Transit Bus Operational and Maintenance Practices to Maximize Fuel Economy
Buses are the most common form of urban transit but, in the developing world, are often seen as inefficient and polluting. It is well known that buses that are properly tuned and adjusted tend to be cleaner, safer and consume less fuel than poorly maintained buses. Fuel cost is a relatively large fraction of total cost especially when labor and bus costs are low, as in many developing countries. Hence, reducing fuel use through targeted maintenance of fuel inefficient buses can reduce significant expenditures especially in developing countries, freeing up resources for other improved city services. In addition, if city buses do not receive periodic maintenance that is adequate in quality and quantity, their emissions, both local and global, will suffer. In an effort to catalyze solutions for urban transport, the World Bank Group focused on development of a global Knowledge Product in the form of a 'Guidance Note' (GN) on bus maintenance procedures. The GN is directed towards city transit managers and their technical staff in developing countries to enhance the energy efficiency of city transit. The objective of this work effort is to prepare a Guidance Note (GN) on maintenance best practices that is a practical and useful tool to guide the implementation of a program that will enhance the fuel efficiency of buses. To address this objective, taking stock of existing good programs and approaches and interacting with relevant city fleet operators is critical.
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dig-okr-1098617499 |
|---|---|
| record_format |
koha |
| institution |
Banco Mundial |
| collection |
DSpace |
| country |
Estados Unidos |
| countrycode |
US |
| component |
Bibliográfico |
| access |
En linea |
| databasecode |
dig-okr |
| tag |
biblioteca |
| region |
America del Norte |
| libraryname |
Biblioteca del Banco Mundial |
| language |
English en_US |
| topic |
ACCELERATION ACCELERATOR PEDAL ACCIDENTS AIR AIR CONDITIONER AIR-CONDITIONER AMBIENT TEMPERATURE AUTOMATIC VEHICLE LOCATION AUTOMOTIVE ENGINEERS AVERAGE SPEED BASIC URBAN SERVICES BRAKES BRAKING BUS COMPANIES BUS COMPANY BUS COSTS BUS DATA BUS DRIVERS BUS ENGINES BUS FLEET BUS FLEETS BUS LIFE BUS MANUFACTURERS BUS MARKET BUS OPERATOR BUS OPERATORS BUS PASSENGER BUS PERFORMANCE BUS PURCHASE BUS RELIABILITY BUS REPLACEMENT BUS RIDERS BUS ROUTE BUS SYSTEM BUS TRANSIT OPERATIONS BUS TRANSPORT BUS TRAVEL BUS TYPE BUSES CAR CARS CITY BUS CITY BUSES CITY TRANSIT CLEAN AIR CLUTCH CONCRETE CONGESTION COST BENEFIT ANALYSIS COST-BENEFIT ANALYSIS DAILY TRAVEL DIESEL DIESEL BUSES DIESEL ENGINES DRIVER COMPLIANCE DRIVER IDENTIFICATION DRIVER TRAINING DRIVERS DRIVING DRIVING CONDITIONS