The right pump technology for biogas plants ensures that manure, fermentation substrate, recirculated fluid, and viscous and solids-laden media are reliably conveyed. We design, supply, install, and optimize pump solutions for a variety of pumping applications. In doing so, we take into account the fluid, the required flow rate, the discharge pressure, the piping system, the pumping distance, and any differences in elevation.
No two biogas plants are alike. That is why we assess the entire plant situation before recommending a pump solution.
Eccentric screw pumps are suitable for the uniform conveyance of liquid manure, fermentation substrate, and organic suspensions. Key factors for reliable operation include the appropriate rotational speed, protection against dry running, and a rotor-stator design tailored to the solids content and abrasiveness of the medium.
Suitable for
Biogas plants with viscous and solids-laden process fluids
Rotary lobe pumps are compact, robust, and versatile. They are suitable for pumping, transferring, recirculating, and feeding, and can often pump in both directions. In custom-designed central pumping systems, multiple tanks and flow paths can be served via a coordinated network of piping, valves, and control systems. The systems can also be designed for longer distances and greater elevation differences.
Suitable for
Tanks with membrane roofs
Tanks with concrete roofs
Fibrous substrates and foreign matter can put a strain on pumps, valves, and piping. Appropriate wet pulverization breaks down fibrous structures, improves pumpability, and reduces the risk of blockages. Depending on the system design, we combine pumps with pulverization and foreign-matter separation technology.
Suitable for
Container with a plastic roof
Container with a concrete roof
Every biogas plant undergoes changes during operation. We’re here to help you with malfunctions, wear and tear, and declining flow rates. In addition to the pump, we also inspect the fluid, piping, valves, control systems, and upstream treatment equipment.
Our service staff is available by phone 24/7 at +49 (0) 2561 429 32 . In addition, you can easily contact us via WhatsApp at this number during business hours.
We support you in the planning, expansion, modernization and maintenance of biogas and biomethane plants. With technical expertise, practical solutions and fast response times, we support projects ranging from individual plant components to complete plant solutions.
The choice of pump for a biogas plant depends on the fluid being pumped, the substrate composition, the required flow rate, and the plant’s operating conditions. Different pump systems are used depending on the application. We take a customized approach to your biogas plant and its specific requirements and select a pumping system that ensures reliable and efficient substrate transport.
Pumps in biogas plants can become clogged if fibrous or coarse components, foreign objects, or substrates that are difficult to pump enter the pump system. Pump technology that is not properly matched to the pumped medium can also lead to malfunctions and increased wear. Proper pump design and targeted substrate preparation help reduce clogging and support reliable plant operation.
Wet grinding prepares the substrate before it enters the pump and breaks down unwanted solids and fibers. This allows the pumped medium to be processed more evenly and reduces the risk of clogs or malfunctions in the pump system. At the same time, wet grinding can protect pumps and downstream plant components from unnecessary strain.
Yes, we offer pre-assembled pump systems in a containerized design for biogas plants. The necessary components are integrated into a compact, functional unit and designed for the specific application. This simplifies the integration of the pump technology into existing or new plants and enables a well-planned, plant-specific solution.
A pump in a biogas plant should be inspected and, if necessary, replaced if its flow rate decreases significantly, malfunctions occur repeatedly, or wear and repair costs increase. Changes in substrate composition, increased flow rate requirements, or a plant modernization may also make replacement advisable. We’ll assess your existing pump system and help you find a technically and economically suitable solution for your plant.
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