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The L-Series by Elmo Rietschle features a range of liquid ring vacuum pumps and compressors renowned for their robustness, reliability, and versatility. Liquid ring pumps are designed for demanding applications where a continuous, efficient vacuum or compression is required.
The L-Series features various models with capacities ranging from small scale to heavy duty and cater to a diverse range of industrial needs across sectors such as chemical processing. With their durable construction and efficient performance, the liquid ring L-Series are trusted by industries worldwide for critical vacuum and compression requirements.
Liquid ring vacuum pumps offer numerous benefits including reliable performance, versatility, low-maintenance, energy-efficiency, and environmentally friendliness.
Patented water reclamation system
Unique coatings
Stainless Steel options
Bronze alloy impellers
Anti-cavitation as standard
Liquid ring pumps by Elmo Rietschle are optimized to generate both pressure and vacuum. During operation, the impeller spins, driving centrifugal forces to generate differentials in pressure. This product contains no oil, while also allowing small soft-solids to pass through the pump, unlike other types of vacuum technology and vacuum systems. While running, the water acts as the cooling agent, keeping your pump running efficiently and improving overall pump life.
With over 30 liquid ring pump models and configurations, Elmo Rietschle delivers precision-engineered options for a diverse range of industrial applications
The impeller (1) is the only moving part. The impeller rotates without contact inside the pump casing (2). A rotating liquid ring (3) seals the impeller on the front and seals its blades against one another. Gas flows through the inlet slot (4) into the blade cells. The impeller is offset within the casing. This creates variable compression chambers between the blades (5), which compresses the gas within a full revolution. In order to stabilize the ring, liquid is also permanently sucked into the compression chamber and is expelled (6) together with the conveyed gas.