DRIVING CYCLE DRIVING SIMULATORS EFFECT OF MAINTENANCE ELECTRONIC CONTROL SYSTEM EMISSION EMISSION STANDARDS EMISSIONS ENERGY EFFICIENCY ENGINE ENVIRONMENTAL IMPACTS FLEET MANAGEMENT FLEET OPERATORS FLEETS FRAMEWORK FUEL FUEL CONSUMPTION FUEL COST FUEL COSTS FUEL ECONOMY FUEL ECONOMY IMPROVEMENT FUEL EFFICIENCY FUEL EFFICIENCY DATA FUEL EFFICIENCY IMPROVEMENTS FUEL SAVINGS FUEL TYPES FUEL USE GARAGES GLOBAL CLIMATE CHANGE HEAVY RAIL HYBRID BUSES INCOME INJURIES INSPECTION LIFE CYCLE COSTS MAINTENANCE ACTIVITIES MILEAGE MOBILITY NOISE ODOMETER PASSENGER CAPACITY PASSENGERS PERIODIC MAINTENANCE POLLUTANT EMISSION POLLUTION PRIVATE OPERATORS PUBLIC TRANSIT PUBLIC TRANSIT ASSOCIATION PUBLIC TRANSPORT PURCHASES RAPID BUS RAPID TRANSIT REVENUE PASSENGER RIDERS ROAD ROAD HAZARDS ROAD LANES ROAD TRANSPORT ROUTE ROUTES SAFETY SAFETY IMPROVEMENTS SPEED SPEED LIMIT SPEEDS TAILPIPE EMISSIONS TEMPERATURE TEST TRACK TRAFFIC TRAIN DRIVERS TRANSIT TRANSIT AGENCIES TRANSIT AUTHORITIES TRANSIT AUTHORITY TRANSIT BUS TRANSIT OPERATIONS TRANSIT SYSTEMS TRANSIT VEHICLE TRANSPORT AUTHORITY TRANSPORTATION TRANSPORTATION RESEARCH TRANSPORTATION SYSTEMS TRUE TRUST FUND URBAN BUS URBAN BUS MARKET URBAN BUS TRANSIT URBAN TRANSIT URBAN TRANSIT SYSTEMS URBAN TRANSPORT VEHICLE COMPONENTS VEHICLE MAINTENANCE VEHICLE MODEL VEHICLE UTILIZATION VEHICLES ACCELERATION ACCELERATOR PEDAL ACCIDENTS AIR AIR CONDITIONER AIR-CONDITIONER AMBIENT TEMPERATURE AUTOMATIC VEHICLE LOCATION AUTOMOTIVE ENGINEERS AVERAGE SPEED BASIC URBAN SERVICES BRAKES BRAKING BUS COMPANIES BUS COMPANY BUS COSTS BUS DATA BUS DRIVERS BUS ENGINES BUS FLEET BUS FLEETS BUS LIFE BUS MANUFACTURERS BUS MARKET BUS OPERATOR BUS OPERATORS BUS PASSENGER BUS PERFORMANCE BUS PURCHASE BUS RELIABILITY BUS REPLACEMENT BUS RIDERS BUS ROUTE BUS SYSTEM BUS TRANSIT OPERATIONS BUS TRANSPORT BUS TRAVEL BUS TYPE BUSES CAR CARS CITY BUS CITY BUSES CITY TRANSIT CLEAN AIR CLUTCH CONCRETE CONGESTION COST BENEFIT ANALYSIS COST-BENEFIT ANALYSIS DAILY TRAVEL DIESEL DIESEL BUSES DIESEL ENGINES DRIVER COMPLIANCE DRIVER IDENTIFICATION DRIVER TRAINING DRIVERS DRIVING DRIVING CONDITIONS DRIVING CYCLE DRIVING SIMULATORS EFFECT OF MAINTENANCE ELECTRONIC CONTROL SYSTEM EMISSION EMISSION STANDARDS EMISSIONS ENERGY EFFICIENCY ENGINE ENVIRONMENTAL IMPACTS FLEET MANAGEMENT FLEET OPERATORS FLEETS FRAMEWORK FUEL FUEL CONSUMPTION FUEL COST FUEL COSTS FUEL ECONOMY FUEL ECONOMY IMPROVEMENT FUEL EFFICIENCY FUEL EFFICIENCY DATA FUEL EFFICIENCY IMPROVEMENTS FUEL SAVINGS FUEL TYPES FUEL USE GARAGES GLOBAL CLIMATE CHANGE HEAVY RAIL HYBRID BUSES INCOME INJURIES INSPECTION LIFE CYCLE COSTS MAINTENANCE ACTIVITIES MILEAGE MOBILITY NOISE ODOMETER PASSENGER CAPACITY PASSENGERS PERIODIC MAINTENANCE POLLUTANT EMISSION POLLUTION PRIVATE OPERATORS PUBLIC TRANSIT PUBLIC TRANSIT ASSOCIATION PUBLIC TRANSPORT PURCHASES RAPID BUS RAPID TRANSIT REVENUE PASSENGER RIDERS ROAD ROAD HAZARDS ROAD LANES ROAD TRANSPORT ROUTE ROUTES SAFETY SAFETY IMPROVEMENTS SPEED SPEED LIMIT SPEEDS TAILPIPE EMISSIONS TEMPERATURE TEST TRACK TRAFFIC TRAIN DRIVERS TRANSIT TRANSIT AGENCIES TRANSIT AUTHORITIES TRANSIT AUTHORITY TRANSIT BUS TRANSIT OPERATIONS TRANSIT SYSTEMS TRANSIT VEHICLE TRANSPORT AUTHORITY TRANSPORTATION TRANSPORTATION RESEARCH TRANSPORTATION SYSTEMS TRUE TRUST FUND URBAN BUS URBAN BUS MARKET URBAN BUS TRANSIT URBAN TRANSIT URBAN TRANSIT SYSTEMS URBAN TRANSPORT VEHICLE COMPONENTS VEHICLE MAINTENANCE VEHICLE MODEL VEHICLE UTILIZATION VEHICLES |
| spellingShingle |
ACCELERATION ACCELERATOR PEDAL ACCIDENTS AIR AIR CONDITIONER AIR-CONDITIONER AMBIENT TEMPERATURE AUTOMATIC VEHICLE LOCATION AUTOMOTIVE ENGINEERS AVERAGE SPEED BASIC URBAN SERVICES BRAKES BRAKING BUS COMPANIES BUS COMPANY BUS COSTS BUS DATA BUS DRIVERS BUS ENGINES BUS FLEET BUS FLEETS BUS LIFE BUS MANUFACTURERS BUS MARKET BUS OPERATOR BUS OPERATORS BUS PASSENGER BUS PERFORMANCE BUS PURCHASE BUS RELIABILITY BUS REPLACEMENT BUS RIDERS BUS ROUTE BUS SYSTEM BUS TRANSIT OPERATIONS BUS TRANSPORT BUS TRAVEL BUS TYPE BUSES CAR CARS CITY BUS CITY BUSES CITY TRANSIT CLEAN AIR CLUTCH CONCRETE CONGESTION COST BENEFIT ANALYSIS COST-BENEFIT ANALYSIS DAILY TRAVEL DIESEL DIESEL BUSES DIESEL ENGINES DRIVER COMPLIANCE DRIVER IDENTIFICATION DRIVER TRAINING DRIVERS DRIVING DRIVING CONDITIONS DRIVING CYCLE DRIVING SIMULATORS EFFECT OF MAINTENANCE ELECTRONIC CONTROL SYSTEM EMISSION EMISSION STANDARDS EMISSIONS ENERGY EFFICIENCY ENGINE ENVIRONMENTAL IMPACTS FLEET MANAGEMENT FLEET OPERATORS FLEETS FRAMEWORK FUEL FUEL CONSUMPTION FUEL COST FUEL COSTS FUEL ECONOMY FUEL ECONOMY IMPROVEMENT FUEL EFFICIENCY FUEL EFFICIENCY DATA FUEL EFFICIENCY IMPROVEMENTS FUEL SAVINGS FUEL TYPES FUEL USE GARAGES GLOBAL CLIMATE CHANGE HEAVY RAIL HYBRID BUSES INCOME INJURIES INSPECTION LIFE CYCLE COSTS MAINTENANCE ACTIVITIES MILEAGE MOBILITY NOISE ODOMETER PASSENGER CAPACITY PASSENGERS PERIODIC MAINTENANCE POLLUTANT EMISSION POLLUTION PRIVATE OPERATORS PUBLIC TRANSIT PUBLIC TRANSIT ASSOCIATION PUBLIC TRANSPORT PURCHASES RAPID BUS RAPID TRANSIT REVENUE PASSENGER RIDERS ROAD ROAD HAZARDS ROAD LANES ROAD TRANSPORT ROUTE ROUTES SAFETY SAFETY IMPROVEMENTS SPEED SPEED LIMIT SPEEDS TAILPIPE EMISSIONS TEMPERATURE TEST TRACK TRAFFIC TRAIN DRIVERS TRANSIT TRANSIT AGENCIES TRANSIT AUTHORITIES TRANSIT AUTHORITY TRANSIT BUS TRANSIT OPERATIONS TRANSIT SYSTEMS TRANSIT VEHICLE TRANSPORT AUTHORITY TRANSPORTATION TRANSPORTATION RESEARCH TRANSPORTATION SYSTEMS TRUE TRUST FUND URBAN BUS URBAN BUS MARKET URBAN BUS TRANSIT URBAN TRANSIT URBAN TRANSIT SYSTEMS URBAN TRANSPORT