Striving for Sustainability Alternative Vehicles Effect on Luther’s Carbon Footprint November 10, 2008 Rich Tenneson, Facilities Services.

Slides:



Advertisements
Similar presentations
Commitment to Responsible Fleet Operation 1997 Joins Cities for Climate Protection 1999 One of the founding members of Ann Arbor Clean Cities Coalition.
Advertisements

1 ECOLAB LEADERSHIP AND SUSTAINABILITY GOALS A HISTORY OF SUSTAINABILITY – IT’S IN OUR DNA.
1 Presentation to City Council October 27,
Improving Fleet Efficiency at UConn 1. Background– Enviro. Policy Statement, Pres. Austin’s climate change pledge 2. Ways to improve average fuel economy.
Road Transport ImpEE Improving Engineering Education PROJECT THE.
Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle Carbon Footprint.
Transportation Services Annual Sustainability Update 06’-07’
Beyond Gasoline: Fuel Economy. CAFE Standards Corporate Average Fuel Economy Mileage requirements for new vehicles.
How can we reduce our oil consumption ? Drive less and transport fewer goods less far design more energy efficient vehicle switch to non-fossil fuel based.
Transportation Issues. US Cars and Drivers US Population: 300 million Licensed drivers 190 million Cars and light trucks. 210 million.
New Mexico State University PRESIDENTS COMMITMENT ON CLIMATE NUETRALITY Transportation Services.
1. 2 Objectives  Explain how to implement green fleets  Learn about incentives for converting to fuel efficient fleets  Learn about the availability.
1 What can you do to lower yours? Mohammed Alshammari Ben Bahlenhorst Zheng Fu Joe Hill Ian Laird Long Nguyen Binh Phan Application 13.1.
Moving Efficiently: Improving How We Transport Goods in America Glen P. Kedzie Vice President, Energy & Environmental Counsel American Trucking Associations.
The Present and Future of Hybrid and Electric Vehicles.
Transportation choices and CO 2 emissions By: Dayanara Veliz & Abel Adam.
1 MET 12 Global Warming: Lecture 12 Transportation Shaun Tanner Outline:   Energy use   Petroleum   Hybrid   Electric   Fuel Cell   Biofuels.
Transportation 1. Learning Objectives Understand that gasoline combustion moves the vehicle as well as emit greenhouse gases. Understand that carbon emissions.
Hybrid Electric Vehicles By Sara Dahill-Brown, Alicia Dooley, Eve Gaus, Nathaniel Hill, Nick Kaloudis and Kjell Von Snierden.
Carbon Offsets and the Illinois Tollway System. The Illinois Tollway System Barrier Tollway System Utilizes the I-Pass System with Open Road Tolling.
Dr. Ron Lembke MORE EFFICIENT CARS.  Hybrid: Toyota Prius, Honda Insight, Ford Fusion, Chevy Tahoe  Mainly gasoline drivetrain, some use of electric.
Salt Spreader Gasoline vs Electric Presented by: Stan Sadowski.
Gas, Hybrid, And Alternative Fuels Matthew Clayton English 1010.
1 1 Fuel Economy and the Clean Cities Program Bo Saulsbury Oak Ridge National Laboratory Clean Cities Atlanta/Chicago Joint Regional Meeting Indianapolis,
A UNIQUE APPROACH TO THE 21 ST CENTURY AUTOMOTIVE CHALLENGE The Hybridized Driveway.
1 Introduction to Alternative Fuels Technology. 2 Why are we doing this ?
Plug-in Electric Vehicles David Ellis May 20, 2010 AABE National Conference.
Alternative Fuels Electricity Electric Car Early History Invented between 1832 and 1839 by Robert Anderson storage batteries were improved in 1865 and.
University of Wisconsin-Eau Claire Cash For Clunkers: What is it & What Happened? Drew Christensen Jared Farmer Laurelyn Wieseman Eric Jamelske Department.
1 Alternative Fuel Vehicles A brief overview of electric, natural gas and bio- diesel fueled vehicles Dan Bowermaster Manager, Electric & Natural Gas Vehicles.
Contributing Factors to CNG Decline during the 2000’s Short range of early vehicles, less than 100 miles (current technology is miles) Which comes.
HOW WILL TRANSPORTATION SYSTEMS BE TRANSFORMED IN OUR ENERGY FUTURE? GEORGE A. HUME April 28, 2006 Reference was made to the following internet sites in.
