Wastewater operations need to continuously focus on improving control processes, reduce costs, and develop benchmarking and auditing statistics. There is always an emphasis on conducting a planning and capacity analysis to be able to design and assess possible upgrades without costly consulting expenditures.

Our GPS-X™ simulator is the most advanced tool available in the market for the mathematical modeling, control, optimization, and management of wastewater treatment plants. GPS-X™ offers a user-friendly, robust, customizable, high-speed platform with calibrated models and the most comprehensive suite of unit processes. It includes leading edge simulation analysis tools, such as Process Optimizer, Sensitivity Analyzer, Scenario Manager and Statistical Analysis tools.

Our award-winning platform for operator training and process support SimuWorks™ aims to do just that, using a high-fidelity process simulator interface for operator trainin g & development, plant optimization & analysis, and maintenance & project risk management . Utilizing customized operator interfaces, SimuWorks™ presents views and functionality familiar to operators and administrators alike in a platform that accurately simulates the behavior of a specific plant.

As utility managers, you need to meet stringent effluent compliance limits while optimizing your operational costs, carbon footprint and energy requirement. To manage dynamic events like wet weather flow, scheduled and un-scheduled maintenance and control optimization require constant attention to find best the operational strategies to meet utility objectives. The Mantis.AI™ platform extends on the capabilities of SimuWorks™ by using real time data for performance forecasting, plant optimization, and operational benchmarking. The platform uses the power of well proven first-principle models and combines it with machine learning algorithms to provide guidance on the best operational strategies to meet compliance and reduce operational cost.

The Mantis.AI™ Digital Twin uses live weather data, past historical plant performance and Artificial Intelligence (AI) algorithms to create accurate near-term forecasts for influent and environmental conditions. Our cutting-edge research into influent forecasting allows operators to view plant performance forecasts in the same way that you would view weather forecasts. Operators can see potential process upsets before they occur and use that information to take appropriate action.

If you are still using high-risk complex spreadsheets and costly laboratory analyses for monitoring programs in relation to estimating and reporting air emissions and contaminant fate during wastewater collection and treatment, then it is time to talk to us about Toxchem.

Our Toxchem software is used for estimating VOC air emissions from wastewater collection, preliminary/primary/secondary treatment and disposal facilities. The site-specific wastewater characteristics, contaminant properties, process design and operating information are used to estimate VOC emission rates.

In addition to air emission estimates, Toxchem can also be used to estimate the concentrations/loads of contaminants in the water effluent, oil removal and residual solids streams. The Toxchem interface makes process configuration so much easier with drag-and-drop simplicity along with a broader modelling capability with Toxchem's comprehensive contaminants database.

CapdetWorks is the industry's only software tool for fast and accurate preliminary design and cost estimation of wastewater treatment plant construction projects, eliminating the cumbersome and time-consuming spreadsheet-based design algorithms. Simply drag-and-drop unit processes to build a plant schematic with CapdetWorks and it will size the plant and estimate the costs to build, operate and maintain the facility. By quickly and easily building multiple treatment alternatives to compare relative costs, your planning-level design and costing productivity improves dramatically, leading to better engineering decisions.