VEHICLE COMPONENTS VEHICLE MAINTENANCE VEHICLE MODEL VEHICLE UTILIZATION VEHICLES ACCELERATION ACCELERATOR PEDAL ACCIDENTS AIR AIR CONDITIONER AIR-CONDITIONER AMBIENT TEMPERATURE AUTOMATIC VEHICLE LOCATION AUTOMOTIVE ENGINEERS AVERAGE SPEED BASIC URBAN SERVICES BRAKES BRAKING BUS COMPANIES BUS COMPANY BUS COSTS BUS DATA BUS DRIVERS BUS ENGINES BUS FLEET BUS FLEETS BUS LIFE BUS MANUFACTURERS BUS MARKET BUS OPERATOR BUS OPERATORS BUS PASSENGER BUS PERFORMANCE BUS PURCHASE BUS RELIABILITY BUS REPLACEMENT BUS RIDERS BUS ROUTE BUS SYSTEM BUS TRANSIT OPERATIONS BUS TRANSPORT BUS TRAVEL BUS TYPE BUSES CAR CARS CITY BUS CITY BUSES CITY TRANSIT CLEAN AIR CLUTCH CONCRETE CONGESTION COST BENEFIT ANALYSIS COST-BENEFIT ANALYSIS DAILY TRAVEL DIESEL DIESEL BUSES DIESEL ENGINES DRIVER COMPLIANCE DRIVER IDENTIFICATION DRIVER TRAINING DRIVERS DRIVING DRIVING CONDITIONS DRIVING CYCLE DRIVING SIMULATORS EFFECT OF MAINTENANCE ELECTRONIC CONTROL SYSTEM EMISSION EMISSION STANDARDS EMISSIONS ENERGY EFFICIENCY ENGINE ENVIRONMENTAL IMPACTS FLEET MANAGEMENT FLEET OPERATORS FLEETS FRAMEWORK FUEL FUEL CONSUMPTION FUEL COST FUEL COSTS FUEL ECONOMY FUEL ECONOMY IMPROVEMENT FUEL EFFICIENCY FUEL EFFICIENCY DATA FUEL EFFICIENCY IMPROVEMENTS FUEL SAVINGS FUEL TYPES FUEL USE GARAGES GLOBAL CLIMATE CHANGE HEAVY RAIL HYBRID BUSES INCOME INJURIES INSPECTION LIFE CYCLE COSTS MAINTENANCE ACTIVITIES MILEAGE MOBILITY NOISE ODOMETER PASSENGER CAPACITY PASSENGERS PERIODIC MAINTENANCE POLLUTANT EMISSION POLLUTION PRIVATE OPERATORS PUBLIC TRANSIT PUBLIC TRANSIT ASSOCIATION PUBLIC TRANSPORT PURCHASES RAPID BUS RAPID TRANSIT REVENUE PASSENGER RIDERS ROAD ROAD HAZARDS ROAD LANES ROAD TRANSPORT ROUTE ROUTES SAFETY SAFETY IMPROVEMENTS SPEED SPEED LIMIT SPEEDS TAILPIPE EMISSIONS TEMPERATURE TEST TRACK TRAFFIC TRAIN DRIVERS TRANSIT TRANSIT AGENCIES TRANSIT AUTHORITIES TRANSIT AUTHORITY TRANSIT BUS TRANSIT OPERATIONS TRANSIT SYSTEMS TRANSIT VEHICLE TRANSPORT AUTHORITY TRANSPORTATION TRANSPORTATION RESEARCH TRANSPORTATION SYSTEMS TRUE TRUST FUND URBAN BUS URBAN BUS MARKET URBAN BUS TRANSIT URBAN TRANSIT URBAN TRANSIT SYSTEMS URBAN TRANSPORT VEHICLE COMPONENTS VEHICLE MAINTENANCE VEHICLE MODEL VEHICLE UTILIZATION VEHICLES World Bank Transit Bus Operational and Maintenance Practices to Maximize Fuel Economy |
| description |
Buses are the most common form of urban
transit but, in the developing world, are often seen as
inefficient and polluting. It is well known that buses that
are properly tuned and adjusted tend to be cleaner, safer
and consume less fuel than poorly maintained buses. Fuel
cost is a relatively large fraction of total cost especially
when labor and bus costs are low, as in many developing
countries. Hence, reducing fuel use through targeted
