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Highly optimized: The new generation of PreMix® solid feeders has a lot to offer!
Solid matter feeding plays an important role in biogas plant working processes. If it does not run
smoothly or does not run at all, that has an impact on the entire plant, resulting in a decrease in
the gas yield as well as economic efficiency. In other words, reliable solid matter feeding is a must
for efficient biogas production.
Food scraps clogging the sink siphon or wet wipes causing the toilet to overflow: We all know how expensive and time-consuming problems caused by foreign objects can be. So it's no surprise that efficient foreign debris management also plays an important role in industry, wastewater technology and biogas plants. This is the only way to prevent damage or blockages to downstream elements in the long term.
The transition from nuclear and coal energy to sustainable energy sources is in full swing. In addition to wind power and solar energy, biogas is also making a contribution to our sustainable future. What are the benefits of using a biogas installation and how sustainable are they really?
A pump as a multi-talent: The progressing cavity pump is powerful and versatile. It is not even particularly sophisticated, but rather very performance-friendly and optimally adapted to the needs of its users, for example the biogas industry. But how does an progressing cavity pump work and where is it used? We discuss essential details and information about the Vogelsang "Allrounder" and why the QuickService is advantageous for users.
In a field trial, specialists from Ruhe Biogas tested the DisRuptor from Vogelsang on a biogas plant owned by Ruhe Agrar. The result encouraged Ruhe Agrar to have another seven DisRuptor disintegration systems installed.
Partnership for plant optimization: In Nohra, Vogelsang and Biocraft Nohra are working with partners from industry and research on the “FlexPump” project – a mixing concept for the flexible, efficiency-optimized and multifeedstock- capable operation of biogas plants.
Successfully marketing worthless items. Colloquially in German, one also likes to say: “Making money from sh**.” In Grammetal, they take this literally – and quite successfully, actually. There, animal excrement is
economically converted into energy in the biogas plant of Biocraft Nohra. The trigger for the change in the operating concept was rather unpleasant: the neighboring industrial company, which used the entire heat of the plant, closed its doors. They had to come up with something new. Now, their efforts have been impressively successful and, in addition, added value has been created for the environment and for regional farms.
A biogas plant provides an efficient, economical and sustainable method of generating energy. A particularly important aspect of the biogas plant is the digester feeding; this is decisive for the gas yield. But how does solid matter feeding suitable for bacteria work? The potential of “liquid feeding” is a widely discussed method in this context.
Using a state-of-the-art Vogelsang solid matter feeder, it is possible to prepare and mix solids with a liquid component in a particularly advantageous way. This treatment enables you to increase your gas yield and reduce your energy costs. How does this work and what technology can help you? Let’s take a closer look!
Positive experience of cooperation ensures environmentally compatible and resourcesaving energy and materials. Unnoticed by most, one of the biggest biogas plants that converts waste into valuable resources, went into operation in 2019.