Lamborghini Gallardo – 9 miles per gallon Hybrid Cars Toyota Prius 50 miles per gallon -Combine internal combustion engine with electric battery - Small.
Part Five, Issue 12 Motor Vehicles and the Environment.
What is an Alternatively powered Vehicle? Definition: A vehicle that runs on a fuel other than traditional gasoline or diesel; any method of powering an.
SUSTAINABILITY EFFORTS OF Department of Administration Motor Fleet Management September 2000.
Alameda County Transportation Services – CCBA Panel Reducing Our Carbon Footprint from Transportation Phillip Kobernick, Alameda County General Services.
Hybrids and EV's. Hybrid cars are cars that run on both an electric engine and a gasoline engine. The two engines work together giving the car good gas.
By Shalnev Dmitry Class 9 A Pervomaisk Secondary School Tambov Region 2014.
There are a lot of cars to choose from, which one fits your needs and wants?
20 BY 20 20% BY FY 2020 FUEL REDUCTION PLAN FOR ALACHUA COUNTY FLEET PREPARED BY ALACHUA COUNTY FLEET MANAGEMENT 02/2011.
Matt Ellis CAS 100A Penn State Hazleton 10/12/2011 HYBRID CARS.
Green Fleets The Mission Through implementation of this Green Fleets policy, all Service Units that own/operate vehicles and fuel-using equipment shall.
Hybrid CarsHybrid Cars. What is a hybrid?What is a hybrid?  Hybrid electric vehicles (HEVs) include both a combustion engine as well as an electric motor.
CVJJ PHARMACEUTICALS HYBRID VEHICLES 1 Prepared by: Victor Navarro Joshua Wise, Jose Quiñonez, Carlos Fraire.
CO 2 gas levels in the atmosphere are at 388ppm, 37% higher than anytime in the last 400,000years CO 2 is a greenhouse gas which traps more heat in.
PRESENTED BY SKIP FISCHER PRESIDENT. NATIONAL FUEL COST 52 Week Annual Average Information Provided by: US Department of Energy.
By: Christina Nahar Conservation Transport.  An effective strategy to reduce greenhouse gas emissions must include: -Improved fuel economy -Reduce carbon.
 Transportation choices and CO 2 emissions By: Dayanara Veliz & Abel Adam.
Is The Hy-Wire Concept Car A Vehicle We Can Expect To Be Driving Within Our Lifetime?
University of Toledo Climate Action Report Scope 1 By Rachel Beres, Andrew Kulikowski, Jon Lockie, Chad Pietkowski, Ken Samoei, and Cory Williams.
The sole purpose of this chapter is to ask students to: Be aware. Be mindful. Know your facts. For YOU. Not for us. This chapter, as any other, prompts.
Honda Civic GX 16 Th January  Honda Civic GX design feature  Using this design feature on similar cars  Impact product has had on the company.
ELECTRIC CARS PROS AND CONS Subtitle. ELECTRIC CARS PROS AND CONS Popular electric cars include:  Tesla Model S  The Chevrolet Volt  The Ford Focus.
2016, 2014, 2013 FORD FUSION Hybrid.
Carbon Footprint & Sustainable Solutions
Donalbain’s Cupcakes! By Katie Zeppetelli and Donald McCann
EPA Phase II for Greenhouse Gas Emissions
First EV buyer’s group in Northeast.
Greenhouse Gas Reduction Initiative City of Wichita
Clean Cities Washington Day 2004 Fuel Economy Opportunities
Advanced Powertrains for Commercial Vehicles
The Role of Transportation in Campus Climate Change Action
What is Sea-Tac Doing To Create a Green Curb Airport Ground Transportation Association Conference Introduction of Sea-Tac and Elizabeth/Paul September.
Electric cars By karen.
HOUSTON INDEPENDENT SCHOOL DIST. FLEET OPERATIONS
HOUSTON INDEPENDENT SCHOOL DIST. FLEET OPERATIONS
Hybrid Automotive Prime Movers
Driving Green to Sustainability
Energy Conservation Home, School, and Transportation
Presentation transcript:

Striving for Sustainability Alternative Vehicles Effect on Luther’s Carbon Footprint November 10, 2008 Rich Tenneson, Facilities Services

President’s Climate Commitment Before – decisions based mostly on cost Freedom to explore opportunities – staff buy in After - based on cost and environmental impact Key to change behavior

