Jack Ampuja Supply Chain Optimizers Niagara University.

Slides:



Advertisements
Similar presentations
Mining Technologies International Hy-Drive Hydrogen Generating System Hydrogen Generating System.
Advertisements

Challenge of Sustainability Today Increasing awareness of our negative impact on the planet Now making more responsible decisions in producing & buying.
Bill Chynoweth Resource Management Partners Troy, Michigan Bill Chynoweth Resource Management Partners Troy, Michigan Renewable Energy Which way should.
Propane Diesel Injection  An introduction overview of the Powershot Propane Diesel Injection system (PDI) for use in medium and heavy duty vehicles.
Hydrogen Power By Emily Temple and Megan Swartzlander.
Moving the World: The Future of Freight Transportation Environment/Fuel Efficiency Panel Randy Mullett Vice President - Government Relations & Public Affairs,
Environmental Pragmatism: The Key to “Moving Forward” Bob Wade Corporate Manager Environmental, Hazmat & Safety.
AZ HOD, LLC. Arizona Hydrogen on Demand Will Powe Jr.
+ Careers in Electricity. + Outcome for today: Outcome EL6.1: Assess personal, societal, economic, and environmental impacts of electricity use in Saskatchewan.
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.
Cost effective hydrogen transport and emissions reduction Amanda Lyne Green Fleet Scotland 2015.
BY : Stephanie Dunleavy. A Carbon footprint is a measure of the impact our activities have on the environment, and in particular climate change. It relates.
U.S. EPA SmartWay Transport Partnership US DOT Talking Freight Denise Kearns April 18, 2011.
SUMMARY OF BENEFITS AND RETURN ON INVESTMENT GPS FLEET TRACKING.
Moving Efficiently: Improving How We Transport Goods in America Glen P. Kedzie Vice President, Energy & Environmental Counsel American Trucking Associations.
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.
Carbon Offsets and the Illinois Tollway System. The Illinois Tollway System Barrier Tollway System Utilizes the I-Pass System with Open Road Tolling.
EnergyStar and H-Bomb Gas Generators Increase Gas Mileage 10 – 35 % Pure Energy Designs Gas Generators Reduce Engine Maintenance Reduced Vehicle Emissions.
1 1 Sustainable Solutions in Transportation. Why green, why now? Companies are being evaluated on their environmental performance: - Government (laws.
NITROGEN TIRE PRESSURE MAINTENANCE PROGRAM FOR GOVERNMENT FLEET EXPO.
SmartWay SM Transport Partnership U.S. Environmental Protection Agency.
Hy-Vee Fuel Efficiency Employee Owned Company Founded in 1930 Corporate Office – West Des Moines $7.2 Billion in Sales Last Year 235 Stores Over 60,000.
STST Copyright (c) 2007 by Surya Technologies 1 Supply Chain Environmental Analysis Tool: SEAT TM Kumar Venkat Surya Technologies
A carbon footprint is a measure of the impact our activities have on the environment, and in particular climate change. It relates to the amount of greenhouse.
Transportation Infrastructure
Energy Efficiency in Industrial and Commercial Facilities 2003 Energy and Environmental Conference September 16, 2003.
6 th largest LTL (Less than truckload) -Founded Service Centers – 11,000 FT Employees –OD Domestic - Multi-regional, inter-regional, 48 state.
Don’t Scrub When You Can Be Clean A Mobile CNG Pipeline Operational in 6-12 months Low capital expense Relatively short contract duration Phased-in approach.
© 2009 IBM Corporation Let’s Build a Smarter Planet Thongchai Watanasoponwong – Country Manager Power Systems, STG September 15 th, 2009 Green IT เทคโนโลยีสีเขียวเพื่อสิ่งแวดล้อม.
U.S. EPA SmartWay Transport Partnership GSA Transportation Forum Denise Kearns March 21, 2011.
VICS Empty Miles Time Is UP! Production growth will eventually stop and production will peak. Production is already past its peak in 54 of the 65 largest.
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.
Driving Down GHG Emissions, Driving Up Fuel Efficiency: Coordinating a Groundbreaking National Vehicle Policy Kathryn Thomson Counselor to the Secretary.
Efficiency of Cars CREATE A PRESENTATION ABOUT HOW INCREASING THE EFFICIENCY OF CAR ENGINES WILL CHANGE AMERICA.
Energy Efficiency and Renewable Energy Chapter 16.
Vehicle! by: Mike Davenport and Paul Lasher. Product Our product will be a local newspaper company We will be transporting the newspaper by a way that.
Slide 1 Matching Supply with Demand: An Introduction to Operations Management Gérard Cachon ChristianTerwiesch All slides in this file are copyrighted.
Global Warming By: Ryan Collins and Nguyet Luong.
Environmental Solutions for a Greener Planet Master Distributor for IHS.
Greening the Supply Chain “ Pollution Prevention for Product Systems” John O. Sparks U.S. Environmental Protection Agency Design for the Environment Program.
1 Vision Industries Corp.. 2 Presentation Outline Vision Industries Solution Vision Industries Solution Hydrogen Hydrogen Vehicle Solutions Vehicle Solutions.
AirSection 1 Motor Vehicle Emissions Almost one-third of our air pollution comes from gasoline burned by vehicles. According to the U.S. Department of.
Alternative Energy. Solar Power Passive Solar –Building design using sunlight for heating Photovoltaics –Turn sunlight into electricity Power Towers –Mirrors.
Port Fuel Injection VS. Direct Fuel Injection The Basics of DFI The main focus of DFI is to effectively and precisely control the fuel-to-air ratio. To.
Fuel Conservation and Management Symposium September 22, 2008 John Lanigan Executive Vice President and Chief Marketing Officer.
Environmental Impact In this section you will learn about: Energy use Disposal of IT equipment Carbon footprint.
PRESENTED BY SKIP FISCHER PRESIDENT. NATIONAL FUEL COST 52 Week Annual Average Information Provided by: US Department of Energy.
Natural Gas & Propane Raqwan Griffin 3 rd hour. What is Natural Gas Natural Gas is a mixture of hydrocarbons, predominantly, methane, ethane, propane.
What is What will be UNDER THE HOOD and IN THE TANK ? By John Zavalney.
 Transportation choices and CO 2 emissions By: Dayanara Veliz & Abel Adam.
ANASOFT VIATUS. Challenges Supply chain optimization is necessary for achieving competitive price of final products Synchronization and utilization of.
Sustainability in the Supply Chain 5 © 2014 Pearson Education, Inc. SUPPLEMENT.
Propane Conversion Program for Off-Road Applications Metro Lawn Propane Conversions will provide REAL Propane Fuel Solutions to help you Go Green and.
Biodiesel Production from Grease Waste February 3, 2011 IBR & Infrastructure Platform Tony Pack Eastern Municipal Water District.
Introducing Hybrid Public Transportation In Jordan.
Greening the Fleet Cleaner Air, Lower Carbon, and a Better Economy Sharon Banks, CEO
EPA Phase II for Greenhouse Gas Emissions
“The Less-Than- Truckload Industry”
MGT 325 ASSIST Motivating Students to Learn/mgt325assist.com
U.S. EPA SmartWay Transport Partnership
Emission Reduction: The Different Approaches
Company Name & Logo Project Name Date.
U.S. EPA SmartWay Transport Partnership
Patch Box for Diesel Natural Gas Dual Fuel Kits
Advanced Powertrains for Commercial Vehicles
U.S. EPA SmartWay Transport Partnership
U.S. EPA SmartWay Transport Partnership
Anna Garcia Air Innovations Conference August 2004
Presentation transcript:

