110М tons
annual potential biomass output in the form of leaves, branches, plant stems and flowers that cities around the world can generate
The primary method for processing green biomass in cities within developing countries often results in the significant release of CO2, previously stored in organic moleculesThe second, less used approach to green biomass in developed countries' cities results in substantial greenhouse gas emissions from decomposition
One of the ways serves as a quick method for city waste disposal when incineration and composting fall short of handling the total volume. However, it frequently causes fires due to methane emissions.We're squandering a goldmine of million tons of green biomass annually, treating this priceless resource with methods that harm our planet. Burning, composting, and landfilling not only release harmful gases but also overlook the immense potential of what could be a cornerstone for sustainable innovation.
There is no plan B - plastic pollutants are everywhere
Are there enough reasons to think about it?
Plastic's rise to over 450 million tonnes produced annually reflects its utility in diverse sectors, yet its mismanagement leads to devastating environmental impacts, including ocean pollution affecting millions of tons of wildlife. Compounded by the e-commerce boom, construction changes, and fast fashion, plastic's footprint consumes 4-8% of global oil, about 6% on average. This urgency calls for a shift towards responsible use and innovative recycling, ensuring our planet's health for future generations.