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Sewage pumps play a critical role in managing wastewater, which contains a mix of water, faecal matter, paper, and non-flushable items like wet wipes and saturated fats. These additional solids make sewage difficult to pump, as blockages are frequent when pumps encounter items they cannot handle. Such blockages lead to significant downtime, which is costly and time-sensitive, especially in transport applications such as on trains and planes, where sewage tanks must be emptied regularly to avoid delays and maintain hygiene standards.
To address these challenges, our sewage pumps, including submersible pumps and solid handling pumps, are engineered with large clearances, open impellers, and clog-resistant designs, allowing them to process solid-laden wastewater with minimal interruptions. Designed to withstand tough conditions, these pumps minimise blockages and reduce the need for frequent maintenance, which is essential for confined spaces where access is limited and costly. For ease of service, our sewage pumps incorporate features like back pull-out designs, making maintenance possible without needing to remove the entire pump assembly.
In environments like properties or mobile systems where storage tanks only hold one to two days' worth of sewage, timely maintenance and reliable pump operation are critical. Our pumps are constructed from durable materials to handle corrosive, abrasive wastewater, ensuring long-term functionality and minimal downtime. By supporting smooth, uninterrupted sewage transfer, our pumps provide a dependable solution for industries reliant on efficient wastewater management, from municipal sewage systems to transport and commercial properties.
Read more about how we can help with Sewage Pumping
Pump Type - Peristaltic
Max Flow Rate M³H - 1.2 M³H
Max Head - 80M
Pump Materials - EPDM
Pump Type - Peristaltic
Max Flow Rate M³H - 42 M³H
Max Head - 80M
Pump Materials - EPDM
Pump Type - Peristaltic
Max Flow Rate M³H - 72 M³H
Max Head - 150M
Pump Materials - EPDM
Pump Type - Centrifugal
Max Flow Rate M³H - 900 M³H
Max Head - 100M
Pump Materials - AISI304
Pump Type - Centrifugal
Max Flow Rate M³H - 1200 M³H
Max Head - 160M
Pump Materials - AISI304
Pump Type - Centrifugal
Max Flow Rate M³H - 1600 M³H
Max Head - 95M
Pump Materials - AISI304
Pump Type - Centrifugal
Max Flow Rate M³H - 1600 M³H
Max Head - 95M
Pump Materials - AISI304
Pump Type - Vertical Immersion
Max Flow Rate M³H - 800 M³H
Max Head - 35M
Pump Materials - AISI304
Pump Type - Centrifugal, Vertical Inline Centrifugal
Max Flow Rate M³H - 850 M³H
Max Head - 100M
Pump Type - Progressing Cavity
Max Flow Rate M³H - 600 M³H
Max Head - 480M
Pump Materials - AISI304
Pump Type - Progressing Cavity
Max Flow Rate M³H - 600 M³H
Max Head - 480M
Pump Materials - AISI304
Pump Type - Progressing Cavity
Max Flow Rate M³H - 600 M³H
Max Head - 480M
Pump Materials - AISI304
Pump Type - Progressing Cavity
Max Flow Rate M³H - 600 M³H
Max Head - 480M
Pump Materials - AISI304
Pump Type - Progressing Cavity
Max Flow Rate M³H - 600 M³H
Max Head - 480M
Pump Materials - AISI304
Pump Type - Lobe
Max Flow Rate M³H - 120 M³H
Max Head - 80M
Pump Materials - AISI304
Pump Type - Lobe
Max Flow Rate M³H - 40 M³H
Max Head - 100M
Pump Materials - AISI304
Pump Type - Submersible
Max Flow Rate M³H - 1600 M³H
Max Head - 95M
Pump Materials - AISI304
Pump Type - Submersible
Max Flow Rate M³H - 24 M³H
Max Head - 12M
Pump Materials - AISI304
Pump Type - Submersible
Max Flow Rate M³H - 48 M³H
Max Head - 18M
Pump Materials - AISI304
Pump Type - Submersible
Max Flow Rate M³H - 60 M³H
Max Head - 26M
Pump Materials - Cast Iron
Pump Type - Submersible
Max Flow Rate M³H - 18 M³H
Max Head - 35M
Pump Materials - Cast Iron
Pump Type - Submersible
Max Flow Rate M³H - 160 M³H
Max Head - 5M
Pump Materials - AISI304
Pump Type - Submersible
Max Flow Rate M³H - 11.4 M³H
Max Head - 22M
Pump Materials - AISI304
Pump Type - Submersible
Max Flow Rate M³H - 138 M³H
Max Head - 39M
Pump Materials - AISI304
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