PRODUCT INFORMATION
Overview & application
1. Product Introduction | ODMS Submersible Sewage Pump
The ODMS Submersible Sewage Pump is designed for lifting and transferring municipal sewage, industrial wastewater and liquid streams containing suspended solids. Installed underwater in collection pits, wet wells and pumping stations, it moves wastewater to downstream treatment processes and drainage systems.
With a large-passage flow design, selected models can handle wastewater containing solid particles, making them suitable for applications such as sewage collection, industrial wastewater transfer, building drainage and construction-site dewatering. Certain low-concentration sludge transfer duties may also be considered, subject to sludge characteristics and pump model suitability.
Pump selection is based on required flow rate, total dynamic head, solids size, liquid properties and installation conditions. For higher-solids or more viscous sludge, the pump type must be evaluated carefully to ensure reliable operation.
2. Designed for Reliable Wastewater Pumping
Application-Based Performance · Practical Installation · Maintainable Design
The ODMS Submersible Sewage Pump is selected around actual pumping requirements to support wastewater transfer in municipal and industrial treatment systems.
01 | Submerged Operation
Designed for Installation Within Pumping Sumps
The submersible configuration helps save surface space and supports installation in wastewater collection pits, wet wells and pumping stations.
02 | Solids Handling Capability
Selected for the Wastewater Being Pumped
Impeller design and solids passage must match the size and nature of suspended solids, fibrous materials and other potential obstructions in the wastewater.
03 | Flow & Head Matching
Pump Selection Based on Actual Duty Conditions
Flow rate, total dynamic head, pipeline losses and system operating requirements are evaluated to identify a suitable pump model.
04 | Installation & Maintenance Access
Configuration Matched to Site Conditions
Installation arrangements, discharge connections, lifting provisions and maintenance access are reviewed to support safe servicing and efficient project integration.
3. Submersible Sewage Pump Technical Parameter
4. Choose the Right Pump Supply Scope
From a replacement pump to project-based equipment supply, choose the scope that fits your needs.
01 | Standalone Submersible Pump
Replacing or adding a pump to an existing system?
For systems with existing piping and infrastructure. Pump selection considers required flow and head, pumped media, connection size and installation method.
Suitable for: Replacement · Capacity Upgrade · Standalone Procurement
02 | Pump with Accessories & Controls
Need installation or operating components as well?
The pump can be coordinated with available installation accessories, controls and duty/standby arrangements to suit site and operating requirements.
Suitable for: Pump Station Retrofits · Sludge Transfer · New Sumps · Multi-Pump Systems
03 | Project Equipment Supply
Have a pump schedule, specification or BOQ?
Share your design flow, total head, technical specifications and interface requirements for equipment selection, technical clarification and supply coordination. Multi-equipment scope may include mixers, DAF systems, screw presses and dosing systems.
Suitable for: EPC Projects · New WWTPs · Industrial Wastewater Projects · Multi-Equipment Procurement
CTA: Discuss Your Project Requirements
5. Making Equipment Procurement More Reliable and Hassle-Free
From equipment selection and critical components to pre-shipment verification, ODMS focuses on the details that matter to long-term operation and reliable project delivery.
72H｜full-load reliability verification
Applicable equipment is verified under operating conditions before delivery.
100%｜Traceable Quality Management
Key materials, critical components and electrical configurations are documented for traceability.
GLOBAL BRANDS ｜Proven Component Brands
Critical components from proven brands are selected according to equipment and project requirements.
FULL-PROCESS｜Full-Process Technical Support
Technical support throughout key project stages, from equipment selection and technical clarification to installation, commissioning and ongoing operation.
Selection → Technical Clarification → Delivery → Commissioning → Operational Support
