WHAT IS BIOGAS?
A future-oriented technology
Our company is specialised in the development/engineering and manufacturing of ready-to-use biogas plants. We offer investors and agricultural-sector/industrial-sector companies alike complete and comprehensive solutions from a single source. In this context, we maintain our strong focus on ecological soundness and efficiency – because after all, both factors comprise the two sides of the same coin, as climate change and renewable energy sources are widely-discussed across all regional and commercial fronts.
More than ten years ago, as we began developing high-output biogas plants, we did this as pioneers in the field. Biogas is CO2-neutral – which makes it a practical and ecologically-sound alternative energy source. For their operation, renewable raw materials such as corn and grain (as well as by-products, such as slurry and residual materials from the foods industry can be utilised. Usually, the input materials originate near the plants themselves, which supersedes long transports. A further benefit: The fermentation residues from these plants are re-used within the agricultural work cycle.
Biogas is not merely a competitive energy source – it also offers ideal conditions for strong market growth. In addition to its ecological benefits, one of its other persuasive aspects lies in the reinforcement of the local commercial base. This, in turn, is a benefit to all involved: the local population, the companies themselves, the economy and the environment as a whole. Biogas is indeed a clean way of doing business, across the board.
Biogas generation – a complete cycle
The available input materials are introduced to the process several times a day, by way of a batching unit. With the aid of a scale unit, quantities are recorded. Then, in the course of a dual-step process, fermentation takes place in fixed upright concrete fermenters. The fermentation residue is stored at the ultimate disposal site (for subsequent distribution on agricultural land). This enables the exhaustive use of the nutrients available in the input materials.
