Decarbonization has become a central pillar of the global economic transformation. While the expansion of renewable sources is a fundamental part of this process, reducing emissions requires far broader changes in how energy is produced, transported, stored, and consumed. In Brazil, which already boasts one of the world's most renewable electricity mixes, the challenge is extending to sectors such as transportation, industry, and fuel production, alongside the growing importance of power grids, storage, energy efficiency, biomethane, biofuels, low-emission hydrogen, carbon markets, and new technologies. More than simply replacing fossil fuel sources, decarbonization entails reorganizing entire production systems to create an economy capable of growing with lower carbon intensity.
Brazil is beginning to turn agro-industrial waste, biomass and its accumulated expertise in biofuels into an energy platform capable of reducing emissions, replacing fossil fuels and strengthening security of supply The decarbonization of industry, freight transportation and aviation cannot depend on a single technology. In activities that require high energy density, long operating ranges, continuous […]
The energy generated from landfills contributes to a reduction in the emission of greenhouse gases, in addition to providing a correct and better disposal of organic waste. Landfills are the main resources used by government entities for disposal and treatment of solid waste produced by the population.
Do you know how WTE plants help the country's development? It is possible to say that on a global level, society is already aware of the importance of the correct disposal of waste. On a general level, governments and companies already recognize the value of these materials for energy generation, in addition to their environmental importance. After all, this type of process transforms useless materials into some by-product that returns to the production chain.







