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Title: A Business Plan for the Production of Crumb Rubber by Solid State Shear Extrusion (Spring 2003) EnPRO 351: A Business Plan for the Production of Crumb Rubber by Solid State Shear Extrusion EnPRO351 Spring2003 Final Presentation
Creator: Phillips, Shannon, Omarov, Aidar, Mroszczak, Michael, Krzyzanowski, Pete, Cerney, Matt, Brock, Ginny, Shahidi, Nima
Date: 2003, 2003-05
Description: Hamid Arastoopour in Chemical Engineering has developed and patented technology for processing scrap rubber from tires in an extruder. This...
Show moreHamid Arastoopour in Chemical Engineering has developed and patented technology for processing scrap rubber from tires in an extruder. This technology breaks the chemical bonds that result in the rubber being vulcanized. This allows the rubber to be reformed into new shapes and re-vulcanized resulting a true recycling of the material into new rubber parts. Most other rubber recycling technology only grinds up the rubber. These technologies allow the rubber to be used as a filler but does not allow true recycling of the rubber. There is a tremendous supply of used tires are a significant environmental problem as well as waste of a potential resource. This technology could provide the means to effectively use this waste. This EnPRO will look at the issues and opportunities associated with commercializing this exciting technology. This will include an assessment of additional technology development that is needed, an analysis of the cost of implementing this technology, sources of scrap rubber, as well as the market for the recycled rubber. It will also look at possible ways to fund the development. The EnPRO will be supported by a business representative in addition to technical faculty.
Sponsorship: IIT Collaboratory for Interprofessional Studies under the Auspices of the Ed Kaplan Entrepreneurial Program
Project Plan for EnPRO 351: A Business Plan for the Production of Crumb Rubber by Solid State Shear Extrusion for the Spring 2003 semester
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Title: A Business Plan for the Production of Crumb Rubber by Solid State Shear Extrusion (Spring 2003) EnPRO 351: A Business Plan for the Production of Crumb Rubber by Solid State Shear Extrusion EnPRO351 Spring2003 Final Report
Creator: Phillips, Shannon, Omarov, Aidar, Mroszczak, Michael, Krzyzanowski, Pete, Cerney, Matt, Brock, Ginny, Shahidi, Nima
Date: 2003, 2003-05
Description: Hamid Arastoopour in Chemical Engineering has developed and patented technology for processing scrap rubber from tires in an extruder. This...
Show moreHamid Arastoopour in Chemical Engineering has developed and patented technology for processing scrap rubber from tires in an extruder. This technology breaks the chemical bonds that result in the rubber being vulcanized. This allows the rubber to be reformed into new shapes and re-vulcanized resulting a true recycling of the material into new rubber parts. Most other rubber recycling technology only grinds up the rubber. These technologies allow the rubber to be used as a filler but does not allow true recycling of the rubber. There is a tremendous supply of used tires are a significant environmental problem as well as waste of a potential resource. This technology could provide the means to effectively use this waste. This EnPRO will look at the issues and opportunities associated with commercializing this exciting technology. This will include an assessment of additional technology development that is needed, an analysis of the cost of implementing this technology, sources of scrap rubber, as well as the market for the recycled rubber. It will also look at possible ways to fund the development. The EnPRO will be supported by a business representative in addition to technical faculty.
Sponsorship: IIT Collaboratory for Interprofessional Studies under the Auspices of the Ed Kaplan Entrepreneurial Program
Project Plan for EnPRO 351: A Business Plan for the Production of Crumb Rubber by Solid State Shear Extrusion for the Spring 2003 semester
Show less

