In water and wastewater management, reliability has always been non-negotiable. But in an era of climate volatility, energy scrutiny, and digital transformation, reliability alone isn’t enough. Operators need visibility, predictability, and control—delivered intelligently, securely, and at scale.
That’s the vision Tsurumi brought to life at IFAT 2026 in Munich: a showcase of next-generation submersible pump technology where rugged hydraulic performance meets smart connectivity, predictive diagnostics, and seamless system integration.
Announced on May 6, 2026, this isn’t just a product demonstration. It’s a strategic statement: The future of dewatering, wastewater transfer, and industrial fluid handling is connected, intelligent, and built for the realities of modern infrastructure.
🎯 Why Connected Pumps Matter Now
Water and wastewater operations face converging pressures that demand smarter technology:
| Challenge | Traditional Pump Approach | Tsurumi’s Connected Solution |
|---|---|---|
| Unplanned downtime | Reactive repairs after failure | Predictive alerts detect bearing wear, seal leakage, or overheating before stoppage |
| Energy cost volatility | Fixed-speed operation, manual throttling | Adaptive VFD control modulates flow to match demand, reducing kWh consumption |
| Skills shortages | Dependency on specialist technicians | Remote diagnostics and guided troubleshooting empower on-site teams |
| Regulatory reporting | Manual data collection, delayed documentation | Automated logging of runtime, efficiency, and maintenance events for audit-ready compliance |
| Climate resilience | Static design assumptions | Real-time monitoring enables adaptive response to extreme weather or inflow surges |
For facility managers, the question isn’t whether to digitize pump assets—it’s how to do it without compromising the rugged reliability that submersible applications demand.
🔧 What’s New? Tsurumi’s Connected Pump Portfolio at IFAT 2026
Tsurumi’s IFAT showcase centered on three interconnected pillars of innovation:
| Innovation | Core Capability | Customer Benefit |
|---|---|---|
| Smart Sensor Integration | Embedded monitoring of vibration, temperature, moisture ingress, and run-time | Early fault detection enables predictive maintenance, reducing emergency repairs |
| IoT-Ready Connectivity | Native support for Modbus, OPC UA, and MQTT protocols; cloud or edge deployment options | Seamless integration with SCADA, CMMS, and digital twin platforms—no proprietary middleware |
| Adaptive Control Logic | AI-assisted algorithms that optimize pump speed, alternation, and dry-run protection | Energy savings up to 30% + extended component life through intelligent operation |
Together, these innovations transform a traditional submersible pump into a self-aware, data-generating asset that actively contributes to operational excellence.
🌊 Deep Dive: Smart Monitoring for Submersible Reliability
Submersible pumps operate in some of the harshest environments imaginable. Tsurumi’s connected technology is engineered to thrive where others struggle:
✅ Moisture detection in motor chamber – Early warning of seal failure prevents catastrophic motor burnout
✅ Vibration analysis – Identifies impeller imbalance, bearing wear, or clogging before performance degrades
✅ Thermal monitoring – Tracks winding temperature to prevent overheating during high-load or low-flow conditions
✅ Run-time and cycle counting – Enables condition-based maintenance scheduling vs. arbitrary time intervals
✅ Dry-run protection – Automatic shutdown prevents damage when suction is lost, with remote reset capability
“Submersible pumps don’t get second chances. By making them smart, we give operators visibility they’ve never had before—turning reactive repairs into planned, optimized interventions.”
— Tsurumi Digital Innovation Team
🌐 Connectivity That Works for Your Ecosystem
Tsurumi designed its IoT architecture with flexibility, security, and practicality in mind:
✨ Protocol-agnostic integration: Supports Modbus TCP, OPC UA, MQTT, and REST APIs to fit existing industrial networks
✨ Edge-to-cloud flexibility: Process data locally for low-latency control, or stream to cloud platforms for fleet-wide analytics
✨ Cybersecurity by design: Encrypted communications, role-based access, and compliance with IEC 62443 industrial security standards
✨ Open data model: Export pump performance data for custom dashboards, AI training, or lifecycle reporting—no vendor lock-in
No proprietary black boxes. No complex middleware. Just reliable, secure connectivity that works with your digital strategy.
🏭 Applications Where Connected Submersibles Deliver Immediate Value
| Sector | Use Case | Tsurumi Connected Advantage |
|---|---|---|
| Municipal Wastewater | Lift stations, wet wells, stormwater bypass | Remote monitoring reduces site visits; predictive alerts prevent overflows |
| Construction & Dewatering | Site dewatering, tunneling, foundation work | Rugged + connected = reliable performance with remote oversight in temporary installations |
| Industrial Process | Sump transfer, cooling water, effluent handling | Adaptive control matches variable process demands; diagnostics minimize unplanned stops |
| Mining & Minerals | Tailings transfer, slurry handling, pit dewatering | Harsh-environment durability + remote visibility for safety and efficiency in remote sites |
| Emergency Response | Flood control, disaster recovery, temporary bypass | Rapid deployment + cloud monitoring enables coordinated response across distributed assets |
💡 Why This Expansion Delivers Real Value
| Challenge | How Tsurumi’s Connected Pumps Help |
|---|---|
| **Reducing mean time to repair **(MTTR) | Remote diagnostics pinpoint issues before dispatch; guided repair instructions accelerate resolution |
| Optimizing energy consumption | Adaptive VFD control + demand-based operation cuts kWh use by 20–30% vs. fixed-speed alternatives |
| Extending asset life | Predictive maintenance prevents catastrophic failures; condition-based servicing reduces wear |
| Simplifying compliance | Automated runtime, efficiency, and maintenance logs support regulatory reporting and ESG disclosures |
| Scaling expertise | Remote support and digital training resources empower local teams without constant OEM escalation |
For operations and maintenance leaders, that means: Fewer emergencies, lower costs, and more confident decision-making—without adding complexity.
🌱 Sustainability Through Intelligent Operation
Connected pumps aren’t just about uptime—they’re about resource intelligence:
♻️ Energy efficiency – Adaptive control reduces pumping energy, directly lowering Scope 2 emissions
♻️ Water conservation – Leak detection and optimized operation minimize losses in distribution and transfer systems
♻️ Extended asset life – Predictive maintenance delays replacement, reducing embodied carbon and waste
♻️ Reduced travel footprint – Remote diagnostics minimize unnecessary site visits, cutting transportation emissions
In an era where ESG performance influences financing, regulation, and community trust, intelligent pumping delivers measurable sustainability value.
🔁 Retrofit-Friendly: Connect Without Replacing
A critical differentiator: Tsurumi’s smart technologies are designed for brownfield adoption:
✅ Retrofit sensor kits – Add monitoring to existing Tsurumi submersible pumps without major rework
✅ Modular communication modules – Plug-and-play connectivity options for legacy installations
✅ Phased implementation – Start with monitoring, then add adaptive control as ROI is proven
✅ Training & support – Commissioning assistance, documentation, and remote expertise ensure successful adoption
No “rip and replace” required. Just intelligent upgrades that extend the value of existing assets.
💬 Leadership Perspective
“At Tsurumi, we’ve always believed that reliability starts with rugged engineering. But reliability in the 21st century also requires intelligence. By connecting our pumps, we’re not changing what makes them great—we’re amplifying it. Our customers deserve both: the durability they trust, and the visibility they need.”
— Tsurumi Executive Leadership
