How it works

Our solution
1. 

Discover

2. 

Quickscan

3. 

Getting started

1.

Discover

Every plant is unique and so is the potential for optimization. To discover how our solution fits your business needs, we will discuss your operations, the air-cooled heat exchanger(s) and our capabilities.

 

We work closely with your team to identify where our Digital Twin can make the biggest impact, ensuring that the solution aligns with your business goals and priorities.

2.

Quickscan

Next, we translate that understanding into a clear business case. Based on an initial dataset, we identify where inefficiencies such as external fouling, wind effects, or suboptimal control setpoints occur.

 

The results form a clear, quantified business case that shows what improvements are possible and what they’re worth. It’s a fast, low-risk way to validate the added value of our Digital Twin before moving toward implementation, giving you confidence in both the technical and financial impact for your plant.

3.

Getting started

When there is a clear opportunity for improvement, you connect your plant to our Digital Twin platform. Your team gains real-time visibility into key performance drivers, supported by predictive analytics and actionable recommendations. Together, we track improvements, prevent losses, and continuously optimize performance as conditions evolve, turning your cooling systems into a strategic advantage.

How it works

Discover

Every plant is unique and so is the potential for optimization. To discover how our solution fits your business needs, we will discuss your operations, the air-cooled heat exchanger(s) and our capabilities.

 

We work closely with your team to identify where our Digital Twin can make the biggest impact, ensuring that the solution aligns with your business goals and priorities.

Quickscan

Next, we translate that understanding into a clear business case. Based on an initial dataset, we identify where inefficiencies such as external fouling, wind effects, or suboptimal control setpoints occur.

 

The results form a clear, quantified business case that shows what improvements are possible and what they’re worth. It’s a fast, low-risk way to validate the added value of our Digital Twin before moving toward implementation, giving you confidence in both the technical and financial impact for your plant.

Getting started

When there is a clear opportunity for improvement, you connect your plant to our Digital Twin platform. Your team gains real-time visibility into key performance drivers, supported by predictive analytics and actionable recommendations. Together, we track improvements, prevent losses, and continuously optimize performance as conditions evolve, turning your cooling systems into a strategic advantage.

External Fouling Hot Air Recirculation Belt Slip & Drivetrain Inefficiency Adiabatic Cooling Mechanical Reliability Dynamic Fan Controls

Find out how our solution will revolutionize the performance of your industrial process.

Our solution

Example Applications

Distillation

Optimizing reflux condensers in distillation processes to reduce energy losses, improving cooling efficiency, and boosting unit throughput in refineries and chemical plants.

Power Generation

Optimizing air-cooled condensers to reduce backpressures, improve turbine efficiency, and increase net plant output.

Gas Compression

Optimizing compressor cooling to improve compression efficiency, reduce gas network energy consumption and enhance compressor reliability and uptime.

Chiller Systems

Optimizing air-cooled chiller systems, to improve COP, reduce energy use, and ensuring stable, reliable cooling performance year-round.

Working Together to Drive Impact

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