SMARTCair
SMARTCair
  • Home
  • About Us
  • Services
  • Contact Us
  • Projects
  • More
    • Home
    • About Us
    • Services
    • Contact Us
    • Projects
  • Home
  • About Us
  • Services
  • Contact Us
  • Projects

How It Works

SMARTCair’s process is thorough yet efficient. We combine on-site data collection with powerful software simulation to pinpoint the best ways to save energy in your compressed air system. Here’s how our service works:

Data Collection (Audit)

We begin by measuring how your system currently performs. This may involve an on-site compressed air audit where we install sensors or data loggers to record key parameters like compressor power (amps), airflow, and pressure during normal operations. If you already have monitoring instruments, we can use that data. This process doesn’t disrupt your production. We gather data while your system runs as usual. The result is an accurate picture of your air demand patterns and inefficiencies like leaks or pressure drops.

Analysis & Modelling

Next, we input the collected data into our simulation platform to create a virtual model of your compressed air system. Using first-principles physics, we simulate various improvement scenarios. For example, we might test the impact of adding receiver storage, adjusting compressor controls, fixing leaks, or adding a VFD (variable speed drive) compressor. These modelled scenarios show us how each change could affect your energy use and costs before you make any real modifications. Our software calculates potential energy savings, demand reduction, efficiency gains, and GHG emissions cuts for each scenario.

Evaluation of Options

We compare the simulation results to identify which changes offer the biggest benefit. We look at projected energy reduction, annual cost savings, and any impacts on system performance. Often, a simple change yields huge benefits. For instance, adding storage might keep an inefficient backup compressor off during peak demand, saving thousands in energy costs. We rank the solutions by return on investment, highlighting low-cost fixes, and larger improvements that have strong paybacks.

Reporting & Recommendations

Finally, we present you with a clear report and action plan. It details your current system performance and the outcomes of the simulated scenarios. For each recommended action, we provide expected savings (energy, cost) and reductions in GHG emissions, along with other benefits like more stable system pressure. The report is easy to understand and includes everything you need to move forward. We review the recommendations with you and can assist in planning the implementation. If needed, we can also return after changes are made to measure and verify the actual savings.

Frequently Asked Questions

Usually just a few key measurements. We typically need your compressors’ power usage (amps or kW) and system pressure over time. Flow data is useful if available, but not required. If you don’t have this data, we can set up temporary loggers to collect it. We work with whatever you have. Essentially, better data gives us more precise results, but we can adapt to any situation.


Not at all. Our data logging is non-intrusive. We don’t need to shut down anything; we simply attach sensors while your equipment runs normally. The loggers quietly record performance in the background. After we’ve gathered enough information, we remove our gear without any impact on production. The audit is designed to observe typical operations, so there’s zero downtime for you.


Very accurate. Because we base our model on real data and sound physics, its predictions closely match real-world outcomes. In projects where our recommendations were implemented, the actual energy savings were usually within a few percent of what we forecasted. We also err on the side of caution when predicting results, to ensure we don’t over-promise. You can trust that the savings we identify are achievable.


Every system is different, but we often suggest things like fixing leaks, lowering unnecessarily high pressure settings, adding or expanding receiver tanks, improving compressor control sequencing, or upgrading to a more efficient compressor if needed. We focus on cost-effective steps first. For example, one analysis showed that installing an 800-gallon air receiver tank let a secondary compressor stay off longer, cutting energy use by about 5% with a payback of only a few months. With SMARTCair’s detailed modelling, we target the improvements that will yield the greatest benefit for your system.


Yes. In fact, manufacturing facilities are among our main clients because they often have the most to gain. We have performed many compressed air audits for manufacturing plants, from automotive factories to food processors. Our process works for any industry, and larger sites often have bigger savings potential. Whether you run a small workshop or a huge factory, we tailor our analysis to find the optimal energy-saving measures for your operation.


SMARTCair

Copyright © 2025 SMARTCair - All Rights Reserved.

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept