Automated Shipping Container Transportation System Design (semester ?), IPRO 307: Automated Shipping Container Transfer IPRO 307 Abstract F05

The objective of this project is to evaluate the feasibility of Mi-Jack’s Thru-port concept-- which is a rail yard operated by computer controlled gantry cranes for intermodal container transfer between the major rail road companies.Sponsorship: Mi-Jack Products, CATSDeliverables for IPRO 307: Automated Shipping container Transportation system Design for the Fall 2005 semeste

Automated Shipping Container Transportation System Design (semester ?), IPRO 307: Automated Shipping Container Transfer IPRO 307 IPRO Day Presentation F05

The objective of this project is to evaluate the feasibility of Mi-Jack’s Thru-port concept-- which is a rail yard operated by computer controlled gantry cranes for intermodal container transfer between the major rail road companies.Sponsorship: Mi-Jack Products, CATSDeliverables for IPRO 307: Automated Shipping container Transportation system Design for the Fall 2005 semeste

Automated Shipping Container Transportation System Design (semester ?), IPRO 307: Automated Shipping Container Transfer IPRO 307 Midterm Report F05

The objective of this project is to evaluate the feasibility of Mi-Jack’s Thru-port concept-- which is a rail yard operated by computer controlled gantry cranes for intermodal container transfer between the major rail road companies.Sponsorship: Mi-Jack Products, CATSDeliverables for IPRO 307: Automated Shipping container Transportation system Design for the Fall 2005 semeste

Solar/Wind Hydrogen Fueling Station at IIT (semester?), IPRO 304B: Solar Wind Hydrogen Fueling Station IPRO 304B Poster Sp05

The objective of this project is to design a renewably powered hydrogen fuelling station at IIT to be part of the Illinois Hydrogen Highway. Based on past recommendations a project site will be selected for the fuelling station. This site will also include a wind turbine and solar panel array to capture renewable energy. The principles of process design will be used to layout hydrogen production, storage, and implementation of renewable energy technologies. The stations will meet all local codes for hydrogen storage, production, and usage. This station will be designed in conjunction with the House of the Future, which is part of IIT’s Sustainable Village.Deliverables for IPRO 304B: Solar/Wind Hydrogen Fueling Station at IIT for the Spring 2005 semeste

Solar/Wind Hydrogen Fueling Station at IIT (semester?), IPRO 304B

The objective of this project is to design a renewably powered hydrogen fuelling station at IIT to be part of the Illinois Hydrogen Highway. Based on past recommendations a project site will be selected for the fuelling station. This site will also include a wind turbine and solar panel array to capture renewable energy. The principles of process design will be used to layout hydrogen production, storage, and implementation of renewable energy technologies. The stations will meet all local codes for hydrogen storage, production, and usage. This station will be designed in conjunction with the House of the Future, which is part of IIT’s Sustainable Village.Deliverables for IPRO 304B: Solar/Wind Hydrogen Fueling Station at IIT for the Spring 2005 semeste

Solar/Wind Hydrogen Fueling Station at IIT (semester?), IPRO 304B: Solar Wind Hydrogen Fueling Station IPRO 304B Project Plan Sp05

The objective of this project is to design a renewably powered hydrogen fuelling station at IIT to be part of the Illinois Hydrogen Highway. Based on past recommendations a project site will be selected for the fuelling station. This site will also include a wind turbine and solar panel array to capture renewable energy. The principles of process design will be used to layout hydrogen production, storage, and implementation of renewable energy technologies. The stations will meet all local codes for hydrogen storage, production, and usage. This station will be designed in conjunction with the House of the Future, which is part of IIT’s Sustainable Village.Deliverables for IPRO 304B: Solar/Wind Hydrogen Fueling Station at IIT for the Spring 2005 semeste