The transformation of organic matter into biogas is a natural process. When industrial biogas technology is aligned with these biological principles, results are measurably more efficient and reliable. Systems that attempt to override natural processes often create unnecessary complexity, accelerate wear, and increase the risk of operational failures.

Renergon follows a different path. By applying the patented RSD® Solid Anaerobic Digestion process, we strengthen natural biological mechanisms with a few robust, high-performance components. This creates measurable synergies: stable and continuous biogas yields, reduced mechanical stress, lower internal energy consumption, and ultimately reduced life-cycle costs with higher plant availability and longer service life.

At the core is the RSD® percolation process. Here, the percolate – the process liquid – is continuously recirculated to initiate and maintain the anaerobic degradation of stackable biomass inside the fermenter boxes. This cyclic flow distributes microorganisms, heat, moisture, and nutrients homogeneously throughout the substrate. Stabilising substances in the percolate further secure process reliability.

The result is a robust biogas process with high tolerance against impurities and foreign materials, thanks to the stability of the Renergon dry fermentation technology. This ensures predictable performance, even under challenging substrate conditions, and confirms Renergon’s position as a technology leader in sustainable, solid-state biogas solutions.

Our attention is centered on our clients. Your choice promotes a lucrative investment through the creation of renewable energy, fuel, compost, fertilizer, and biochar, as well as through the revenues from waste disposal and procured CO2 offset certificates.

Biogas stands as a multifaceted energy vector, possessive of the capabilities for transportation and storage. Beyond the generation of electricity and heat via a Combined Heat and Power unit (CHP), it can also be refined into bio-methane (bio natural gas). Subsequently, it can be integrated into the natural gas grid, utilized as fuel (CNG) for vehicles such as cars, trucks, and buses, or canistered and marketed to industries/commercial entities or private residences.