maintenance of fuel inefficient buses can reduce significant
expenditures especially in developing countries, freeing up
resources for other improved city services. In addition, if
city buses do not receive periodic maintenance that is
adequate in quality and quantity, their emissions, both
local and global, will suffer. In an effort to catalyze
solutions for urban transport, the World Bank Group focused
on development of a global Knowledge Product in the form of
a 'Guidance Note' (GN) on bus maintenance
procedures. The GN is directed towards city transit managers
and their technical staff in developing countries to enhance
the energy efficiency of city transit. The objective of this
work effort is to prepare a Guidance Note (GN) on
maintenance best practices that is a practical and useful
tool to guide the implementation of a program that will
enhance the fuel efficiency of buses. To address this
objective, taking stock of existing good programs and
approaches and interacting with relevant city fleet
operators is critical. |
| topic_facet |
ACCELERATION ACCELERATOR PEDAL ACCIDENTS AIR AIR CONDITIONER AIR-CONDITIONER AMBIENT TEMPERATURE AUTOMATIC VEHICLE LOCATION AUTOMOTIVE ENGINEERS AVERAGE SPEED BASIC URBAN SERVICES BRAKES BRAKING BUS COMPANIES BUS COMPANY BUS COSTS BUS DATA BUS DRIVERS BUS ENGINES BUS FLEET BUS FLEETS BUS LIFE BUS MANUFACTURERS BUS MARKET BUS OPERATOR BUS OPERATORS BUS PASSENGER BUS PERFORMANCE BUS PURCHASE BUS RELIABILITY BUS REPLACEMENT BUS RIDERS BUS ROUTE BUS SYSTEM BUS TRANSIT OPERATIONS BUS TRANSPORT BUS TRAVEL BUS TYPE BUSES CAR CARS CITY BUS CITY BUSES CITY TRANSIT CLEAN AIR CLUTCH CONCRETE CONGESTION COST BENEFIT ANALYSIS COST-BENEFIT ANALYSIS DAILY TRAVEL DIESEL DIESEL BUSES DIESEL ENGINES DRIVER COMPLIANCE DRIVER IDENTIFICATION DRIVER TRAINING DRIVERS DRIVING DRIVING CONDITIONS DRIVING CYCLE DRIVING SIMULATORS EFFECT OF MAINTENANCE ELECTRONIC CONTROL SYSTEM EMISSION EMISSION STANDARDS EMISSIONS ENERGY EFFICIENCY ENGINE ENVIRONMENTAL IMPACTS FLEET MANAGEMENT FLEET OPERATORS FLEETS FRAMEWORK FUEL FUEL CONSUMPTION FUEL COST FUEL COSTS FUEL ECONOMY FUEL ECONOMY IMPROVEMENT FUEL EFFICIENCY FUEL EFFICIENCY DATA FUEL EFFICIENCY IMPROVEMENTS FUEL SAVINGS FUEL TYPES FUEL USE GARAGES GLOBAL CLIMATE CHANGE HEAVY RAIL HYBRID BUSES INCOME INJURIES INSPECTION LIFE CYCLE COSTS MAINTENANCE ACTIVITIES MILEAGE MOBILITY NOISE ODOMETER PASSENGER CAPACITY PASSENGERS PERIODIC MAINTENANCE POLLUTANT EMISSION POLLUTION PRIVATE OPERATORS PUBLIC TRANSIT PUBLIC TRANSIT ASSOCIATION PUBLIC TRANSPORT PURCHASES RAPID BUS RAPID TRANSIT REVENUE PASSENGER RIDERS ROAD ROAD HAZARDS ROAD LANES ROAD TRANSPORT ROUTE ROUTES SAFETY SAFETY IMPROVEMENTS SPEED SPEED LIMIT SPEEDS TAILPIPE EMISSIONS TEMPERATURE TEST TRACK TRAFFIC TRAIN DRIVERS TRANSIT TRANSIT AGENCIES TRANSIT AUTHORITIES TRANSIT AUTHORITY TRANSIT BUS TRANSIT OPERATIONS TRANSIT SYSTEMS TRANSIT VEHICLE TRANSPORT AUTHORITY TRANSPORTATION TRANSPORTATION RESEARCH TRANSPORTATION SYSTEMS TRUE TRUST FUND URBAN BUS URBAN BUS MARKET URBAN BUS TRANSIT URBAN TRANSIT URBAN TRANSIT SYSTEMS URBAN TRANSPORT VEHICLE COMPONENTS VEHICLE MAINTENANCE VEHICLE MODEL VEHICLE UTILIZATION VEHICLES |