Jack Ampuja Supply Chain Optimizers Niagara University

Green program motives  Cost Reduction  Regulatory Compliance  Carbon Footprint  Competitive Advantage

 Transportation & Logistics Costs: 2% decrease  versus 1% increase for Industry Average, and 4% increase for Laggards  Energy Costs: 6% decrease  versus no change for Industry Average and 7% increase for Laggards  Operations and Facilities Costs: 2% decrease  versus no change for Industry Average and 4% increase for Laggards  Supply Costs: 2% decrease  versus no change for Industry Average and 6% increase for Laggards

 Surpassed stated corporate goal by achieving 25% increase in efficiency between 2005 & ‘08  Used technology for  Reducing vehicle weight  1000 lbs =.10% increase in mpg  Increasing weight per truckload  More efficient routing of trucks  Goal is to double fleet efficiency by 2015 from 2005 standards

 Inventory planning systems use averages to define truckload: weight, cube, pallet spots  Many trucks run below max about 5%  New software allows for real ‘full’ truckloads while staying in legal limits  Can also plan ‘best’ pallet loading techniques  Used by companies such as Procter & Gamble, Kraft, Nestle, Smuckers

 Patented tractor from HydrogenFS.com  HFS is a group of trucking industry veterans who pooled their knowledge on efficiency to create the Green Machine  Key component = Jetstar hydrogen booster invented & manufactured in Pickering ON  Engine & transmission are re-manufactured units: less expensive + more green

 Uses “jetstar fuel”…specially treated water  Electrifying water creates hydrogen & oxygen  Gases are piped to intake manifold  There is no hydrogen storage in truck…gases are burned as soon as they are created  Hydrogen + oxygen give engine power boost & burn diesel fuel completely reducing emissions to almost nothing

 Engine is most widely sold Detroit Diesel ever  Larger single tires filled with nitrogen  All aluminum wheels – including 5 th wheel  Air deflectors on side & top  Carbon fiber springs  Alan Bishop electric engine fan system  Jetstar hydrogen booster for engine  Synthetic oil is changed after 100,000 miles

 Engine burns fuel more completely generating more power & less carbon output  All technology used is available to any firm  Green Machine was conceived by trucking industry veterans and assembled in Michigan  Verified national test shows tractor hauling loaded trailer averages 8 mpg…30% gain with emissions below 2014 EPA standards  Latest test = 10 mpg

“The hydrogen-injected trucks will enable a 15% increase in fuel economyand exceed vehicle emission standards by 11%. These vehicles inject small amounts of hydrogen and oxygen into the engine’s air intake, resulting in a shorter burn time that uses less fuel and produces cleaner emissions. The company expects to save more than 4,200 gallons of fuel per hydrogen truck and eliminate over 216 metric tons of greenhouse gas emissions annually.”

 SaaS - Software as a service is major benefit for smaller companies  Gets them into the game at low cost  Far surpasses performance of manual systems  TMS becomes viable for almost all firms  Lets user focus on business issues rather than IT  Leading SaaS interface with major ERP packages

$000Transport Inv & OHTotal % Baseline34,50019,75054, Locations26,80022,50049, Least30,60013,40044, Final29,90015,30045,200 83

 Lowest cost network  Best service network  Optimal combo of cost and service  Lowest carbon footprint network  Management now has a $ target between lowest cost and lowest carbon  They now know what it will cost the company to operate a green network

 Adding carbon footprint weighting to model allows for comparing environmental impact of various scenarios  Comparing total miles of different logistics networks – inbound & outbound – allows for identification of lowest miles of movement  Calculates $ of environmental improvement