President Torgerson on Sustainability at Luther “Can Luther be known as a place where sustainability and stewardship shape campus culture and practices?... This is an opportunity for Luther to build on past successes and be a model--not a mirror--for society.” Freedom to explore opportunities Staff Buy IN

Fleet Vehicles 8 full-size vans 5 minivans 19 cars, including 7 hybrids Maintenance Vehicles 13 trucks 3 minivans 9 cargo vans 1 car Gasoline Fleet 46,000 gallons Diesel Fleet 6,500 gallons 1,042,776 lbs of CO 2

Total eCO 2 Emissions ,671 Metric Tons of eCO 2 38,960,000 Pounds of eCO 2

President Torgerson on Sustainability at Luther “You don’t wake up one morning and say Luther is going to be known for sustainability. A lot of things happen over a long period of time, until it comes to a tipping point.”

Model Stewardship & Sustainability in all College Operations Hybrid Vehicles Bio Diesel Electric Maintenance Vehicles CNG Vehicles

Vehicle Life Cycle Cost Evaluate ALL costs over the life of the vehicle, not just purchase price –original price, operations (fuel), selling price Look at total carbon emissions as part of purchasing decisions

Hybrid Vehicle Purchase Luther purchased two hybrid cars in 2004, two in 2006, one in 2007, two in 2008 What is a Hybrid? –A vehicle with both a gasoline engine and a silent electric motor –Gasoline engine goes dormant when not needed

Original Cost of Vehicle Bids received per specs Honda Civic Hybrid $ 21,990 Toyota Prius Hybrid $ 24,001 Ford Fusion $ 15,949 Chevrolet Malibu $ 17,327 Average cost overage $ 5,350

EPA Fuel Economy Ratings Hybrid – MPG City 40, MPG Hwy 45 Hybrid – MPG City 48, MPG Hwy 45 Fusion – MPG City 20, MPG Hwy 28 Malibu – MPG City 22, MPG Hwy 30

Vehicle Lifetime Gasoline Costs Gasoline costs based on 100,000 lifetime miles(25% City, 75% Hwy) CivicHybrid – $ 8,365. PriusHybrid – $ 7,985. Less $ 280 Fusion – $13,275. Add’l $ 5,000 Malibu – $14,340. Add’l $ 4,324

Vehicle Lifetime Greenhouse Gases Greenhouse gases based on 100,000 lifetime miles(25% City, 75% Hwy) CivicHyb – 56,000 PriusHybrid – 53,600 Less 2,400 Fusion – 90,800 Add’l 34,800 Malibu - 94,400 Add’l 38,400

Summary of Life Cycle Cost Fusion lifecycle cost $ 26, cents per mile Malibu lifecycle Cost $ 26, cents per mile PriusHybrid lifecycle $ 24, cents per mile CivicHybrid lifecycle $ 22, cents per mile

Ester Machine Bio Diesel Purchase Two purposes –Food Service Dock –Cost and Emission Savings

Green World Biofuels Ester Machine –Portable – outdoor use –Process, wash & dry –Add methanol, Potash Anhydrous –Produce 80 gallons bio diesel per day –Glycerin

Heat oil to 120 degrees

Wash Cycle

Bio Diesel Production Produce 2,300 gallons yearly 35% of Usage Dollar Savings per Year – up to $ 8,320 Reduce Carbon emissions by 50,000 lbs

Diesel Gator, Lawn Mowers

Facilities Fleet Analysis 26 Maintenance Vehicles – 2 yr history Miles per gallon, average 9.5 Average 19 miles per day per vehicle, 496 miles per day Yearly operating cost $ 2,460 per vehicle, $63,969 per year Gasoline $ 1,898 Yearly emissions 10,030 per vehicle, 260,810 per year

Electric Vehicle Purchase Total recharging cost $ 79 per vehicle, – $ 1,812 Reduction, 96 % less per year. Total operating cost $ 330 per vehicle, – $2,132 Reduction, 87 % less per year Total CO2 emissions 2,402 per vehicle, – 8,140 Reduction, 76 % less per year Total Fleet Potential Savings –Reduction of $ 55,422 per year –Reduction of 198,300 Pounds of CO2

Electric Vehicle Purchases

Future Purchases Considered Compressed Natural Gas(CNG) –Pickup – Purchased in summer, 2008 –Car Electric –Pickup – convert S-10 to electric –Lawn Mowers ???