| author |
World Bank |
| author_facet |
World Bank |
| author_sort |
World Bank |
| title |
Transit Bus Operational and Maintenance Practices to Maximize Fuel Economy |
| title_short |
Transit Bus Operational and Maintenance Practices to Maximize Fuel Economy |
| title_full |
Transit Bus Operational and Maintenance Practices to Maximize Fuel Economy |
| title_fullStr |
Transit Bus Operational and Maintenance Practices to Maximize Fuel Economy |
| title_full_unstemmed |
Transit Bus Operational and Maintenance Practices to Maximize Fuel Economy |
| title_sort |
transit bus operational and maintenance practices to maximize fuel economy |
| publisher |
Washington, DC |
| publishDate |
2011-06 |
| url |
http://documents.worldbank.org/curated/en/2011/06/16259471/transit-bus-operational-maintenance-practices-maximize-fuel-economy https://hdl.handle.net/10986/17499 |
| work_keys_str_mv |
AT worldbank transitbusoperationalandmaintenancepracticestomaximizefueleconomy |
| _version_ |
1807156348327034880 |
| spelling |
dig-okr-10986174992024-08-08T15:15:56Z Transit Bus Operational and Maintenance Practices to Maximize Fuel Economy World Bank ACCELERATION ACCELERATOR PEDAL ACCIDENTS AIR AIR CONDITIONER AIR-CONDITIONER AMBIENT TEMPERATURE AUTOMATIC VEHICLE LOCATION AUTOMOTIVE ENGINEERS AVERAGE SPEED BASIC URBAN SERVICES BRAKES BRAKING BUS COMPANIES BUS COMPANY BUS COSTS BUS DATA BUS DRIVERS BUS ENGINES BUS FLEET BUS FLEETS BUS LIFE BUS MANUFACTURERS BUS MARKET BUS OPERATOR BUS OPERATORS BUS PASSENGER BUS PERFORMANCE BUS PURCHASE BUS RELIABILITY BUS REPLACEMENT BUS RIDERS BUS ROUTE BUS SYSTEM BUS TRANSIT OPERATIONS BUS TRANSPORT BUS TRAVEL BUS TYPE BUSES CAR CARS CITY BUS CITY BUSES CITY TRANSIT CLEAN AIR CLUTCH CONCRETE CONGESTION COST BENEFIT ANALYSIS COST-BENEFIT ANALYSIS DAILY TRAVEL DIESEL DIESEL BUSES DIESEL ENGINES DRIVER COMPLIANCE DRIVER IDENTIFICATION DRIVER TRAINING DRIVERS DRIVING DRIVING CONDITIONS DRIVING CYCLE DRIVING SIMULATORS EFFECT OF MAINTENANCE ELECTRONIC CONTROL SYSTEM EMISSION EMISSION STANDARDS EMISSIONS ENERGY EFFICIENCY ENGINE ENVIRONMENTAL IMPACTS FLEET MANAGEMENT FLEET OPERATORS FLEETS FRAMEWORK FUEL FUEL CONSUMPTION FUEL COST FUEL COSTS FUEL ECONOMY FUEL ECONOMY IMPROVEMENT FUEL EFFICIENCY FUEL EFFICIENCY DATA FUEL EFFICIENCY IMPROVEMENTS FUEL SAVINGS FUEL TYPES FUEL USE GARAGES GLOBAL CLIMATE CHANGE