Collect information on and around Iroquois Landing
Sponsorship: TurbodynamX
Project Plan for IPRO 307: An Illinois Wind Generator System in Chicago for the Spring 2003 semester
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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Brochure1 Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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Title: Design of a Hybrid electric People Transporter (semester?), IPRO 304: Hybrid Electric Fuel Cell Battery IPRO 304 Abstract F04
Creator: Langel, Steve, Smith, Alison, Weber, Ken, Lim, Dong Chul, Kraft, Rick, Lefief, Chrissy, Moy, Matt, Omolaoye, Olatunde, Ayersman, Matt, Aderangi, Vince, Prince, Mike, Bachmann, Matt, Eisenberg, David, Buresh, Rita, Piputkar, Siddha, Johnson, Steven, Taher, Tanim
Date: 2004-12, 2004-12
Description: The main objective and purpose of this IPRO is to create a hybrid system using a hydrogen PEM fuel cell and Lithium-Ion batteries to power a...
Show moreThe main objective and purpose of this IPRO is to create a hybrid system using a hydrogen PEM fuel cell and Lithium-Ion batteries to power a wheel chair so that it will be capable of transporting one person for at least 100 miles without experiencing any major difficulties.
Deliverables for IPRO 304: Design of a Hybrid electric People Transporter for the Fall 2004 semester
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Title: Conversion of a Commercial-Grade Riding Lawnmower to Hydrogen Fuel in conjunction with John Deere and the Chicago Parks District (semester?), IPRO 310
Creator: Evanoff, Steffany, Taulbee, Daniel, Abraham, Preeti, Gim, Yewon, Shoulders, Shawn, Fenner, Joel, Neale, Jason, Jung, Minsuk, Kim, Minjoong, Kim, Chungyun, Gates, Nate, Knopp, Nathan, Lemons, Melissa, Nihei, Jim, Sedacki, Karen, Costanzo, Frank
Date: 2006-05, 2006-05
Description: This semester, the IPRO 310 team is continuing the work started by the previous semester’s team. Our work will build off of the previous team...
Show moreThis semester, the IPRO 310 team is continuing the work started by the previous semester’s team. Our work will build off of the previous team’s work and many of our objectives will be an extension of their original objectives. This semester, the team has set forth the following objectives:  Finish benchmark testing on the lawnmower including gas emissions  Further research the safe storing and usage of hydrogen as a fuel  Develop guidelines to create and maintain a safe laboratory area  Investigate avenues to decrease overall conversion cost  Perform the engine conversion  Write a step-by-step conversion manual keeping in mind safety and Occupational Safety and Health Administration (OSHA) standards Although the team’s main objective is to provide a safe way to convert a gas-powered lawnmower to a hydrogen-power lawnmower, the team will strive to create an environment in which team collaboration, the application engineering knowledge and ability, and individual passion for the project can flourish thus providing a rewarding and educational experience for all of the participants.
Deliverables for IPRO 310: Conversion of a Commercial-Grade Riding Lawnmower to Hydrogen Fuel in conjunction with John Deere and the Chicago Parks District for the Spring 2006 semester
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Title: Solar Hydrogen Hybrid System (semester?), IPRO 301
Creator: Baldwin, James, Bacchus, Roger, Chapman, Colleen, Condei, Michael, Cucci, Brent, Jamal, Waqas, Luong, Anh, Melo, Leonardo, Mahmoud, Mohammad, Newberg, Phil
Date: 2004-12, 2004-12
Description: The photovoltaic/hydrogen hybrid energy system IPRO was started eight years ago. A group of students with their faculty advisor began a...
Show moreThe photovoltaic/hydrogen hybrid energy system IPRO was started eight years ago. A group of students with their faculty advisor began a semester to investigate the use of solar energy to power an electric sign. Since that time, a significant amount of progress has been made. The project progressed from the design phase to the laboratory phase. Once functioning, it was transferred to the roof of the Co-Gen plant on the IIT main campus. During this phase of the project, Phase I, a photovoltaic system was set up that included several solar panels on the roof. Also, a large LED sign was installed on the roof. An array of power management devices were set up at the project site inside the Co-Gen plant. Phase II of the project was planned in order to incorporate an electrolyzer and fuel cell as an energy back up system in conjunction with the PV system. Although these components exist at the work site, they are not integrated into the complete system and are merely there to demonstrate using hydrogen to power an electric load.
Deliverables for IPRO 301: Solar Hydrogen Hybrid System for the Fall 2004 semester
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Title: Solar Hydrogen Hybrid System (semester?), IPRO 301: Solar Hydrogen Hybrid System IPRO 301 Final Report F04
Creator: Baldwin, James, Bacchus, Roger, Chapman, Colleen, Condei, Michael, Cucci, Brent, Jamal, Waqas, Luong, Anh, Melo, Leonardo, Mahmoud, Mohammad, Newberg, Phil
Date: 2004-12, 2004-12
Description: The photovoltaic/hydrogen hybrid energy system IPRO was started eight years ago. A group of students with their faculty advisor began a...
Show moreThe photovoltaic/hydrogen hybrid energy system IPRO was started eight years ago. A group of students with their faculty advisor began a semester to investigate the use of solar energy to power an electric sign. Since that time, a significant amount of progress has been made. The project progressed from the design phase to the laboratory phase. Once functioning, it was transferred to the roof of the Co-Gen plant on the IIT main campus. During this phase of the project, Phase I, a photovoltaic system was set up that included several solar panels on the roof. Also, a large LED sign was installed on the roof. An array of power management devices were set up at the project site inside the Co-Gen plant. Phase II of the project was planned in order to incorporate an electrolyzer and fuel cell as an energy back up system in conjunction with the PV system. Although these components exist at the work site, they are not integrated into the complete system and are merely there to demonstrate using hydrogen to power an electric load.
Deliverables for IPRO 301: Solar Hydrogen Hybrid System for the Fall 2004 semester
Show less

Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Midterm Report Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
Show less

Title: Conversion of a Commercial-Grade Riding Lawnmower to Hydrogen Fuel in conjunction with John Deere and the Chicago Parks District (semester?), IPRO 310: Hydrogen Fuel Lawnmower IPRO 310 Midterm Report Sp06
Creator: Evanoff, Steffany, Taulbee, Daniel, Abraham, Preeti, Gim, Yewon, Shoulders, Shawn, Fenner, Joel, Neale, Jason, Jung, Minsuk, Kim, Minjoong, Kim, Chungyun, Gates, Nate, Knopp, Nathan, Lemons, Melissa, Nihei, Jim, Sedacki, Karen, Costanzo, Frank
Date: 2006-05, 2006-05
Description: This semester, the IPRO 310 team is continuing the work started by the previous semester’s team. Our work will build off of the previous team...
Show moreThis semester, the IPRO 310 team is continuing the work started by the previous semester’s team. Our work will build off of the previous team’s work and many of our objectives will be an extension of their original objectives. This semester, the team has set forth the following objectives:  Finish benchmark testing on the lawnmower including gas emissions  Further research the safe storing and usage of hydrogen as a fuel  Develop guidelines to create and maintain a safe laboratory area  Investigate avenues to decrease overall conversion cost  Perform the engine conversion  Write a step-by-step conversion manual keeping in mind safety and Occupational Safety and Health Administration (OSHA) standards Although the team’s main objective is to provide a safe way to convert a gas-powered lawnmower to a hydrogen-power lawnmower, the team will strive to create an environment in which team collaboration, the application engineering knowledge and ability, and individual passion for the project can flourish thus providing a rewarding and educational experience for all of the participants.
Deliverables for IPRO 310: Conversion of a Commercial-Grade Riding Lawnmower to Hydrogen Fuel in conjunction with John Deere and the Chicago Parks District for the Spring 2006 semester
Show less

Title: Design of a Hybrid electric People Transporter (semester?), IPRO 304: Hybrid Electric Fuel Cell Battery IPRO 304 Midterm Report F04
Creator: Langel, Steve, Smith, Alison, Weber, Ken, Lim, Dong Chul, Kraft, Rick, Lefief, Chrissy, Moy, Matt, Omolaoye, Olatunde, Ayersman, Matt, Aderangi, Vince, Prince, Mike, Bachmann, Matt, Eisenberg, David, Buresh, Rita, Piputkar, Siddha, Johnson, Steven, Taher, Tanim
Date: 2004-12, 2004-12
Description: The main objective and purpose of this IPRO is to create a hybrid system using a hydrogen PEM fuel cell and Lithium-Ion batteries to power a...
Show moreThe main objective and purpose of this IPRO is to create a hybrid system using a hydrogen PEM fuel cell and Lithium-Ion batteries to power a wheel chair so that it will be capable of transporting one person for at least 100 miles without experiencing any major difficulties.
Deliverables for IPRO 304: Design of a Hybrid electric People Transporter for the Fall 2004 semester
Show less

