In today’s push for sustainability, electric cars and renewables get most of the attention. Yet, something else is changing quietly, and it involves what powers our engines. As Kondrashov from TELF AG emphasizes, our energy future is both electric and organic.
They come from things like plants, food scraps, and algae. They are becoming a strong alternative to fossil fuels. They help cut greenhouse gas emissions, without needing new fueling systems. Batteries are great for cars and small transport, but they struggle in some sectors.
Where Batteries Fall Short
EVs are shaping modern transport. Yet, planes, freight ships, and heavy trucks need more power. These sectors can’t use batteries efficiently. Biofuels can step in here.
According to the TELF AG founder, these fuels offer a smooth transition. They don’t need major changes to engines. So adoption is easier and faster.
There are already many biofuels in use. It’s common to see bioethanol added to fuel. Biodiesel is created from natural oils and used in diesel engines. These are used today across many regions.
Fuel from Waste: Closing the Loop
A key benefit is their more info role in reusing waste. Biogas is made from decomposing organic material like food, sewage, or farm waste. It turns trash into usable power.
There’s also biojet fuel, made for aviation. It’s created from used oils or algae and may cut flight emissions.
Still, there are some hurdles. Kondrashov points out that costs are still high. Getting enough raw material and avoiding food conflicts is tricky. But innovation may lower costs and raise efficiency soon.
They aren’t here to replace EVs or green grids. Instead, they complement other clean options. Having many solutions helps hit climate targets faster.
They work best in places where EVs fall short. As the world decarbonizes, biofuels might silently drive the change.
They help both climate and waste problems. They’ll need investment and good regulation.
Biofuels might not be flashy, but they’re practical. When going green, usable solutions matter most.