Isuzu Commercial Trucks Now Powered by B-20 Biodiesel
Isuzu Commercial Truck of America, Inc. (ICTA) has confirmed that all of its new 2011 and forward model year diesel engines, including its four popular N-Series truck models as well as the new Isuzu Reach commercial van, are compatible with use of up to 20 percent biodiesel blends (B20).
At its semi-annual board meeting in Washington D.C. last week, members of the National Biodiesel Board (NBB) applauded the latest OEM to announce its support for use of B-20 biodiesel blends. Isuzu Commercial Truck of America, Inc. (ICTA) has confirmed that all of its new 2011 and forward model year diesel engines, including its four popular N-Series truck models as well as the new Isuzu Reach commercial van, are compatible with use of up to 20 percent biodiesel blends (B20).
This is especially significant as Isuzu Commercial Truck is the first Asian manufacturer to approve B20 for U.S. market spec engines.
According to Isuzu Commercial Truck's Retail Marketing Manager Brian Tabel, Isuzu's announcement of B20 support is the result of three key factors: growing consumer demand for the fuel, an extensive and cooperative research project on B20 biodiesel blends by Isuzu engineers in the U.S. and Japan, and improved biodiesel fuel quality and industry support in the U.S. under the assurances of ASTM D7467, the American Society of Testing and Materials specifications for B6-B20 biodiesel blends.
"Our customers at Isuzu Commercial Truck of America have been asking for approval to use B20 in our products in the U.S. for many years," Tabel said. "We are really happy to now turn that request into a reality and bring B20 biodiesel capability to the U.S. market."
Isuzu's announcement is indeed timely as the U.S. biodiesel industry ramps up for its biggest year yet, with expected production volumes of at least 800 million gallons of biodiesel in 2011 to meet requirements under EPA's Renewable Fuel Standard (RFS-2) program. Made from an increasingly diverse mix of feedstocks, biodiesel is the only fuel produced in commercial scale volumes in the U.S. that qualifies as an Advanced Biofuel under EPA definitions.
Biodiesel's sustainability and cost-effectiveness as a domestically produced, renewable fuel was another factor that appealed to Isuzu Commercial Truck as they considered different powertrain options for meeting the increasingly stringent U.S. emissions standards.
"In looking for ways to lessen our environmental footprint while also improving fuel economy, we realized that our customers can much more easily afford a high fuel-efficiency, B-20-compatible diesel vehicle running on biodiesel blends than some of the very expensive hybrid vehicles out there," Tabel added. "Biodiesel just makes sense."
National Biodiesel Board CEO Joe Jobe welcomed Isuzu's announcement by saying, "We are extremely pleased to see Isuzu Commercial Truck join the ranks of OEMs openly supporting B-20 biodiesel blends. Now more than 60 percent of manufacturers in the U.S. market approve the use of B-20 or higher blends in at least some of their equipment. With Isuzu setting the pace as a market leader in the medium-duty truck segment, we look forward to more OEM announcements of support for B-20 in the near future."
Click here for more of this weeks eNews!
More Green Fleet

Fleet Forward Conference Introduces One-Day Passes for 2026
New one-day registration gives fleet professionals the flexibility to attend Tuesday, Wednesday, or Thursday, with passes available for $199 through Sept. 18.
Read More →
CALSTART Rebrands as Catalyst Mobility, Will Combine with Forth in 2027
CALSTART has rebranded as Catalyst Mobility and will combine with Forth at the start of 2027. The new organization said it is poised to become one of the world's largest, strongest, and most impactful clean transportation nonprofits.
Read More →
Electric Truck and Charging Programs to Boost Sustainability at NY & NJ Ports
Together, the Port Authority of New York and New Jersey and CALSTART will electrify drayage and terminal operations serving the East Coast’s busiest container port. A pair of incentive programs totaling $45 million has launched to accelerate adoption of zero-emission drayage trucks and terminal tractors.
Read More →
Xos Hub Surpasses One Gigawatt-Hour of Energy Delivered in the Field
A single Xos Hub has surpassed one gigawatt-hour of energy across more than 33,600 charging sessions in the field, demonstrating performance that supports Xos' expansion across new products and markets.
Read More →
Carrier Transicold Launches All-Electric Vector 8200 TRU for Diesel-Free On-Site Cold Storage
Carrier Transicold’s first engineless multi-temperature TRU helps fresh- and frozen-food fleets add supplemental cold storage capacity during seasonal peaks.
Read More →
Narro Trucks Introduces Electric Utility Vehicle
Narro Trucks officially launched its operations on Aug. 20 and hosted a ride and drive to showcase its electric truck, which will be produced in Virginia.
Read More →
Samsung SDI Takes Full Control of GM Battery JV as Indiana Plant Pivots to Energy Storage
Samsung SDI is taking full control of its Indiana battery plant with GM, marking a major shift from the EV-focused joint venture Charged Fleet first covered in 2023.
Read More →
NWSA Taps CALSTART to Administer Zero-Emission Drayage Assistance Program
CALSTART will provide free technical assistance services to drayage fleets serving the Ports of Seattle and Tacoma and looking to transition to cleaner technologies and help decarbonize freight hubs.
Read More →
EV Fleet Reality Check: What Operators Wish They Knew Before Electrifying Their Work Vans
Electric work truck upfits bring new compatibility questions. Learn how parts availability, OEM guidance, power demands, and route planning can affect fleet performance.
Read More →
Peterbilt Expands Sourcewell Partnership with Electric Vehicle Lineup
Peterbilt Motors Company’s cooperative purchasing agreement with Sourcewell and its Canadian partner, Canoe Procurement Group, now includes including Peterbilt's battery-electric vehicle lineup.
Read More →