Title: Solar Hydrogen Hybrid System (semester?), IPRO 301: Solar Hydrogen Hybrid System IPRO 301 Poster F04
Creator: Baldwin, James, Bacchus, Roger, Chapman, Colleen, Condei, Michael, Cucci, Brent, Jamal, Waqas, Luong, Anh, Melo, Leonardo, Mahmoud, Mohammad, Newberg, Phil
Date: 2004-12, 2004-12
Description: The photovoltaic/hydrogen hybrid energy system IPRO was started eight years ago. A group of students with their faculty advisor began a...
Show moreThe photovoltaic/hydrogen hybrid energy system IPRO was started eight years ago. A group of students with their faculty advisor began a semester to investigate the use of solar energy to power an electric sign. Since that time, a significant amount of progress has been made. The project progressed from the design phase to the laboratory phase. Once functioning, it was transferred to the roof of the Co-Gen plant on the IIT main campus. During this phase of the project, Phase I, a photovoltaic system was set up that included several solar panels on the roof. Also, a large LED sign was installed on the roof. An array of power management devices were set up at the project site inside the Co-Gen plant. Phase II of the project was planned in order to incorporate an electrolyzer and fuel cell as an energy back up system in conjunction with the PV system. Although these components exist at the work site, they are not integrated into the complete system and are merely there to demonstrate using hydrogen to power an electric load.
Deliverables for IPRO 301: Solar Hydrogen Hybrid System for the Fall 2004 semester
Show less

Title: Conversion of a Commercial-Grade Riding Lawnmower to Hydrogen Fuel in conjunction with John Deere and the Chicago Parks District (semester?), IPRO 310: Hydrogen Fuel Lawnmower IPRO 310 Abstract Sp06
Creator: Evanoff, Steffany, Taulbee, Daniel, Abraham, Preeti, Gim, Yewon, Shoulders, Shawn, Fenner, Joel, Neale, Jason, Jung, Minsuk, Kim, Minjoong, Kim, Chungyun, Gates, Nate, Knopp, Nathan, Lemons, Melissa, Nihei, Jim, Sedacki, Karen, Costanzo, Frank
Date: 2006-05, 2006-05
Description: This semester, the IPRO 310 team is continuing the work started by the previous semester’s team. Our work will build off of the previous team...
Show moreThis semester, the IPRO 310 team is continuing the work started by the previous semester’s team. Our work will build off of the previous team’s work and many of our objectives will be an extension of their original objectives. This semester, the team has set forth the following objectives:  Finish benchmark testing on the lawnmower including gas emissions  Further research the safe storing and usage of hydrogen as a fuel  Develop guidelines to create and maintain a safe laboratory area  Investigate avenues to decrease overall conversion cost  Perform the engine conversion  Write a step-by-step conversion manual keeping in mind safety and Occupational Safety and Health Administration (OSHA) standards Although the team’s main objective is to provide a safe way to convert a gas-powered lawnmower to a hydrogen-power lawnmower, the team will strive to create an environment in which team collaboration, the application engineering knowledge and ability, and individual passion for the project can flourish thus providing a rewarding and educational experience for all of the participants.
Deliverables for IPRO 310: Conversion of a Commercial-Grade Riding Lawnmower to Hydrogen Fuel in conjunction with John Deere and the Chicago Parks District for the Spring 2006 semester
Show less

Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Final Report Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
Show less

