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Our automation solutions allow operators to define setpoints for critical variables like pH, flow rate, and turbidity, ensuring consistent wastewater treatment performance. The system automatically adjusts equipment in real time to maintain these setpoints, reducing manual intervention. This approach optimizes process efficiency and supports regulatory compliance with minimal effort.
Designed for each plant’s wastewater treatment requirements, our control stations allow seamless process management from strategic locations, delivering email alerts for status and alarms. Positioned flexibly to optimize operator access, they reduce safety risks like slips and falls. When integrated with our SCADA system, these stations ensure uninterrupted control during SCADA offline events, enhancing dependability and compliance.
We collaborate with your team to design precise alerts for critical wastewater treatment processes, avoiding unnecessary or nuisance alarms to ensure all notifications remain actionable. These focused alarms enhance monitoring, promptly notifying operators of complex or infrequent events to prevent issues. This approach promotes operational vigilance, ensuring effective process oversight.
The optional Ignition-based SCADA system integrates real-time and non-real-time data, such as laboratory results and operator observations, enabling operators and managers to collaborate with our team to analyze historical performance for process improvements. Time-aligned charts and user-friendly displays transform complex data into actionable insights, revealing long-term trends. If the Reporting Module is added, the system generates daily operations summaries, bulk product delivery optimization, and custom regulatory reports, outputting data as PDF reports and/or raw data in Excel format. This technology empowers data-driven decisions, enhancing supervisory efficiency and visibility across wastewater treatment systems.
Built on an industry-standard PLC platform, our control system enables rapid customization to seamlessly integrate into your wastewater treatment environment, with remote I/O stations connected via Ethernet for optimal equipment proximity. Developed in-house with continuous software improvements, it offers budget-friendly custom integration and features, backed by our complete understanding of the underlying controls. This customized solution ensures dependable, efficient process management at a competitive price.
Our Pilot Control System, including the control PLC, a PC-based touch-screen HMI and SCADA/database servers, enables rapid deployment of automated wastewater treatment controls, detailed data trending and alerts/reporting. This portable solution can be used in an emergency or as a trial component. We work with plant operators to integrate the pilot system with minimal impact to ongoing treatment operations and can provide the facility with the ability to revert to pre-existing plant controls, such as from another vendor, using a single switch. When our Pilot Control System is incorporated, it allows data to be recorded before and after our recommendations or controls are implemented. Data collection usually covers a week before and after implementation. This provides clear, unbiased data for decisions.
Our Gas Infusion technology employs pre-dissolved gases at high concentrations to mix with low-concentration liquids, eliminating wasted off-gas.
Our Gas Infusion technology employs pre-dissolved gases at high concentrations to mix with low-concentration liquids, eliminating wasted off-gas.
Safer and more efficient than traditional methods like sulfuric acid when used appropriately, our system can reduce pH levels from 9-13 to 6 in a single pass with nearly 100% efficiency.
Extreme efficiency in oxygen transfer, unaffected by temperature or tank depth – Overcomes challenges of poor oxygen transfer – Significant electrical savings for aeration processes. Compared to similar technologies, our Watermark DOSat system offers the best value, being the most cost-effective while delivering high performance.
Our MicroDAF, a compact, portable Dissolved Air Flotation (DAF) system, enhances large-volume solids- separation in wastewater treatment by reducing lag time between chemical dosing and sensor readings (e.g., from over an hour to five minutes). This field-tested technology allows precise, automated control, improving efficiency and ensuring dependable process management in systems that typically experience long dosing/evaluation lag.
