The Case for Renewable Diesel as Trucking Research Firm's Perspective on Fuel Transition

As the trucking industry grapples with the urgent need for sustainable fuel alternatives, renewable diesel emerges as a promising contender in the transition away from fossil fuels.

This article, informed by insights from leading trucking research firms, explores the myriad benefits of renewable diesel, including its compatibility with existing diesel engines, reduced greenhouse gas emissions, and potential for enhancing energy security.

Unlike traditional biodiesel, renewable diesel is produced through advanced refining processes that convert biomass into a drop-in fuel, ensuring seamless integration into the current infrastructure.

This compatibility not only alleviates concerns around the performance and reliability of vehicles but also supports a more immediate shift toward sustainability without necessitating significant investment in new equipment.

Additionally, as regulatory pressures increase and public demand for greener transportation options grow, renewable diesel presents a viable pathway for trucking companies to mitigate their environmental impact while maintaining operational efficiency.

By examining the perspectives of industry experts and analyzing market trends, this article aims to illuminate the strategic advantages of adopting renewable diesel and to advocate for its role as a key player in the future of trucking’s fuel landscape.

$200B price tag still far cheaper than shift to electric trucks, report finds

Recent research supported by the trucking industry indicates that renewable diesel (RD) is not only more affordable but also more operationally efficient compared to transitioning to battery-electric trucks.

A study published on Tuesday by the American Transportation Research Institute (ATRI) estimates that the long-haul trucking sector will incur costs exceeding $1 trillion over the next 15 years for electric vehicle purchases and the necessary charging infrastructure. In contrast, employing renewable fuel to power internal combustion engine (ICE) trucks could achieve similar decarbonization outcomes at a significantly lower cost of approximately $203 billion.

Andy Owens, CEO of A&M Transport in Glendale, Oregon, and a member of ATRI’s research advisory committee, remarked, “My company made a swift and successful shift to renewable diesel in April of last year. ATRI’s findings provide solid evidence that this approach is not only environmentally friendly but also more feasible than other low-carbon alternatives.”

This report arrives shortly after the Biden administration introduced new tailpipe emission regulations for heavy-duty trucks and builds upon ATRI's previous research regarding the challenges associated with zero-emission vehicles and electric infrastructure.

Utilized as a Standalone fuel

ATRI emphasizes that unlike biodiesel, which has the potential to damage engines due to its production process, renewable diesel is manufactured to be chemically identical to conventional petroleum diesel. This allows it to be blended with petroleum diesel in any proportion or utilized as a standalone fuel in traditional diesel vehicles without adverse effects.

The research conducted by ATRI also included environmental and operational assessments comparing ICE trucks running on renewable diesel to battery-electric vehicles (BEVs). The findings reveal that life-cycle carbon emissions, encompassing production and supply chain impacts, are about 50% lower for ICE trucks using renewable fuels than for BEVs. The report warns that government mandates favoring a shift to BEVs over ICE powered by renewable diesel could lead to increased overall CO2 emissions from fleets.

In terms of operational efficiency, ATRI highlighted the importance of factors such as the range of Class 8 trucks between charging sessions and their cargo capacity. The substantial weight of the batteries required for heavy-duty vehicles poses a significant challenge; the study suggests that for every 1,000 ICE trucks replaced with BEVs, as many as 343 additional trucks—along with their associated emissions—would be necessary to transport the same volume of freight, considering federal and state weight limits.

“Renewable diesel presents a viable avenue for achieving public policy objectives regarding CO2 emissions, offering a more cost-effective and reliable alternative compared to battery-electric systems,” ATRI stated.

The organization also emphasized the need for the continuation of existing incentives, such as the federal producers tax credit, to foster new entrants in the renewable diesel production landscape, both in terms of companies and facilities.

In Conclusion

The transition to renewable diesel represents a significant opportunity for the trucking industry to enhance sustainability while maintaining operational efficiency. As highlighted by the research firm's findings, renewable diesel not only aligns with environmental goals but also meets the stringent performance standards demanded by modern fleets.

With the potential to reduce greenhouse gas emissions and reliance on fossil fuels, investing in renewable diesel is not merely a trend but a strategic move towards a more sustainable future. As the industry evolves, embracing this cleaner alternative will be crucial for companies aiming to meet regulatory requirements and consumer expectations, ensuring that they remain competitive in a rapidly changing landscape.

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