Marine pollution is a major issue in many countries, and Morocco is no exception. The country faces an accumulation of organic waste, mainly in the form of invasive algae, kelp, and fisheries waste. These marine wastes pose a threat to marine ecosystems, c

The core of the Marine Biochar project is the conversion of marine biomass (such as algae, kelp, and fisheries waste) into biochar. Biochar is a stable form of carbon that can be used to sequester carbon, improve soil fertility, and offer various environmental benefits. This process involves several steps: Collection of Marine Biomass: The first step is the collection of organic materials from the ocean, including invasive algae species, kelp, and residues from the fishing industry (such as fish waste, discarded nets, and other debris). These materials are abundant along Morocco's coastline and are often a source of pollution. Conversion to Biochar: The collected biomass is then processed using pyrolysis, a high-temperature process in the absence of oxygen. This process transforms the organic materials into biochar, a carbon-rich substance that is stable and capable of sequestering carbon for thousands of years. Storage of Biochar in the Ocean: The biochar can be safely deposited in marine environments, particularly at the ocean floor, where it will remain for long periods. This method leverages the ocean’s natural ability to trap carbon and provide a permanent carbon storage solution, helping mitigate climate change.