Air Leak Detection Survey

What is Air Leak Detection?

Air leakage represents the largest source of compressed air wastage, the average leak rate on UK sites is estimated between 20% and 50% which represents a huge cost to businesses, as well as producing unnecessary carbon emissions. Our Leak Detection Survey will ensure that your compressed air system is free from leaks, reducing your operating costs.

The annual expenses incurred due to undetected compressor leaks can be quite significant, with costs rising as the size of the leak increases. For instance, a 1.5mm hole can result in expenses of £2,000 annually, while a larger 4.0mm hole may lead to costs amounting to £14,000 per year. Furthermore, a substantial 6.0mm hole can escalate expenses to as much as £30,000 annually. These cost projections are calculated based on an electricity rate of £0.34p/kWh3. Given the ongoing upward trend in energy costs in the UK, the potential for even greater savings through leak detection and repair becomes increasingly compelling.

How To Know If You Have A Leak

Our Air Leak Detection Survey helps you locate and repair leaks in your compressed air systems, saving you time and money. Compressed air is the most expensive energy source on your site. Of the total energy supplied to a compressor, as little as 8% to 10% may be converted into useful energy. Air Energy provides a specialised compressed leak detection service, pinpointing leaks, estimating associated costs, calculating repair expenses, and providing you with comprehensive reports for the necessary corrective measures.

Why You Should Invest In A Survey:

Compressed air leaks, often resulting from normal wear and tear, can significantly impact system efficiency. Unrepaired leaks lead to energy wastage and overall reduced compressor efficiency, ultimately costing you more time and money.

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Book An Air Leak Detection Survey

Enquire today about our compressed air leak detection service. A member of our team will be in touch shortly to discuss your requirements and book an appointment with you.

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Our Process Step-By-Step

air leak test

Conduct Survey:

Our technical team utilizes ultrasonic leak detectors to identify compressed air system leaks, even during noisy production periods. During the survey, we tag and document each leak, record details, and take photographs for efficient remedial work.

air leak test

Generate Report:

Upon completing the survey, we provide a report within 5 days that outlines the identified leaks and their respective repair costs, along with support from our technicians. Following the leak detection report, we can perform necessary repairs and maintenance to enhance system efficiency.

air leak detection equipment

Repair & Maintenance:

To minimize losses, we recommend implementing a leak detection program for prompt repairs. Over time, new leaks can develop in the compressed air system, making regular leak detection surveys a part of your ongoing maintenance to maximize efficiency.

Why Choose Air Energy?

You can be assured that our work is carried out in the most professional manner possible. There will be no interruption to your compressed air system and our surveyors are highly experienced in working across all industries.

air leak test

All Our Surveyors Are Highly Experienced

air leak detection equipment

We Only Use The Most Sensitive Equipment

air leak detection system

Safety Is Our Main Priority

compressed air leak detector

Detailed Reports Issued Within 5 Days

How To Know If You’ve Got A Leak

 

Listen for Audible Leaks: Large air leaks may be audible, so it’s essential to listen for a hissing sound during quieter production periods to detect significant leaks.

Use a Soap Solution: Applying a soapy solution to joints can help identify leaks. The more bubbles that form, the larger the leak, making it a useful method to pinpoint many small leaks in a specific area.

Monitor Pressure Losses: A noticeable decrease in system pressure may indicate leaks. When your compressor has to work harder to maintain pressure, it could be due to leaks, including multiple small ones adding up.

Check for Air Loss During Downtime: Observe if compressed air is still being used when production machines are inactive. This could be a sign of leaks in the system that operates continuously.

Assess Pipework Age: Piping systems older than five years can exhibit significant leaks, which can lead to substantial energy and cost losses. Consider installing modern, leak-free piping systems like aluminium to address this issue.

 

Air Leak Detection FAQs

Poorly closing couplings, old hoses, or worn and leaking seals are all areas where air can escape your systems. Even a minimal leakage however can be responsible for excessive costs. A leak of only 3mm at a pressure of 7 bar can cost you up to £1150 per year. And with higher pressure, the loss of air is even higher. For financial reasons alone, it is important to regularly undergo a survey where an air leak detector can locate leaks to reduce your energy costs and ensure there is minimal energy wasted.

Audible Leaks: Large leaks can produce an audible hissing sound near the piping. It’s crucial to address these leaks promptly as they waste significant amounts of air. Regular inspections, ideally every few months, can help detect and prevent costly large leaks.

Unexplained Compressed Air Usage: If your compressed system continues to consume air even when there’s no active demand, it may be due to numerous small leaks throughout the system.

Abnormal Pressure Drops: Noticeable pressure drops in your piping system may indicate leaks, possibly multiple ones. These leaks can result in up to a 25% loss of total compressed air produced. Consider upgrading to a modern, leak-free system like AIRnet aluminium piping to improve efficiency.

Today’s problem especially in the most common problem areas of your equipment is up to 40% of the world’s industrial energy is lost due to leaks in compressed air systems.The best, and most widely used approach is to use ultrasonic leak detection equipment, which is an ideal solution to identifying leaks causing enregy loss, it is not a time consuming process, and is able to detect leaks that cannot be picked up by human ears or eyes. Compressed air leak detection improves overall system performance by identifying and repairing leaks that can affect efficiency and productivity. Book leak detection survey How to know if you’ve got a leak Fixing leaks is important to energy saving, ultimately helping you save money and maximising your compressed air system.

Air Filter: Check the air filter weekly to remove debris and dust. Replace it as early as every 1,000 hours or as needed based on operating conditions.

Fixing Leaks: It is important to regularly conduct a leak detection survey to detect leaks using a precise acoustic image. This reduces energy waste and lowers running hours.

Oil Filter: Replace the oil filter as early as every 1,000 hours or as needed based on operating conditions.

Lubricant Levels: Monitor lubricant levels daily. The frequency of lubricant changes depends on the type used and operating conditions but should generally occur every 4,000 to 8,000 hours or as needed.

Separator Element: Replace the separator element each time you change the lubricant.

Motor Bearings: Grease motor bearings every 4,000 hours or as required, following the manufacturer’s recommendations.

Belts: Check belts weekly for tension and wear. Replace and adjust tension as necessary.

Intake Vents: Inspect intake vents weekly and clean them when necessary.

Inspections for compressed air leaks are recommended yearly, or sooner if you suspect an issue.

Industrial Air Insights

Practical guidance on reliability, efficiency and compliance for compressed air, vacuum and nitrogen systems.

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