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Improving MPG, effective fuel reduction: Getting from here to there with less

Improving MPG, effective fuel reduction: Getting from here to there with less

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Improving MPG, effective fuel reduction: Getting from here to there with less

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  1. Improving MPG, effective fuel reduction: Getting from here to there with less

  2. Key Components to Save Fuel Components • Culture • SWOT Analysis • Environmental Scan • Specific Strategies • Managing the Results

  3. Component Number One….. Culture for Change • Identify what your Transportation Vision is on Fuel Conservation and shape the path to where you want to be in 1 year, 3 years, 5 years.

  4. Sustainability Although Sustainability covers many different areas of conservation, the largest by far for Transportation is fuel. Reduction of fuel reduces 22.2 lbs of carbon for every gallon not burned. Biodiesel integration , CNG, Propane, idling policies and overall department policies contribute to a sustainability policy that makes us good stewards of the environment. Environmental report cards should be in place to evaluate your practices and measures against other national entities and federal standards. Bids should have a sustainability element that is a weighted measure in bid evaluations.

  5. SWOT Analysis Component Number Two…..

  6. Sustainability Strengths • Idle time reduction • Fuel efficiencies through new bus technology • Use of biodiesel • Recycle Program • Waste material management Weaknesses • Employee driving behavior • White fleet program • Biodiesel consistency

  7. Sustainability Opportunities • Expansion of biodiesel • Alternative fueled vehicles • Reduce size of fleet • Create more car pool opportunities Threats • Cost of biodiesel • Cost of alternative fuel equipment • Lack of recycled material resources • Hazardous spills

  8. Environmental Scan Component Number Three…..

  9. Agencies Compared • FAPT Fleet - Survey

  10. FAPT Fleet Survey

  11. Specific Strategies Component Number Four….. • Idling • Deadhead miles • Driving habits • Alternative fuel • Fuel efficiency with newer buses • Strategy Maps

  12. Idling Policy • 62-285.420 FACHeavy-Duty Vehicle Idling Reduction. – Repealed 2-16-2012 • (1) Applicability. This rule applies to any heavy-duty diesel engine powered motor vehicle. For the purposes of this rule: • (a) Heavy-duty diesel engine powered motor vehicle means a motor vehicle: • 1. With a gross vehicle weight rating equal to or greater than 8,500 pounds; • 2. Used on roads for the transportation of passengers or freight; and • 3. Serving a commercial, governmental, or public purpose. • (b) Gross vehicle weight rating means the value specified by the manufacturer as the maximum design loaded weight of a single vehicle. • (2) Requirement. Owners or operators of heavy-duty diesel engine powered motor vehicles are prohibited from idling for more than five consecutive minutes. Idling is the continuous operation of a vehicle’s main drive engine while the vehicle is stopped. • (3) Exemptions. The idling restriction of subsection 62-285.420(2), F.A.C., shall not apply: • (a) To idling while stopped for traffic conditions over which the driver has no control, including being stopped for an official traffic control device or signal, in a line of traffic, at a railroad crossing, at a construction zone, or at the direction of law enforcement; • (b) To idling of buses 10 minutes prior to passenger loading and when passengers are onboard if needed for passenger comfort; • (c) To idling of an armored vehicle in which a person remains inside the vehicle while guarding the contents of the vehicle or while the vehicle is being loaded or unloaded. • (d) If idling is necessary for a police, fire, ambulance, public safety, military, or other vehicle being used in an emergency or training capacity; • (e) If idling is necessary to verify that the vehicle is in safe operating condition as required by law and that all equipment is in good working order, either as part of a daily vehicle inspection or as otherwise needed, provided that engine idling is mandatory for such verification; • (f) If idling is necessary to accomplish work for which the vehicle was designed, other than propulsion, for example: collecting solid waste or recyclable material; controlling cargo temperature; or operating a lift, crane, pump, drill, hoist, mixer, or other auxiliary equipment other than a heater or air conditioner; • (g) If idling is necessary to operate defrosters, heaters, air conditioners, or other equipment to prevent a safety or health emergency, but not solely for the comfort of the driver; • (h) To idling while the driver is sleeping or resting in a sleeper berth. This exemption expires at midnight September 30, 2013. • Specific Authority 403.061 FS. Law Implemented 403.031, 403.061 FS. History–New 12-15-08.

  13. OCPS Transportation Services Operating Procedure No. 110 June 2012 VEHICLE START UP, IDLING AND SHUT DOWN PURPOSE: To ensure the proper procedures to conserve fuel and when starting, idling or shutting down a school bus. PROCEDURE: 1. Buses will always be driven at a safe speed and never in excess of the legally posted speed limit or not more than 55 miles per hour, i.e., State Statute 316.183. 2. Avoid sudden starts and stops at all times. 3. Buses are not to sit running with A/C on. Shut off engine while waiting. Do not let engine idle for extended periods of time. Start buses and turn on the A/C when students are loaded and bus is leaving the school. 4. Complete an Operator’s Defect Report (TS-1) and report to the appropriate garage when the bus engine is not running properly. 5. All diesel engines must be cooled down for two to three minutes by idling the engine.

  14. Cost Reduction Strategy: Reduction of Idle Time On Buses Approach: 12 area managers will monitor weekly kpi’s on idle time to ensure 5 minute thresholds per bus are adhered to. Outcome: 907 routes @ 15 minutes per day reduction based on diesel at $ 4.00 per gallon. Staff & Other Investment Required: N/A Estimated Cost Reduction: $ 163,620 Results: Strategy was altered to include idling, bio-diesel and fuel economy. As of 5/31/13, a total cost avoidance of $490,871 for diesel fuel has been achieved. 138,144.77 gallons at $ 3.56 per gallon. A total of 1368.75 Metric Tons of Carbon has been reduced as well.

  15. Deadhead Miles Miles and hours that a vehicle travels when out of revenue service. This includes leaving and returning to the garage, changing routes, etc., and when there is no reasonable expectation of carrying revenue passengers. However, it does not include charter service, school bus service, operator training, maintenance training, etc. For non-scheduled, non-fixed-route service (demand responsive), deadhead mileage also includes the travel between the dispatching point and passenger pick-up or drop-off. Bureau of Transportation Statistics.

  16. Driving Habits • Hard Braking • Fast Acceleration • Aggressive Driving Behavior • Accelerating to Run Red Lights

  17. Alternative Fuel • Biodiesel • CNG • Propane • White Fleet • Hybrid • Fuel Additive

  18. Newer Technologies • New Buses deliver higher fuel economy – from 2 to 4 mpg. A new bus gaining 4 mpg over 10 years could save 1700 gals of diesel fuel. • That equates to 37,740 lbs of carbon reduction.

  19. Managing the Results Component Number Five…..

  20. ScoreCards

  21. Closing There is no silver bullet. Fuel reduction from the Administrative Leader to the Front Line Employee, has to be a change of culture. How do you manage deadhead miles or dry runs. Where are your buses parked in relation to the route, maintenance or fueling location. What is your idling policy and how do you enforce it. How do you communicate with front line staff to create a culture of conserving resources. What tangible benefits do you see as a leader and how do you set the vision for the organization.