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(1 - 9 of 9)
Heat Driven Refrigeration System (Semester 2 of Unknown), IPRO 357: Heat Driven Refrigeration System IPRO 357 Final Report F04
Title
Heat Driven Refrigeration System (Semester 2 of Unknown), IPRO 357: Heat Driven Refrigeration System IPRO 357 Final Report F04
Creator
Alworth, Tom, Frost, Alec, Vogel, Stefan, Callow, Alex, Kim, Keon, Lee, Donghoon, Ahmadia, Aron, Keen, Andrew, Medrano, Anel, Nortes, Leo, Taher, Tanim
Date
2005-01, 2004-12
Description
The solution will take the form of a novel system based on a refrigeration cycle driven by heat. The cycle will be built around a "pressure...
Show moreThe solution will take the form of a novel system based on a refrigeration cycle driven by heat. The cycle will be built around a "pressure exchanger" consisting of a piston, along with solenoid valves controlled by a microprocessor. Heat will most likely be obtained through the combustion of biomass such as plant by-products and animal wastes, but will be flexible enough to allow for more conventional fuel types such as kerosene and coal.
Sponsorship: ASHRAE, NCIIA
Deliverables
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Heat Driven Refrigeration System (Semester 2 of Unknown), IPRO 357: Heat Driven Refrigeration System IPRO 357 Project Plan F04
Title
Heat Driven Refrigeration System (Semester 2 of Unknown), IPRO 357: Heat Driven Refrigeration System IPRO 357 Project Plan F04
Creator
Alworth, Tom, Frost, Alec, Vogel, Stefan, Callow, Alex, Kim, Keon, Lee, Donghoon, Ahmadia, Aron, Keen, Andrew, Medrano, Anel, Nortes, Leo, Taher, Tanim
Date
2005-01, 2004-12
Description
The solution will take the form of a novel system based on a refrigeration cycle driven by heat. The cycle will be built around a "pressure...
Show moreThe solution will take the form of a novel system based on a refrigeration cycle driven by heat. The cycle will be built around a "pressure exchanger" consisting of a piston, along with solenoid valves controlled by a microprocessor. Heat will most likely be obtained through the combustion of biomass such as plant by-products and animal wastes, but will be flexible enough to allow for more conventional fuel types such as kerosene and coal.
Sponsorship: ASHRAE, NCIIA
Deliverables
Show less
Heat Driven Refrigeration System (Semester 2 of Unknown), IPRO 357
Title
Heat Driven Refrigeration System (Semester 2 of Unknown), IPRO 357
Creator
Alworth, Tom, Frost, Alec, Vogel, Stefan, Callow, Alex, Kim, Keon, Lee, Donghoon, Ahmadia, Aron, Keen, Andrew, Medrano, Anel, Nortes, Leo, Taher, Tanim
Date
2005-01, 2004-12
Description
The solution will take the form of a novel system based on a refrigeration cycle driven by heat. The cycle will be built around a "pressure...
Show moreThe solution will take the form of a novel system based on a refrigeration cycle driven by heat. The cycle will be built around a "pressure exchanger" consisting of a piston, along with solenoid valves controlled by a microprocessor. Heat will most likely be obtained through the combustion of biomass such as plant by-products and animal wastes, but will be flexible enough to allow for more conventional fuel types such as kerosene and coal.
Sponsorship: ASHRAE, NCIIA
Deliverables
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Heat Driven Refrigeration System (Semester 2 of Unknown), IPRO 357: Heat Driven Refrigeration System IPRO 357 Abstract F04
Title
Heat Driven Refrigeration System (Semester 2 of Unknown), IPRO 357: Heat Driven Refrigeration System IPRO 357 Abstract F04
Creator
Alworth, Tom, Frost, Alec, Vogel, Stefan, Callow, Alex, Kim, Keon, Lee, Donghoon, Ahmadia, Aron, Keen, Andrew, Medrano, Anel, Nortes, Leo, Taher, Tanim
Date
2005-01, 2004-12
Description
The solution will take the form of a novel system based on a refrigeration cycle driven by heat. The cycle will be built around a "pressure...
