Tocadero ONE
The Tocadero EVO TOC meter is your precise solution for monitoring organic contamination in ultrapure and pure water—ideal for the pharmaceutical industry, microelectronics, power plants, and chemical production. With innovative UV oxidation and differential conductivity measurement, the device detects even the slightest organic impurities—in real time.
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Measure. Monitor. Repeat.
For better insights, better decision-making and better process performance.
Key Features & Benefits
- Results in seconds: Continuous online measurement for immediate TOC values.
- Reagent-free: No chemicals required – safe, sustainable, and cost-effective.
- 21 CFR Part 11 ready: Ideal for regulated industries such as pharmaceuticals – including audit trail and data security.
- Dual mode: Online monitoring plus offline measurements with optional autosampler.
- Long-lasting UV technology: Maximum measurement accuracy with minimal maintenance.
- Automatic dilution: Lower consumption, precise calibration, easy operation.
- Compact & low maintenance: Saves space, time, and resources during operation.
Typical Applications
- Wastewater treatment plants for monitoring organic pollution in inflows and outflows
- Industrial companies in the chemical, pharmaceutical, or food industries
- Airports for monitoring saline process water and wastewater
- Environmental monitoring for continuous TOC measurements in surface water or process water
User-friendly, space-saving design for seamless process integration
Thanks to its compact construction and intelligent, user-friendly design, you can seamlessly integrate the TOC instrument into your processes. You can operate the system directly on the touch display or remotely from the control room. Integration into your process IT is also easy via common analog and digital interfaces.
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Minimal effort, maximum reliability: stress-free maintenance with Tocadero ONE
Maintenance and service are predictable and minimal with the TOC instrument: there are no moving parts except for a peristaltic pump with an annual replacement interval. The TOC instrument uses predictive maintenance, a modern concept of the Industrial Internet of Things (IIoT). This approach optimizes industrial processes and reduces costs by transitioning from plan-based “preventive” to “predictive” maintenance. The integrated self-monitoring system records the current device status and accurately assesses maintenance requirements. Early warnings reduce unplanned downtime to a minimum. Self-maintenance is also possible, saving time and money.
| Industry | Application Example |
|---|---|
| Food & Beverage industry | Continuous TOC monitoring in process water and ultrapure water to ensure product standards and CIP cleaning validation |
| Airports | Monitoring of surface water and rainwater runoff, as well as special TOC control of deicing wastewater |
| Pulp & Paper production | Optimization of production efficiency through process water monitoring and control of organic pollution in bleaching wastewater |
| Seawater desalination | Membrane protection through continuous TOC monitoring in pretreatment and quality control of the product water |
| Oil & Gas industry | Protection against contamination and corrosion in cooling water systems and ballast water monitoring in accordance with international standards |
| Energy generation / Power plants | TOC control in boiler water to protect against corrosion and deposits, as well as cooling water quality assurance |
| Drinking water treatment | Early detection of organic contaminants in raw water and optimization of treatment processes |
| Agriculture & Aquaculture | Optimal water quality control for irrigation water and continuous monitoring in fish farming and aquaculture facilities |
| Environmental monitoring / Surface water monitoring | Continuous TOC monitoring in surface waters and monitoring of industrial discharges to ensure compliance with limit values |
| Mining & Metal Processing | Monitoring organic contamination in mine water and quality assurance in metallurgical processing |
| Cosmetics & Personal care industry | Ultrapure water validation for the highest water quality in production processes and CIP cleaning efficiency control |
| Surface finishing & Coating | TOC control in electroplating rinse water and optimization of coating processes through process bath monitoring |
| Maritime applications & Ship operation | Ballast water treatment control in accordance with international conventions and monitoring of treated ship wastewater |
| Chemical industry | Continuous water quality control in reactor cooling water for stable processes and industrial wastewater monitoring to ensure compliance with limit values |
| Feature | Specification |
|---|---|
| Technology | 1,200 °C High-temperature combustion |
| Measuring Range | 0 – 50,000 ppm |
| Methods | TC, NPOC, TIC, TOCdiff, TOCadd, TNb, POC/VOC |
| Measuring Cycle | 1 minute |
| Number of Sample Streams | Up to 2 |
| Dimensions (WxDxH) | 600 x 320 x 800 mm |
| Protection Classes | IP 54, optional IP65, ATEX, IECEx, Zone 1/2, T3 and T4; Class I Div 2 |
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Why Choose Process Networks?
ISO-Certified Quality
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When you contact us, you speak directly to an expert — not a call centre.
Trusted Supplier Partnerships
Exclusive access to premium instrumentation from leading global manufacturers in Germany, Japan, the US and across Europe.
Long-Term Support & SLAs
Most customers stay with us for years because we stay with them providing ongoing maintenance, calibration and on-site service.
Proven Field Experience
Thousands of instruments installed and tens of thousands points monitored daily on systems we support.
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Process Networks Ltd,
Unit K20 Drinan Enterprise Centre,
Swords, Co. Dublin, K67 NN59
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info@processnetworks.ie