HEAVY RAIL HYBRID BUSES INCOME INJURIES INSPECTION LIFE CYCLE COSTS MAINTENANCE ACTIVITIES MILEAGE MOBILITY NOISE ODOMETER PASSENGER CAPACITY PASSENGERS PERIODIC MAINTENANCE POLLUTANT EMISSION POLLUTION PRIVATE OPERATORS PUBLIC TRANSIT PUBLIC TRANSIT ASSOCIATION PUBLIC TRANSPORT PURCHASES RAPID BUS RAPID TRANSIT REVENUE PASSENGER RIDERS ROAD ROAD HAZARDS ROAD LANES ROAD TRANSPORT ROUTE ROUTES SAFETY SAFETY IMPROVEMENTS SPEED SPEED LIMIT SPEEDS TAILPIPE EMISSIONS TEMPERATURE TEST TRACK TRAFFIC TRAIN DRIVERS TRANSIT TRANSIT AGENCIES TRANSIT AUTHORITIES TRANSIT AUTHORITY TRANSIT BUS TRANSIT OPERATIONS TRANSIT SYSTEMS TRANSIT VEHICLE TRANSPORT AUTHORITY TRANSPORTATION TRANSPORTATION RESEARCH TRANSPORTATION SYSTEMS TRUE TRUST FUND URBAN BUS URBAN BUS MARKET URBAN BUS TRANSIT URBAN TRANSIT URBAN TRANSIT SYSTEMS URBAN TRANSPORT VEHICLE COMPONENTS VEHICLE MAINTENANCE VEHICLE MODEL VEHICLE UTILIZATION VEHICLES Buses are the most common form of urban transit but, in the developing world, are often seen as inefficient and polluting. It is well known that buses that are properly tuned and adjusted tend to be cleaner, safer and consume less fuel than poorly maintained buses. Fuel cost is a relatively large fraction of total cost especially when labor and bus costs are low, as in many developing countries. Hence, reducing fuel use through targeted maintenance of fuel inefficient buses can reduce significant expenditures especially in developing countries, freeing up resources for other improved city services. In addition, if city buses do not receive periodic maintenance that is adequate in quality and quantity, their emissions, both local and global, will suffer. In an effort to catalyze solutions for urban transport, the World Bank Group focused on development of a global Knowledge Product in the form of a 'Guidance Note' (GN) on bus maintenance procedures. The GN is directed towards city transit managers and their technical staff in developing countries to enhance the energy efficiency of city transit. The objective of this work effort is to prepare a Guidance Note (GN) on maintenance best practices that is a practical and useful tool to guide the implementation of a program that will enhance the fuel efficiency of buses. To address this objective, taking stock of existing good programs and approaches and interacting with relevant city fleet operators is critical. 2014-03-31T14:40:21Z 2014-03-31T14:40:21Z 2011-06 http://documents.worldbank.org/curated/en/2011/06/16259471/transit-bus-operational-maintenance-practices-maximize-fuel-economy https://hdl.handle.net/10986/17499 English en_US Energy sector management assistance program; CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ application/pdf text/plain Washington, DC |