Cloud Connection

With wireless or direct connection to the cloud, aquaDART enables remote system monitoring with call-out alarms.

Time Saving

Through water treatment automation, businesses can benefit from time savings and reduced labor requirements. As a result, personnel and workforce capacity can be expanded for important task completion with cooling tower water treatment performance enhanced. The automation control system significantly reduces the time to recognize and fix feed problems, mitigating water issues before escalation.

Water System Protection

The real-time monitoring and control of key water system parameters provides consistent, regulated protection for your business. As a result, the impact of scale, corrosion, and microbiological growth can be reduced whilst enabling greater efficiency in water use in cooling tower systems.

Quantifiable Cost Savings

As specialists in industrial water treatment solutions, our aquaDART automation control systems are designed to enhance system protection whilst reducing costs and expenditures for your business. NCH aquaDART provides quantifiable results that reduces total operating costs.

Real-time Response & Regulation

NCH aquaDART systems use fluorescent-traced technology to deliver real-time, performance-based feedback and control. The automation control system allows for inhibitor levels to be monitored and logged. The aquaDART systems can then adjust water treatment program delivery to changing system demands and requirements.

Custom Control Configuration

NCH aquaDART features custom controls to regulate blowdown and chemical feed to automatically respond to water condition problems. With web-enabled monitoring and control software, performance-based feedback and alters can be delivered in response to water treatment adjustments.

Functionality

In contrast to alternative water treatment systems, the open-source design of aquaDART ensures long-term longevity as a valuable asset for your business. As a result, the system can be tailored to your automation system requirements reducing physical system change requirements compared to closed-source alternatives.