Today’s Solutions: November 22, 2024

Synthetic kerosene is made by using water and electricity to produce hydrogen, which is then combined with carbon dioxide to make crude oil, which is then refined into jet fuel. A new plant in Germany plans to be the largest synthetic kerosene producer in the world, using water and electricity from nearby wind farms and captured carbon to make the jet fuel carbon neutral.

The plant will be located in Werlte, near Germany’s northwestern border with the Netherlands, and plans to begin producing synthetic kerosene as early as next year. They are hopeful that by 2030, they can scale up production significantly and cut down the cost of synthetic fuel to just five euros per gallon.

Currently, aviation accounts for 2.5 percent of global carbon dioxide emissions, but researchers are confident that e-fuels could cut emissions without significant modifications to aircraft, as would be required to make airplanes electric.

Atmosfair, the German non-profit group behind the project, hopes that this plant will serve as a blueprint for other countries looking to scale up their e-fuel production.

Solutions News Source Print this article
More of Today's Solutions

Changemakers of the week: GRuB and SparkNJ

Every day on the Optimist Daily, we report on solutions from around the world. Though we love solutions big and small, the ones that ...

Read More

The giant beneath the waves: world’s largest coral found in the Pacific

BY THE OPTIMIST DAILY EDITORIAL TEAM In a world where bad news about the environment routinely outweighs good news, scientists have discovered an incredible ...

Read More

Tortoise discovered in a home in Pompeii

Almost 2000 years after the eruption of Mt. Vesuvius and its trapping of the city of Pompeii in time, archaeologists are still making discoveries ...

Read More

Revel at the most detailed image of our universe yet

Here at The Optimist Daily, we have been sharing every exciting step of the James Webb Telescope’s journey, from its long-awaited launch, to when ...

Read More