Title: Design of a Hybrid electric People Transporter (semester?), IPRO 304: Hybrid Electric Fuel Cell Battery IPRO 304 IPRO Day Presentation F04
Creator: Langel, Steve, Smith, Alison, Weber, Ken, Lim, Dong Chul, Kraft, Rick, Lefief, Chrissy, Moy, Matt, Omolaoye, Olatunde, Ayersman, Matt, Aderangi, Vince, Prince, Mike, Bachmann, Matt, Eisenberg, David, Buresh, Rita, Piputkar, Siddha, Johnson, Steven, Taher, Tanim
Date: 2004-12, 2004-12
Description: The main objective and purpose of this IPRO is to create a hybrid system using a hydrogen PEM fuel cell and Lithium-Ion batteries to power a...
Show moreThe main objective and purpose of this IPRO is to create a hybrid system using a hydrogen PEM fuel cell and Lithium-Ion batteries to power a wheel chair so that it will be capable of transporting one person for at least 100 miles without experiencing any major difficulties.
Deliverables for IPRO 304: Design of a Hybrid electric People Transporter for the Fall 2004 semester
Show less

Title: Design of a Hybrid electric People Transporter (semester?), IPRO 304: Hybrid Electric Fuel Cell Battery IPRO 304 Final Report F04
Creator: Langel, Steve, Smith, Alison, Weber, Ken, Lim, Dong Chul, Kraft, Rick, Lefief, Chrissy, Moy, Matt, Omolaoye, Olatunde, Ayersman, Matt, Aderangi, Vince, Prince, Mike, Bachmann, Matt, Eisenberg, David, Buresh, Rita, Piputkar, Siddha, Johnson, Steven, Taher, Tanim
Date: 2004-12, 2004-12
Description: The main objective and purpose of this IPRO is to create a hybrid system using a hydrogen PEM fuel cell and Lithium-Ion batteries to power a...
Show moreThe main objective and purpose of this IPRO is to create a hybrid system using a hydrogen PEM fuel cell and Lithium-Ion batteries to power a wheel chair so that it will be capable of transporting one person for at least 100 miles without experiencing any major difficulties.
Deliverables for IPRO 304: Design of a Hybrid electric People Transporter for the Fall 2004 semester
Show less

Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Poster1 Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
Show less

Title: An Illinois Wind Generator System in Chicago (Spring 2003) IPRO 307
Creator: Gosnell, David, Malewicki, Tom, Mertes, Kristofer, Talwar, Atul, Ammigan, Kavin, Arenas, Antonio, Dillard, Joseph, Dimitropoulou, Margarita, Meyer, Robert, View, Christie
Date: 2003, 2003-05
Description: The goals of this project are to analyze the wind resources in Chicago, verify the efficiency of a TurbodynamX wind turbine design, develop a...
Show moreThe goals of this project are to analyze the wind resources in Chicago, verify the efficiency of a TurbodynamX wind turbine design, develop a business plan for TurbodynamX, Inc., and research feasibility for a wind farm at Iroquois Landing. These objectives were accomplished through the following tasks: Collect and analyze wind data from a monitoring system located at 87th Street and Lake Michigan, Collect and analyze wind and power data from a TurbodynamX prototype wind turbine once installed, Perform market research for Illinois and Wisconsin, Analyze market data and generate a marketing plan Collect information on and around Iroquois Landing
Sponsorship: TurbodynamX
Project Plan for IPRO 307: An Illinois Wind Generator System in Chicago for the Spring 2003 semester
Show less

Title: An Illinois Wind Generator System in Chicago (Spring 2003) IPRO 307: An Illinois Wind Generator System in Chicago IPRO307 Spring2003 Abstract
Creator: Gosnell, David, Malewicki, Tom, Mertes, Kristofer, Talwar, Atul, Ammigan, Kavin, Arenas, Antonio, Dillard, Joseph, Dimitropoulou, Margarita, Meyer, Robert, View, Christie
Date: 2003, 2003-05
Description: The goals of this project are to analyze the wind resources in Chicago, verify the efficiency of a TurbodynamX wind turbine design, develop a...
Show moreThe goals of this project are to analyze the wind resources in Chicago, verify the efficiency of a TurbodynamX wind turbine design, develop a business plan for TurbodynamX, Inc., and research feasibility for a wind farm at Iroquois Landing. These objectives were accomplished through the following tasks: Collect and analyze wind data from a monitoring system located at 87th Street and Lake Michigan, Collect and analyze wind and power data from a TurbodynamX prototype wind turbine once installed, Perform market research for Illinois and Wisconsin, Analyze market data and generate a marketing plan Collect information on and around Iroquois Landing
Sponsorship: TurbodynamX
Project Plan for IPRO 307: An Illinois Wind Generator System in Chicago for the Spring 2003 semester
Show less

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