Title: A Business Plan for the Production of Crumb Rubber by Solid State Shear Extrusion (Spring 2003) EnPRO 351
Creator: Phillips, Shannon, Omarov, Aidar, Mroszczak, Michael, Krzyzanowski, Pete, Cerney, Matt, Brock, Ginny, Shahidi, Nima
Date: 2003, 2003-05
Description: Hamid Arastoopour in Chemical Engineering has developed and patented technology for processing scrap rubber from tires in an extruder. This...
Show moreHamid Arastoopour in Chemical Engineering has developed and patented technology for processing scrap rubber from tires in an extruder. This technology breaks the chemical bonds that result in the rubber being vulcanized. This allows the rubber to be reformed into new shapes and re-vulcanized resulting a true recycling of the material into new rubber parts. Most other rubber recycling technology only grinds up the rubber. These technologies allow the rubber to be used as a filler but does not allow true recycling of the rubber. There is a tremendous supply of used tires are a significant environmental problem as well as waste of a potential resource. This technology could provide the means to effectively use this waste. This EnPRO will look at the issues and opportunities associated with commercializing this exciting technology. This will include an assessment of additional technology development that is needed, an analysis of the cost of implementing this technology, sources of scrap rubber, as well as the market for the recycled rubber. It will also look at possible ways to fund the development. The EnPRO will be supported by a business representative in addition to technical faculty.
Sponsorship: IIT Collaboratory for Interprofessional Studies under the Auspices of the Ed Kaplan Entrepreneurial Program
Project Plan for EnPRO 351: A Business Plan for the Production of Crumb Rubber by Solid State Shear Extrusion for the Spring 2003 semester
Show less

Title: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range (Fall 2003) IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operating Systems IPRO324 Fall2003 Final Report
Creator: Shan Tang, Viola Wing, Sveum, Peter, Muliere, Peter, Majnert, Tom, Lukongwa, Tonny, Lee, Donghoon, Komano, Yoshikazu, Durodola, Jimoh, Cerney, Matt, Casas, Guillermo A.
Date: 2003, 2003-12
Description: The goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working...
Show moreThe goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working prototype that functions in the Thermotron environmental test chamber in The Chamberlain Group, Inc. facility in Elmhurst in order to collect data under a range of temperatures and humidity as well as a range of loading conditions. The simulator had to be made to fit as many of the operators under test as possible inside the limited size Thermotron that is not large enough to take the operator and a full garage door.
Sponsorship: The Chamberlain Group, Inc.
Project Plan for IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range for Fall 2003 semester
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Title: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range (Fall 2003) IPRO 324
Creator: Shan Tang, Viola Wing, Sveum, Peter, Muliere, Peter, Majnert, Tom, Lukongwa, Tonny, Lee, Donghoon, Komano, Yoshikazu, Durodola, Jimoh, Cerney, Matt, Casas, Guillermo A.
Date: 2003, 2003-12
Description: The goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working...
Show moreThe goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working prototype that functions in the Thermotron environmental test chamber in The Chamberlain Group, Inc. facility in Elmhurst in order to collect data under a range of temperatures and humidity as well as a range of loading conditions. The simulator had to be made to fit as many of the operators under test as possible inside the limited size Thermotron that is not large enough to take the operator and a full garage door.
Sponsorship: The Chamberlain Group, Inc.
Project Plan for IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range for Fall 2003 semester
Show less

Title: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range (Fall 2003) IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operating Systems IPRO324 Fall2003 Midterm Report
Creator: Shan Tang, Viola Wing, Sveum, Peter, Muliere, Peter, Majnert, Tom, Lukongwa, Tonny, Lee, Donghoon, Komano, Yoshikazu, Durodola, Jimoh, Cerney, Matt, Casas, Guillermo A.
Date: 2003, 2003-12
Description: The goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working...
Show moreThe goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working prototype that functions in the Thermotron environmental test chamber in The Chamberlain Group, Inc. facility in Elmhurst in order to collect data under a range of temperatures and humidity as well as a range of loading conditions. The simulator had to be made to fit as many of the operators under test as possible inside the limited size Thermotron that is not large enough to take the operator and a full garage door.
Sponsorship: The Chamberlain Group, Inc.
Project Plan for IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range for Fall 2003 semester
Show less

Title: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range (Fall 2003) IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operating Systems IPRO324 Fall2003 Final Presentation
Creator: Shan Tang, Viola Wing, Sveum, Peter, Muliere, Peter, Majnert, Tom, Lukongwa, Tonny, Lee, Donghoon, Komano, Yoshikazu, Durodola, Jimoh, Cerney, Matt, Casas, Guillermo A.
Date: 2003, 2003-12
Description: The goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working...
Show moreThe goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working prototype that functions in the Thermotron environmental test chamber in The Chamberlain Group, Inc. facility in Elmhurst in order to collect data under a range of temperatures and humidity as well as a range of loading conditions. The simulator had to be made to fit as many of the operators under test as possible inside the limited size Thermotron that is not large enough to take the operator and a full garage door.
Sponsorship: The Chamberlain Group, Inc.
Project Plan for IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range for Fall 2003 semester
Show less

