Ingenia S.r.l. has patented a revolutionary technology capable of capturing CO₂ in its entirety and completely eliminating emissions, marking a paradigm shift in the energy sector. President Tommaso Rossi emphasizes that the patent is not limited to the simple conversion of biogas into methane, but introduces an advanced anaerobic fermentation process that improves the efficiency of organic matter digestion.
An innovative and versatile system
This technology features a simplified process that requires reduced volumes for anaerobic digestion, making it suitable for both small plants and large configurations. It is ideal for converting or upgrading existing plants, with smaller overall dimensions compared to traditional solutions.
Furthermore, the system is designed to treat complex biomass such as poultry manure, organic municipal solid waste (FORSU), and sludge from civil or industrial treatment, without the need to add additional organic matter. It also stands out for the absence of unpleasant odors and composting processes, ensuring minimal environmental impact.
Zero emissions and CO₂ captured
Ingenia's patent is based on a method that completely isolates the carbon dioxide produced during the fermentation process, transforming it into calcium bicarbonate. This significantly improves the environmental impact, with a negative greenhouse gas emissions balance.
An additional advantage is that it eliminates the need to recover CO₂ in gaseous form, which is a complex and costly operation, as well as avoiding the post-combustion of exhaust gases, a common problem in traditional membrane systems.
The concrete advantages of Ingenia technology
This technology offers numerous benefits:
- Zero CO₂ emissionsinto the atmosphere;
- Production of ultra-pure methane;
- Easy treatment of difficult biomass such as poultry manure and FORSU;
- Reduction in energy and heat consumption;
- No need for composting or costly corrective measures;
- Scalability for small systems without compromising performance;
- Minimal aesthetic and logistical impact, with a small footprint.
Economic and environmental efficiency
Ingenia's technological model optimizes investment and operating costs, offering an economically sustainable solution. It also reduces transport requirements and facilitates the disposal of digestate, optimizing its use as a natural fertilizer.
A mission towards sustainability
Tommaso Rossi concludes by emphasizing Ingenia's mission: "To push towards a renewable and sustainable energy reality, promoting the global conversion to energy systems that do not produce carbon emissions. We demonstrate that technological progress and respect for the environment can coexist."
Corriere Adriatico – June 26, 2024
