The majority of chocolate is made from cocoa beans coming from Africa. For every ton of cocoa beans harvested, another 10 tons of cocoa pod husks are produced, which are typically left to decompose on the cocoa plantation or thrown away. Now, researchers have developed a system that will use the husks as feedstock to generate biofuel in Ghana. The husks are processed into pellets, or bricks, that can burn in generators and produce “green” energy. In a country where 80 percent of households use wood as their main source of fuel for cooking and heating water, which leads to widespread deforestation and contributes to indoor air pollution, the invention of this cocoa fuel system is spectacular news. If the system is successful, it could also help contribute to the Ghanaian government’s pledge to ensure 100 percent of Ghanaians have access to electricity by 2030. On top of that, the biofuel system would need workers to collect, transport, treat and process cocoa pod husks, creating additional jobs and income for rural communities.
Waste from Ghana’s chocolate production is being used to create a clean biofuel
More of Today's Solutions
Greece’s sea turtle nests reach record numbers as conservation efforts ...
BY THE OPTIMIST DAILY EDITORIAL TEAM After decades of tireless conservation efforts, the endangered Caretta caretta sea turtle is making a spectacular recovery on ...
Read More5 ways a ‘no-spend month’ can transform your life for the better
BY THE OPTIMIST DAILY EDITORIAL TEAM Every day, social media bombards us with the most recent must-have products: a "life-changing" device, viral fashion pieces, ...
Read MoreBumblebees help solidify the link between microbiome and memory
The term 'microbiome' has been thrown around a lot over the past few years with many studies and health companies finding that a healthy ...
Read MoreMorning or afternoon workouts? Find the best time to break a sweat
Attention fitness enthusiasts! Are you a morning person or a night owl? Whether you're an early bird or a night owl, finding the perfect ...
Read More
