Today’s Solutions: April 20, 2024

A Spanish company, Ingelia, has managed to develop biochar from organic waste, such as sewage and compost, that could potentially become a sustainable alternative to standard coal used in energy production. Despite having the same potential energy production as standard coal, this newfound fuel has a zero CO2 emissions rate. By 2022, the company hopes to replace 220,000 tons of coal with its biochar.

The company’s founder, Marisa Hernández, developed the process of turning sewage and organic waste into fuel 10 years ago and says it could be adapted in the future to replace battery and even plastic materials as well. The process, which removes harmful wastes such as nitrogen, sulfur, and chlorine and the byproduct smell, can be contained so plants can be placed in populated or urban areas.

Sewage plants in Italy and Belgium have already begin to implement the technology and the company is hoping to capture 3% of the European waste market by 2022.

Read the full story below to learn more about the waste conversion process and its implementation possibilities.

 

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

3 ways to get the most benefits out of your daily walk

During the pandemic, walking has become many people's new workout? With fitness facilities closed, people got a little more creative with how to stay ...

Read More

These ultra-low-cost batteries use CO2 to store renewable energy

While the price for lithium-ion batteries has dropped significantly in recent years, the technology is still a tad too expensive to be the best ...

Read More

16 fun ways to celebrate Earth Day this year

Tomorrow, April 22nd, you can honor Earth Day by learning about your ecosystem and contributing to its health. Here are 16 great activities you ...

Read More

Count, roll, and win! Why board games are experiencing a well-deserved revival 

Board games are making a successful comeback in this age of screens and virtual realities. Nostalgia fans are ecstatic about the opportunity to recreate ...

Read More