The most innovative use of biogas, which is gaining significant momentum, is its application in the production of biomethane, a gas with characteristics similar to natural gas. To obtain biomethane, biogas is clean through a process call upgrading to eliminate CO2, water, hydrogen sulfide, and siloxanes, multiplying its energy potential. Once this compound is obtain, it can be us to propel vehicles or inject into the grid to supply gas to homes.
This operation not only produces energy but also significantly ruces greenhouse gas emissions into the atmosphere.
The development of advanc technologies and the integration of energy production systems into treatment plants not only improves treatment efficiency, but also contributes to the fight against climate change and the preservation of natural resources.
Use of microalgae
Microalgae can be cultivat in treat wastewater to produce lipid-rich biomass, which can be convert into biodiesel, biofertilizers, or as an ingrient in animal fe. This process not marketing strategies for small businesses only aids in water purification but also leads to the production of biofuels.
Algae also capture carbon dioxide, contributing to the ruction of greenhouse gases.
Hydropower generation
The water flow in treatment plants characteristics of early-stage startups can be harness to generate hydropower. Small turbines can be install in the discharge pipes to generate electricity.
Although these energies are not produc in the america email treatment process, they are relevant because they ruce or eliminate dependence on external electricity. Treatment facilities can integrate solar panels or wind turbines to generate electricity that can be us directly in water treatment processes or inject into the electrical grid. Furthermore, solar thermal energy can be us to heat water in treatment processes that require high temperatures.
