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Gas Leak Detection in Ordinary Scenarios
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Gas Leak Detection in Ordinary Scenarios

Urban dust sources have such characteristics as openness, multiple spatial sources, extensiveness, and random emissions.
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Gas Leak Detection

Gas Leak Detection in Ordinary Scenarios

Urban dust sources have such characteristics as openness, multiple spatial sources, extensiveness, and random emissions.
Play video
Gas Leak Detection

Gas Leak Detection in Ordinary Scenarios

Urban dust sources have such characteristics as openness, multiple spatial sources, extensiveness, and random emissions.

Hands on control and monitoring

The online dust monitoring system can trace the source of dust pollution, perform fine quantitative analysis of the dust pollution levels, and remotely monitor and capture evidence of illegal dust pollution. Moreover, it can also provide increasingly scientific-technical and data support for effective control over urban dust pollution.

The online dust monitoring terminal launched by CRY Sound is an online monitoring terminal for open pollution sources that integrates technologies such as particulate matter (PM) online monitor, noise monitor, meteorological parameter sensor, data acquisition board, and information platform. It is mainly used for online and real-time automatic monitoring of the ambient air quality in the areas where the discharge of fugitive dust pollution sources occurs, as well as residential, commercial, road traffic, and construction areas, etc.

Handheld, fixed or even drone-mounted options
Dedicated models for gas monitoring high-temperature environments

Hands on control and monitoring 

Discover even the smallest leaks. Use the handheld device for inspections, the drone for areas that are hard to reach and the mounted version for critical installments that need constant surveillance.
Handheld, fixed or even drone-mounted options
Dedicated models for gas monitoring high-temperature environments

Hands on control and monitoring

The online dust monitoring system can trace the source of dust pollution, perform fine quantitative analysis of the dust pollution levels, and remotely monitor and capture evidence of illegal dust pollution. Moreover, it can also provide increasingly scientific-technical and data support for effective control over urban dust pollution.

The online dust monitoring terminal launched by CRY Sound is an online monitoring terminal for open pollution sources that integrates technologies such as particulate matter (PM) online monitor, noise monitor, meteorological parameter sensor, data acquisition board, and information platform. It is mainly used for online and real-time automatic monitoring of the ambient air quality in the areas where the discharge of fugitive dust pollution sources occurs, as well as residential, commercial, road traffic, and construction areas, etc.

Hands on control and monitoring

The online dust monitoring system can trace the source of dust pollution, perform fine quantitative analysis of the dust pollution levels, and remotely monitor and capture evidence of illegal dust pollution. Moreover, it can also provide increasingly scientific-technical and data support for effective control over urban dust pollution.

The online dust monitoring terminal launched by CRY Sound is an online monitoring terminal for open pollution sources that integrates technologies such as particulate matter (PM) online monitor, noise monitor, meteorological parameter sensor, data acquisition board, and information platform. It is mainly used for online and real-time automatic monitoring of the ambient air quality in the areas where the discharge of fugitive dust pollution sources occurs, as well as residential, commercial, road traffic, and construction areas, etc.

Identify Gas Leaks at a Glance

The acoustic camera transforms sound waves emitted by leaking gases into visual representations, overlaying them onto live video feeds. With its ability to cover extensive distances and a broad field of view, the acoustic camera facilitates rapid response to address the issue efficiently.

Locate leaks in real-time
As the camera scans the area, it instantly visualizes the location of leaks on the screen
Works for all gas types
By detecting sound waves generated by gas leaks, the device can located any type of gas
Pinpoint the Tiniest Leaks

In industrial settings where even a minor leak can have significant consequences in terms of safety, environmental impact, and financial costs, early detection is crucial. By detecting leaks at their earliest stages, acoustic cameras empower industrial operators to take proactive measures to mitigate risks and minimize the potential impact on operations.

Excludes noise with mic array
Background noise and other irrelevant sounds are excluded by beamforming of microphone array
0.32 ml/s under 0.5 m 5 bar
With a minimum leak detection capability of 0.32 ml/s, acoustic camera covers the majority industrial gas scenarios
Prioritize Safety

The protection of personnel and assets are the top priority for industrial facilities. The acoustic camera allows for inspections from a safe distance, ensuring that operators stay out of harm's way.

Far-field and non-intrusive
With a working distance from 0.5 – 150 m, the acoustic camera eliminates exposure to harmful gases and the need for personnel to scale scaffolding
Intrinsically safe
The ATEX certificate assures safety in hazardous zones, eliminating the possibility of sparking or causing explosions
Minimal Training Requirements

Other gas leak detection solutions on the market require specialized training to interpret images, distinguish between true leaks and false positives, and navigate complex industrial environments. With sophisticated acoustic camera technology, users quickly learn how to operate the device, saving time and reducing frustration.

Intuitive display
The screen of the acoustic camera presents vivid images with a touchscreen interface
No experts needed
The device is user-friendly, requiring little training to operate.
Measure Leaks, Measure Cost

The acoustic camera uses advanced algorithms to quantify leaks by analyzing factors such as sound pressure levels, distance, leak type, and other characteristics of escaping gases. By accounting for variables like gas type, market value, and energy costs, the camera calculates the economic impact, enabling more informed decision-making.

