Renewable energies are a type of energy derived from natural sources that are replenished faster than they can be consumed. An example of these sources are, for example, sunlight and wind; these sources are continually renewed. Renewable energy sources abound and we find them in any environment.
In contrast, fossil fuels, such as coal, oil and gas, are non-renewable energy sources that take hundreds of millions of years to form. Fossil fuels produce energy when burned, which causes harmful emissions in the form of greenhouse gases, such as carbon dioxide.
Renewable energy generation produces far fewer emissions than burning fossil fuels. A transition from fossil fuels, which currently account for the majority of emissions, to renewable energy is essential to address the crisis caused by climate change.
At Natspace, we work on the generation of clean energy through technologies applicable to renewable energy and bioenergy.
Today the production of global garbage exceeds the figure of 5,500,000 tons per day, which is not only a major pollution problem for the water tables, the ocean and the atmosphere, but is also related to the proliferation of pests. and infectious and cancerous diseases. For this reason, at Natspace we strive to offer technologies that allow the transformation of this waste into clean energy, eradicating the problems that urban waste generates and obtaining energy that cares for the environment.
These technologies greatly favor the planet and all living beings that inhabit it, since although social awareness of this problem is not unanimous, it indiscriminately affects us all equally and incrementally affects future generations.
Garbage has been transformed in a symbolic way into a renewable resource since it is generated faster than it is destroyed, this gives us the guideline that generating non-polluting energy using garbage as raw material is undoubtedly an extremely intelligent idea.
The pollution reduction compared to a sanitary landfill is approximately 97%, optimizing the use of clean fuels and energies, effectively reducing the environmental impact.