Compressed Air
Science Based Target Initiative

Why not

Save energy with our eBook

Globally, Enersize sees a strong  focus on sustainability, public demand for energy certifications and digital transformation as the main trends driving energy optimization of industrial compressed air systems. This is what underpins our product innovation.

A Guide to Setting and Achieving Science-Based Targets - for Manufacturing Companies


This handbook provides a structured guide for a manufacturing company looking to embark on the journey of setting and achieving science-based targets.


FAQ - with focus on compressed air

Compressed air system optimization. Here's a set of FAQs tailored to the services provided by Enersize

Enersize offers a comprehensive range of services, including compressed air system audits, leak detection, system optimization, and the implementation of advanced monitoring and control solutions.

Enersize performs a thorough assessment of your compressed air system, analyzing factors such as energy consumption, air leaks, system design, and pressure levels to identify areas for improvement.

Enersize uses advanced technology , such as ultrasonic leak detectors, and world leading software to identify and quantify air leaks in your system. By promptly repairing these leaks, clients can achieve substantial energy savings.

Enersize employs various optimization techniques, including adjusting pressure levels, optimizing compressor operation, and implementing energy-efficient components. The goal is to enhance overall system performance.

Enersize provides advanced monitoring systems that allow real-time tracking of compressed air system performance. This enables better control, energy savings, and predictive maintenance, leading to improved efficiency.

Yes, Enersize can provide guidance on selecting the most energy-efficient air compressors, including variable speed drive (VSD) compressors and rotary screw compressors, based on your specific needs.

Enersize provides training programs to educate employees on the importance of compressed air efficiency, best practices, and how to contribute to energy-saving initiatives within the organization.

Enersize helps organizations establish a culture of efficiency by providing educational resources, conducting awareness programs, and offering ongoing support to encourage the adoption of energy-saving practices.

Yes, Enersize offers solutions that integrate with Industry 4.0 initiatives, providing clients with smart, connected systems that enable remote monitoring, data analytics, and predictive maintenance for compressed air systems.

Compressed air efficiency refers to the optimization of compressed air systems to minimize energy consumption, reduce costs, and enhance overall performance.

Compressed air is a significant source of energy in many industries. Improving efficiency helps reduce energy costs, environmental impact, and enhances the reliability of operations.

Efficiency can be assessed by conducting an energy audit, which includes analyzing air compressor performance, air leaks, pressure levels, and overall system design.

Common sources include air leaks, inappropriate pressure levels, inefficient compressor operation, inadequate maintenance, and outdated equipment.

Regularly inspect your system for leaks by using ultrasonic leak detectors or soapy water. Enersize recommend you of course to also document and follow up with Q+leaqs to ensure optimal results. Promptly repair identified leaks to prevent energy wastage.

Operating at higher pressures than necessary increases energy consumption. Adjusting pressure levels to match the actual requirements of the application improves efficiency.

Regular maintenance is crucial. We recommend that you at least follow manufacturer recommendations and conduct routine checks for filters, oil levels, and other components. Address issues promptly.  To optimize and save both energy, cost and carbon emissions please look at our Q+moni and Q+leaqs solution! It will save you time and money and at the same time decrease your environmental impact!

Drying compressed air is essential to prevent moisture-related issues. Dry air can improve efficiency by reducing the risk of corrosion and minimizing energy losses in downstream equipment. Follow your system performance with Q+moni to ensure maximum efficiency!

Signs include increased energy consumption, frequent breakdowns, reduced system performance, and outdated equipment. Consider upgrades for efficiency gains and cost savings.

Air receivers help stabilize pressure variations and reduce the load on the compressor. Properly sized and maintained air receivers contribute to overall system efficiency. Use Q+Xray to do a full analysis on your complete system and not only your compressors! A full analysis will give you all the facts on your system!

Check with local energy agencies or government bodies for potential incentives, rebates, or programs aimed at promoting energy efficiency, including those related to compressed air systems. If you are looking for deeper analysis and or what to participate in studies please contact us for ,more information as we often participate in different governmental, academic and private studies..