Collaboration plays a key role in the development and deployment of lower carbon energy technologies and solutions.

biofuels are vital

Renewable feedstocks are used to make lower carbon intensity fuels. Partnership with the agricultural sector enables the adoption of these technologies while also boosting economic prosperity for farmers and livestock producers.

demonstrating potential

Renewable gasoline blends can be used in most vehicles on the road today like the Toyota RAV4. This drop-in technology can help lower the carbon intensity of the transportation sector.

In a world with rising energy demands, partnerships with companies that prioritize sustainability will be key to achieving lower carbon goals. These efforts can also drive down costs and accelerate adoption.

A range of solutions is crucial to a lower carbon future. To make fossil-fuel alternatives more widespread and cost-effective, public policies must promote lower carbon intensity fuels for existing vehicles.

policy for the people

Governments are incentivizing the use of lower carbon intensity fuels. As the world grapples with the challenges posed by climate change, public policy enabling renewable fuels can help reduce lifecycle CO₂ emissions in the transportation sector.

more than one option

Renewable gasoline blends can become scalable, cost-effective alternatives to traditional fuels with the help of these programs. Advancing public policies will be critical to reducing the greenhouse gas emissions of gasoline-powered vehicles on the road today, and for decades to come.

by the numbers

The light-duty sector currently accounts for a staggering 57% of U.S. transportation emissions, and renewable gasoline blends, when supported with ambitious policies, are a path toward reducing this number.

In the U.S., the average passenger vehicle is 12 years old. And the average light-duty automobile remains on American roads for almost 20 years before being decommissioned. This means that vehicles sold in the 2030s will still be on the road in the 2050s.

With the help of renewable gasoline blends, we can begin reducing lifecycle emissions from these vehicles in the near future.

Renewable gasoline blends can be used in place of traditional gasoline. No changes to existing engines or infrastructure are required.

efficient

Using these drop-in fuels in existing vehicles results in a more than 40% reduction in lifecycle carbon emissions.

making the switch easy

Because renewable gasoline blends are interchangeable with traditional gasoline, drivers can contribute to a lower carbon transportation future without having to buy a new vehicle or upgrade their engine.

expanding biofuels

Renewable fuels are already being used in traditional gasoline. Across the U.S., each gallon of gasoline sold contains up to 10% ethanol. Our renewable gasoline blends have more than 50% renewable content.

A renewable gasoline blend is an alternative fuel that can be used in place of traditional gasoline.

innovation for a lower
carbon future

These blends are designed to be seamlessly integrated into the light-duty sector, with no changes to existing engines or infrastructure.

Because they can be easily integrated into the existing energy system, they are an appealing option for reducing lifecycle carbon emissions in the light-duty sector.

high-energy, high efficiency

Renewable gasoline blends are a combination of traditional and renewable fuels. The result is a fuel that performs identically to traditional gasoline but emits less CO₂ on a lifecycle basis.

These blends have several advantages, including a high energy density. This means they can provide a lot of energy per unit of volume, making them both efficient and cost-effective.

no engine changes required

Renewable gasoline blends can help drivers reduce their carbon footprint without sacrificing their vehicles’ performance or making costly changes to their engines.