Red Government Fleet with star logo
MenuMENU
SearchSEARCH

NAFTC Launches Propane Autogas Vehicle Technician Training

On Feb. 24, the National Alternative Fuels Training Consortium (NAFTC) will launch the newly developed Propane Autogas Vehicle Technician Training.

February 23, 2016
2 min to read


With nearly 200,000 propane autogas vehicles on U.S. roads, propane autogas technicians to service these vehicles are in high demand, with continued growth projected for the coming years.

On  Feb. 24, the National Alternative Fuels Training Consortium (NAFTC) will launch the newly developed Propane Autogas Vehicle Technician Training at the Blue Bird West facility in Fort Valley, Ga. NAFTC National and Associate Training Center members will be given first access to the course at the Blue Bird West facility and will utilize the training in their automotive program classrooms across the U.S. Following this initial training session for members, the Propane Autogas Vehicle Technician Training will be made available to automotive instructors nationwide.

Developed by the NAFTC, this course was made possible through funding from the Propane Education and Research Council (PERC).

PERC Vice President, Safety & Training Stuart Flatow commented, “This course will help us to educate the next generation of alternative fuel automotive technicians, in this case propane autogas, as well as communicating how and why the adoption of this new course into current automotive technology curriculums will benefit students, schools and their communities.”

It is important for automotive technicians to know everything currently applicable to propane autogas technology, along with understanding the advances in engine management and emission controls that affect the design and servicing of these systems.

Participants in the three-day Propane Autogas Vehicle Technician Training will learn how to convert vehicles to run on propane autogas and how to service these vehicles safely, understand the theory of operation and ability to diagnose and repair vapor injected LPG systems, and understand the operation and ability to diagnose and repair liquid propane gas systems. This course is designed for automotive instructors, pre- and in-service automotive technicians, and fleet managers.

The Propane Autogas Vehicle Technician Training is available at the NAFTC headquarters in Morgantown, W.V., or at other locations nationwide. The next training session is scheduled for April 12-14 at the NAFTC headquarters. More information, including where and when the training will be conducted, visit www.NAFTC.wvu.edu or www.propaneautogastraining.com.

More Green Fleet

SponsoredFebruary 6, 2026

Hybrids: Electrification Without the Challenges

Hybrids bridge the gap between ICE vehicles and EVs, making them a smart choice for fleets that want to reduce emissions but aren’t ready to fully electrify. Hybrids, which are powered by internal combustion engines and electric motors, capture the benefits of electric power without the barriers many organizations find challenging.

Read More →
Green Fleetby Bob StantonJanuary 21, 2026

Flavor of the Decade: What if BEVs Aren’t the Answer?

A look at the present state of play in the EV market, plus a 2027 heavy truck emissions update.

Read More →
Ad Loading...
SponsoredJanuary 19, 2026

3 New Ways Fleet Software Pays: ROI opportunities for modern fleet managers

Public fleets face constant pressure to do more with limited budgets. This eBook outlines how modern fleet software helps agencies extend asset life, reduce unplanned downtime, and improve safety by automating maintenance, using smarter video insights, and unifying fleet data. A practical look at how technology can drive measurable ROI for taxpayers.

Read More →
Off-grid Beam Global EV ARC charging systems installed at the City of Fresno Municipal Service Center Yard, featuring solar canopies and EV chargers used by the city’s electric vehicle fleet.
Green Fleetby News/Media ReleaseJanuary 12, 2026

City of Fresno Deploys Beam Global EV ARC Off-Grid EV Charging Systems to Support Municipal Fleet Electrification

The City of Fresno deployed off-grid EV charging systems to support municipal fleet electrification without relying on utility grid connections.

Read More →
Green Fleetby Staff WriterDecember 8, 2025

City of Quincy Partners with Cero Global to Launch Pilot to Reduce Emissions, Fuel Costs

The pilot will use Cero Global’s technology on city-owned vehicles to evaluate its impact on emissions and fuel consumption, as well as potential savings in municipal operating costs.

Read More →
Ad Loading...
SponsoredDecember 5, 2025

The Road to Smarter Electric Van Transitions: A practical roadmap for integrating electric vans into your fleet

Electric vans are becoming a strategic tool, not just a sustainability move. Get a roadmap that breaks down costs, charging planning, upfit compatibility, and what fleets should evaluate before making the switch.

Read More →
Small blue car with a green leaf and an electric plug.
Green Fleetby Staff WriterDecember 1, 2025

New Mexico Signs Agreement Advancing Electrification and Grid Resilience Efforts

The City of Socorro signs a new agreement to accelerate electrification and infrastructure development.

Read More →
UGI Energy Services logo over an image of a CNG trash compactor truck, representing Philadelphia’s move to fuel refuse vehicles with renewable natural gas.
Green Fleetby News/Media ReleaseDecember 1, 2025

UGI Energy Services and The City of Philadelphia Announce Biofuel Agreement

Philadelphia is shifting its trash collection fleet toward cleaner operations with a new partnership that will power 35 CNG compactors using renewable natural gas sourced from regional landfills.

Read More →
Ad Loading...
An electric vehicle charges at a public EV charging station outside a municipal building.
Green Fleetby News/Media ReleaseNovember 17, 2025

Sourcewell Awards ChargePoint New EV Charging Contract

ChargePoint secures a new Sourcewell contract to expand access to EV charging for public agencies across the U.S. and Canada.

Read More →