EMAGIN. Intelligently Manage Processes in Real Time with AI

Connect your daily operations to corporate objectives and site-specific goals that you can easily track and foresee. Emagin integrates seamlessly to enhance your team’s decision making and achieve optimal outcomes

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Optimize Your Processes

Get intelligent control that's both prescriptive and predictive.

Using artificial intelligence (AI) that learns from your site’s past performance, Emagin prescribes optimal control actions based on your site goals and your system’s real-time and forecasted conditions.

Energy usage

Emagin provides intelligent predictive setpoints to minimize system-wide energy, power, and steam system costs. Use it with pumps, blowers, compressors, and other high energy consuming assets in your system.

Chemicals or inputs

With Emagin you'll get real-time predictive setpoints of chemically-assisted processes and cleaning systems. Use it with coagulation, flocculation, CIP chemicals, pH adjustment, alkalinity addition, and C:N:P ratio stabilization.

Compliance
Emagin enables you to optimize your energy usage and chemical dosage, while also maintaining important compliance or regulation levels.Avoid costly non-compliance costs and negative media coverage.

Production

Emagin enables you to optimize revenue generation by maximizing production and predicting or removing process variability. Use it for maximizing digester biogas, for membrane recovery, with reactors, or with turbine generation.

Emagin by Innovyze can transform efficiency and effectiveness in any industry where water and wastewater treatment is significant. These include:

Wastewater Treatment

Integrate artificial intelligence into wastewater treatment plants

Aeration optimization: dynamically optimize energy costs based on load profile. 

Anaerobic digestion optimization: maximize value-added resource production.

Nutrient control: optimize influent-driven chemical dosing setpoints (such as ferric chloride) to enhance phosphorus control.

Membrane bioreactors optimization: real-time scaling/fouling detection and membrane service life calculation.

graphic of wastewater treatment plant
illustration of water treatment plant

Water Treatment

Optimize conventional and membrane driven water treatment systems

Flocculation optimization: introduce advanced multi-layer predictive chemical dosing control (i.e. alum, caustic, polymer) for enhanced flocculation / coagulation. 

Membrane recovery optimization: maximize membrane recovery based on predictions of feed water quality.

Membrane cleaning scheduling: optimize membrane CIP setpoints to minimize downtime, reduce chemical usage, and maximize service life.

Filtration optimization: minimize filter particle breakthrough and optimize backwash cycles

Water Networks

Leverage AI to optimally manage water transmission and distribution networks

Pump optimization: Reduce energy intensity and peak power (kVA) consumption with demand-driven pump station control set points and water production scheduling. 

 

 

illustration of water treatment plant
illustration of bottling line at food and beverage plant

Beverage

Optimize production and usage of energy, chemicals and water when it comes to your water and wastewater treatment processes

Energy optimization: dynamically optimize energy costs based on load profile and proactively respond to optimize reverse osmosis (RO).

Chemical control: optimize water or wastewater treatment chemical dosing setpoints to enhance process control and reduce over-usage of chemicals.

Membrane recovery optimization: maximize membrane recovery based on predictions of feed water quality.

Membrane cleaning scheduling: optimize membrane CIP setpoints to minimize downtime, reduce chemical usage, and maximize service life.

Pulp and Paper

Improve water and wastewater treatment processes using AI

Energy optimization: dynamically optimize energy costs based on load profile and proactively deliver OPEX cost savings.

Chemical reduction: optimize chemical programs such as retention drainage and clarification (RDC) or brown stock defoamer application.

 

 

illustration of paper mill
graphic of wastewater treatment plant

Mining

Improve energy use and chemical treatment for water-intensive processes

Energy Optimization: Intelligently schedule blower operations to reduce costs while maintaining operational process constraints.

Chemical Treatment: Use predictive control to reduce coagulant, pH control, or polymer dosages in effluent treatment without sacrificing compliance.

 

 

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  • Press Release

    United Utilities is First to Adopt AI

    Unitied Utilities made energy savings of over 22% across Oldham, plus other benefits.

  • Webinar OnDemand

    A Guide to AI for Water & Wastewater Treatment

    Take a deeper dive in how AI helps water utilities apply this technology to reduce their OPEX costs and maintain compliance within treatment plants.

  • White Paper

    Using AI to Reduce OPEX at Wastewater Treatment Plants

    Learn how AI can lead to lowering operating costs resulting from energy & chemical use - without sacrificing compliance.

Press Release

United Utilities is First to Adopt AI

Unitied Utilities made energy savings of over 22% across Oldham, plus other benefits.

Webinar OnDemand

A Guide to AI for Water & Wastewater Treatment

Take a deeper dive in how AI helps water utilities apply this technology to reduce their OPEX costs and maintain compliance within treatment plants.

White Paper

Using AI to Reduce OPEX at Wastewater Treatment Plants

Learn how AI can lead to lowering operating costs resulting from energy & chemical use - without sacrificing compliance.