See the cost of leaks
Based on the measured dB SPL value, the acoustic camera calculates the leak rate and economic loss of each leak
Streamline the reporting process
With the reporting tool, data can be shared among teams to prioritize repairs, and optimize resource allocation
Identify Gas Leaks at a Glance

The acoustic camera transforms sound waves emitted by leaking gases into visual representations, overlaying them onto live video feeds. With its ability to cover extensive distances and a broad field of view, the acoustic camera facilitates rapid response to address the issue efficiently.

Locate leaks in real-time
As the camera scans the area, it instantly visualizes the location of leaks on the screen
Works for all gas types
By detecting sound waves generated by gas leaks, the device can located any type of gas
Pinpoint the Tiniest Leaks

In industrial settings where even a minor leak can have significant consequences in terms of safety, environmental impact, and financial costs, early detection is crucial. By detecting leaks at their earliest stages, acoustic cameras empower industrial operators to take proactive measures to mitigate risks and minimize the potential impact on operations.

Excludes noise with mic array
Background noise and other irrelevant sounds are excluded by beamforming of microphone array
0.32 ml/s under 0.5 m 5 bar
With a minimum leak detection capability of 0.32 ml/s, acoustic camera covers the majority industrial gas scenarios
Prioritize Safety

The protection of personnel and assets are the top priority for industrial facilities. The acoustic camera allows for inspections from a safe distance, ensuring that operators stay out of harm's way.

Far-field and non-intrusive
With a working distance from 0.5 – 150 m, the acoustic camera eliminates exposure to harmful gases and the need for personnel to scale scaffolding
Intrinsically safe
The ATEX certificate assures safety in hazardous zones, eliminating the possibility of sparking or causing explosions
Minimal Training Requirements

Other gas leak detection solutions on the market require specialized training to interpret images, distinguish between true leaks and false positives, and navigate complex industrial environments. With sophisticated acoustic camera technology, users quickly learn how to operate the device, saving time and reducing frustration.

Intuitive display
The screen of the acoustic camera presents vivid images with a touchscreen interface
No experts needed
The device is user-friendly, requiring little training to operate.
Measure Leaks, Measure Cost

The acoustic camera uses advanced algorithms to quantify leaks by analyzing factors such as sound pressure levels, distance, leak type, and other characteristics of escaping gases. By accounting for variables like gas type, market value, and energy costs, the camera calculates the economic impact, enabling more informed decision-making.

See the cost of leaks
Based on the measured dB SPL value, the acoustic camera calculates the leak rate and economic loss of each leak
Streamline the reporting process
With the reporting tool, data can be shared among teams to prioritize repairs, and optimize resource allocation
Test Items
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Explore More Use Cases

CRYSOUND Acoustic Imaging Camera: The CRY8120 Series
For technicians in industrial facilities, using acoustic imaging cameras can boost safety and reduce costs. How? By quickly identifying leaks and partial discharge without “reading bubbles”.
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Devices for every need

System Devices

CRY2620
CRY2623
CRY8124
CRY2620 64-Mic Industrial Acoustic Imaging Camera

The CRY2620 Industrial Acoustic Imaging Camera is designed for ease of use and quick operation. Its robust aluminum alloy shell ensures durability, making it adaptable to complex and changing work environments. The device provides a real-time sound image display, significantly accelerating the detection of pressurized or vacuum leaks compared to traditional methods.

The CRY2620 simplifies testing with just two adjustable parameters: test frequency range and dynamic range, covering most testing needs.

It offers multiple modes, including camera and video modes, along with flexible on-site data recording. The large-capacity TF storage card is expandable, allowing for quick export and reporting of test results.

This device helps enterprises minimize losses from gas leaks and other accidents, enhancing overall operational safety.

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CRY2623 128-Mic Industrial Acoustic Imaging Camera

The CRY2623 is a 128-mic industrial acoustic imaging camera that is user-friendly and requires minimal training. Its durable aluminum alloy shell is built to withstand complex and variable working conditions. The device offers real-time acoustic imaging, significantly accelerating the detection of pressurized or vacuum leaks compared to traditional methods. It supports both photo and video modes for flexible on-site data recording. With an expandable large-capacity TF storage card, test results can be quickly exported and reported. The CRY2623 helps enterprises reduce safety risks and minimize economic losses associated with gas leaks, partial discharges, and other malfunctions.

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CRY8124 Advanced Acoustic Imaging Camera

Introducing CRYSOUND’s cutting-edge acoustic imaging camera, revolutionizing industrial inspections with advanced capabilities. The CRY8124 acoustic imaging camera excels at pinpointing leaks, identifying electrical partial discharge, and detecting mechanical deterioration. Setting a new standard for sensitivity and efficiency, the CRY8124 boasts 200 microphones (the most in the industry). The device detects smaller leaks and partial discharges from greater distance than any other handheld acoustic imaging camera on the market.

The CRY8124 reporting software allows offline analysis, editing, and report generation, simplifying regular maintenance routines.

Elevate the effectiveness of your industrial inspections with CRYSOUND’s acoustic cameras.

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Get in touch

Are you seeking more information about CRYSOUND's solutions or need a demo? Contact us via the form bleow and one of our sales or support engineers will connect with you.
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