Show moreThe solution will take the form of a novel system based on a refrigeration cycle driven by heat. The cycle will be built around a "pressure exchanger" consisting of a piston, along with solenoid valves controlled by a microprocessor. Heat will most likely be obtained through the combustion of biomass such as plant by-products and animal wastes, but will be flexible enough to allow for more conventional fuel types such as kerosene and coal.
Sponsorship: ASHRAE, NCIIA
Deliverables
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US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352
Title
US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352
Creator
Chen, Zheyan, Kolev, Dimitre, Medrano, Anel, Cornelius, Dan, Cadet, Jean, Santisakultarm, Puifai, Glanton, Marc, Hallak, Rania, Battaglia, Andrew, Patel, Jinit, Fierro, Erica, Chandler, Julie, Arguijo, Susanna, Bowles, Patrick
Date
2005-05, 2005-05
Description
- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of...
Show more- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of using recycled tire material - To attract the attention of corporate and private investors and obtain funds to c
Deliverables for IPRO 352: US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material for the Spring 2005 semester
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US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352: Tire Recycling for a Better Future IPRO 352 Poster Sp05
Title
US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352: Tire Recycling for a Better Future IPRO 352 Poster Sp05
Creator
Chen, Zheyan, Kolev, Dimitre, Medrano, Anel, Cornelius, Dan, Cadet, Jean, Santisakultarm, Puifai, Glanton, Marc, Hallak, Rania, Battaglia, Andrew, Patel, Jinit, Fierro, Erica, Chandler, Julie, Arguijo, Susanna, Bowles, Patrick
Date
2005-05, 2005-05
Description
- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of...
Show more- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of using recycled tire material - To attract the attention of corporate and private investors and obtain funds to c
Deliverables for IPRO 352: US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material for the Spring 2005 semester
Show less
US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352: Tire Recycling for a Better Future IPRO 352 Project Plan Sp05
Title
US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352: Tire Recycling for a Better Future IPRO 352 Project Plan Sp05
Creator
Chen, Zheyan, Kolev, Dimitre, Medrano, Anel, Cornelius, Dan, Cadet, Jean, Santisakultarm, Puifai, Glanton, Marc, Hallak, Rania, Battaglia, Andrew, Patel, Jinit, Fierro, Erica, Chandler, Julie, Arguijo, Susanna, Bowles, Patrick
Date
2005-05, 2005-05
Description
- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of...
Show more- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of using recycled tire material - To attract the attention of corporate and private investors and obtain funds to c
Deliverables for IPRO 352: US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material for the Spring 2005 semester
Show less
US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352: Tire Recycling for a Better Future IPRO 352 Midterm Report Sp05
Title
US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352: Tire Recycling for a Better Future IPRO 352 Midterm Report Sp05
Creator
Chen, Zheyan, Kolev, Dimitre, Medrano, Anel, Cornelius, Dan, Cadet, Jean, Santisakultarm, Puifai, Glanton, Marc, Hallak, Rania, Battaglia, Andrew, Patel, Jinit, Fierro, Erica, Chandler, Julie, Arguijo, Susanna, Bowles, Patrick
Date
2005-05, 2005-05
Description
- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of...
Show more- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of using recycled tire material - To attract the attention of corporate and private investors and obtain funds to c
Deliverables for IPRO 352: US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material for the Spring 2005 semester
Show less
US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352: Tire Recycling for a Better Future IPRO 352 Abstract Sp05
Title
US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material (semester?), IPRO 352: Tire Recycling for a Better Future IPRO 352 Abstract Sp05
Creator
Chen, Zheyan, Kolev, Dimitre, Medrano, Anel, Cornelius, Dan, Cadet, Jean, Santisakultarm, Puifai, Glanton, Marc, Hallak, Rania, Battaglia, Andrew, Patel, Jinit, Fierro, Erica, Chandler, Julie, Arguijo, Susanna, Bowles, Patrick
Date
2005-05, 2005-05
Description
- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of...
Show more- To create prototypes for real market applications that are successful - To create a business plan which confirms a business opportunity of using recycled tire material - To attract the attention of corporate and private investors and obtain funds to c
Deliverables for IPRO 352: US EPA Design Competition for Sustainability: The Market Potential for Recycled Tire Material for the Spring 2005 semester
Show less