ge transportation freight, fuel, & emissions introduction to engineering design edgsn 100...

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GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057, & [email protected] Victor Ariyo, sites.psu.edu/voa5054, & [email protected] Dhinesh Viswanathan, sites.psu.edu/dmv5215, & dmv5215@psu.edu Presented to: Prof. Berezniak Date: 08/12/2015

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Transportation Infrastructure Condition and Capacity 3

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Page 1: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

GE TransportationFreight, Fuel, & Emissions

Introduction to Engineering DesignEDGSN 100 Section 001

Team OVD /Team #8Oscar Agip, sites.psu.edu/osa5057, & [email protected] Ariyo, sites.psu.edu/voa5054, & [email protected] Viswanathan, sites.psu.edu/dmv5215, & [email protected]

Presented to: Prof. BerezniakDate: 08/12/2015

Page 2: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

Introduction

Pittsburgh is looking for the design of a cost-effective solution for its freight that reduces smog and meets EPA requirements, while maintaining or increasing freight capacity into and out of this important port city.

GE motors solve the worlds hardest problems. GE Transportation builds equipment that moves the rail, mining, and marine industries. We researched and evaluated the suggestions made for fleet upgrade or alternate shipping methods.

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Page 3: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

Transportation Infrastructure Condition and Capacity

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Page 4: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

Standard Capacity for Alternate Transportation Modes

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Page 5: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

Transportation Costs and Concept of Operations (ConOps) Trucks.

Fuel costs: range around $5.35 per ton mile (max: 26 tons)Can get up to 155 ton miles/gallon of fuelEquipment costs: vary whether you want to buy or lease a vehicle. These costs average around $6.52 per hour.Repair and maintenance costs: average around $5.92 per hour.

Barges. Fuel costs: range around $0.97 per ton mile (max: 1,500 tons)Can get up to 576 ton miles/gallon of fuelEquipment costs: vary whether you want to buy or lease the barge. These costs average around $15.30 per hour.Repair and maintenance costs: average around $13.90 per hour.5

Railroad. Fuel costs: range around $2.53 per ton mile (max: 10,000 tons) Can get up to 413 ton miles/gallon of fuelEquipment costs : Vary whether you own the locomotive and train cars or not. These costs average around $8.00 per hour.Repair and maintenance costs : average around $6.50 per hour.

Page 6: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

EPA Diesel Emission Standards

Under the Line Haul conditions; Tier 3 locomotives tend have the exact emission standard as Tier 2. This means that Tier 4 has the lowest emission standard with HC, Nox and PM emissions being reduced by at least 50%. The only distinct part to point out is that Carbon monoxide emission standard remained the same.

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Page 7: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

Diesel Engine Exhaust Emissions (DEEE)

Hydrocarbons are chemical compounds that contain hydrogen and carbon. Pollution exists when unburned or partially burned fuel is emitted from the engine as an exhaust and the fuel goes directly into the atmosphere. The problem with hydrocarbon residues with its toxicity, as it can cause cancer and many other adverse health effects.

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Page 8: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

Locomotive Fleet Upgrade Upgrading Strategy Options:1. Do Nothing2. Replace ALL 50Tier II locomotives with Tier II or

IV locomotives3. Upgrade ALL 50 Tier II locomotives for Tier III

locomotives or after-treatment4. Use alternative fuels5. Combination of Option 2 and Option 3

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Page 9: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

Summary

I. Executive Summary RestatedII. Pennsylvania InfrastructureIII. Optimized Economical SolutionIV. Alternative FuelsV. Upgrade Schedule

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Page 10: GE Transportation Freight, Fuel, & Emissions Introduction to Engineering Design EDGSN 100 Section 001 Team OVD /Team #8 Oscar Agip, sites.psu.edu/osa5057,

Closing• The most economical transportation system available is railroad

transport. • Railroad transportation is not perfect either but it seems to have the

best outcome. Railroad transportation is the most economical transportation system since it is the fastest out of these three and can carry the most product for a decent price and does not have to deal with traffic or weather conditions.

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