
ConocoPhillips recently announced it will convert 30 trucks to propane autogas this year and replace more than 300 more trucks over the next five years with vehicles powered by propane fuel technology.
ConocoPhillips recently announced it will convert 30 trucks to propane autogas this year and replace more than 300 more trucks over the next five years with vehicles powered by propane autogas.

Photo: ROUSH CleanTech

ConocoPhillips recently announced it will convert 30 trucks to propane autogas this year and replace more than 300 more trucks over the next five years with vehicles powered by propane fuel technology.
The U.S.-based energy company has been testing ROUSH CleanTech propane autogas vehicles since 2011, logging thousands of miles in the northwest New Mexico and southwest Colorado.
Most of the converted units will be Ford F-250 trucks, a ConocoPhillips spokesperson said.
Each propane autogas truck emits about 67,000 fewer pounds of carbon dioxide emissions over its lifetime than a gasoline powered vehicle. Propane autogas is a low carbon fuel that reduces greenhouse gasses by up to 25 percent, carbon monoxide by up to 60 percent, and nitrogen oxide by 20 percent compared to gasoline, according to ROUSH CleanTech.
Other benefits include safety of the fuel, size of the fuel tanks, performance, reduced fuel costs, extended maintenance intervals, and drivability. The vehicles will be powered by propane autogas produced in the San Juan basin, according to ROUSH CleanTech.
“The addition of propane autogas trucks will greatly reduce ConocoPhillips’ carbon footprint while using a fuel they produce here in the U.S.,” said Todd Mouw, vice president of sales and marketing for ROUSH CleanTech. “And with autogas’ low-priced fuel and infrastructure costs, this investment will pay off for their bottom line.”
The cost for propane autogas averages approximately 30 percent less per gallon than gasoline, according to ROUSH CleanTech.

Hydrogen combustion engine trucks will be especially suitable over longer distances and in regions where there is limited charging infrastructure or time for recharging of battery-electric trucks, according to the company.
Read More →
By joining Daimler Truck and Volvo, Toyota brings fuel cell expertise to a joint effort aimed at making hydrogen viable for heavy-duty transport.
Read More →
Trucking operators are slowing speeds, cutting empty miles, and declining unprofitable freight as diesel costs continue to rise due to conflict in the Middle East.
Read More →
New guidance allows engine makers to replace problematic DEF sensors with NOx-based systems, aiming to reduce unnecessary derates and downtime caused by failures in the sensors designed to monitor diesel exhaust fluid on trucks.
Read More →
Is your company a leader in sustainability efforts among trucking fleets? If so, Heavy Duty Trucking's editors want to hear from you.
Read More →
Artificial intelligence, the software-defined vehicle, telematics, autonomous trucks, electric trucks and alternative fuels, and more in this HDT Talks Trucking interview
Read More →
With global oil flows disrupted, U.S. diesel prices have topped $5 across every region, climbing sharply in the past few weeks.
Read More →
The impact of the Iran conflict extends beyond fuel costs, bringing more fraud and cybersecurity risks to the trucking industry.
Read More →
The company’s expanded EPEQ ecosystem includes flexible solar panels, lithium batteries, hydraulic power systems, and a portable fast charger for electric trucks.
Read More →
Listen as Mike Roeth of the North American Council for Freight Efficiency shares insights into battery-electric trucks, natural gas, biofuels, and clean diesel on this episode of HDT Talks Trucking.
Read More →