Title: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range (Fall 2003) IPRO 324
Creator: Shan Tang, Viola Wing, Sveum, Peter, Muliere, Peter, Majnert, Tom, Lukongwa, Tonny, Lee, Donghoon, Komano, Yoshikazu, Durodola, Jimoh, Cerney, Matt, Casas, Guillermo A.
Date: 2003, 2003-12
Description: The goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working...
Show moreThe goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working prototype that functions in the Thermotron environmental test chamber in The Chamberlain Group, Inc. facility in Elmhurst in order to collect data under a range of temperatures and humidity as well as a range of loading conditions. The simulator had to be made to fit as many of the operators under test as possible inside the limited size Thermotron that is not large enough to take the operator and a full garage door.
Sponsorship: The Chamberlain Group, Inc.
Project Plan for IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range for Fall 2003 semester
Show less

Title: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range (Fall 2003) IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operating Systems IPRO324 Fall2003 Final Presentation
Creator: Shan Tang, Viola Wing, Sveum, Peter, Muliere, Peter, Majnert, Tom, Lukongwa, Tonny, Lee, Donghoon, Komano, Yoshikazu, Durodola, Jimoh, Cerney, Matt, Casas, Guillermo A.
Date: 2003, 2003-12
Description: The goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working...
Show moreThe goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working prototype that functions in the Thermotron environmental test chamber in The Chamberlain Group, Inc. facility in Elmhurst in order to collect data under a range of temperatures and humidity as well as a range of loading conditions. The simulator had to be made to fit as many of the operators under test as possible inside the limited size Thermotron that is not large enough to take the operator and a full garage door.
Sponsorship: The Chamberlain Group, Inc.
Project Plan for IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range for Fall 2003 semester
Show less

Title: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range (Fall 2003) IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operating Systems IPRO324 Fall2003 Final Report
Creator: Shan Tang, Viola Wing, Sveum, Peter, Muliere, Peter, Majnert, Tom, Lukongwa, Tonny, Lee, Donghoon, Komano, Yoshikazu, Durodola, Jimoh, Cerney, Matt, Casas, Guillermo A.
Date: 2003, 2003-12
Description: The goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working...
Show moreThe goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working prototype that functions in the Thermotron environmental test chamber in The Chamberlain Group, Inc. facility in Elmhurst in order to collect data under a range of temperatures and humidity as well as a range of loading conditions. The simulator had to be made to fit as many of the operators under test as possible inside the limited size Thermotron that is not large enough to take the operator and a full garage door.
Sponsorship: The Chamberlain Group, Inc.
Project Plan for IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range for Fall 2003 semester
Show less

Title: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range (Fall 2003) IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operating Systems IPRO324 Fall2003 Midterm Report
Creator: Shan Tang, Viola Wing, Sveum, Peter, Muliere, Peter, Majnert, Tom, Lukongwa, Tonny, Lee, Donghoon, Komano, Yoshikazu, Durodola, Jimoh, Cerney, Matt, Casas, Guillermo A.
Date: 2003, 2003-12
Description: The goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working...
Show moreThe goal of this project is to develop algorithms to be used in a virtual simulation of a garage door’s operation and to construct a working prototype that functions in the Thermotron environmental test chamber in The Chamberlain Group, Inc. facility in Elmhurst in order to collect data under a range of temperatures and humidity as well as a range of loading conditions. The simulator had to be made to fit as many of the operators under test as possible inside the limited size Thermotron that is not large enough to take the operator and a full garage door.
Sponsorship: The Chamberlain Group, Inc.
Project Plan for IPRO 324: Design of a Simulator for Mechanical Loading of Garage Door Operator Systems over a Wide Temperature Range for Fall 2003 semester
Show less

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