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SEnsia Mileva 33

Advanced QOGI for Hydrocarbon (HC) Gas Leaks

Mileva 33 is an advanced hand-held QOGI camera designed for hydrocarbon gas leak detection. It detects even the smallest HC gas leaks, visualises, and quantifies them.

At KLINGER Australia, we utilise Mileva 33 cameras to perform QOGI services for our clients, ensuring precise and efficient hydrocarbon gas detection. Additionally, we offer these advanced cameras for purchase to clients who wish to conduct their own inspections. Our customers benefit from first-hand information and expert guidance, helping them maximise the potential of the Mileva 33 for optimal hydrocarbon gas detection.

Key Features of Mileva 33 QOGI Camera

Mileva 33 is an advanced hand-held Quantitative Optical Gas Imaging (QOGI) for detecting fugitive emissions of hydrocarbon gases (HxCx). It boasts a new design, a 5-inch touchscreen, and runs on RedLook Handheld, the most powerful and intuitive software for gas visualization.

Using PASSIVE IR absorption and integrating a spectrally optimised high-resolution cooled detector that enhances detection sensitivity for leaks down to 0.4 g/h of CH4, Mileva 33 can detect all hydrocarbons and VOCs (including CH4) within the 3.2 – 3.4 μm wavelength range. The detection distance exceeds 100 meters, and VOC leak images and videos can be recorded and reviewed immediately.

As a hand-held cameras, it provides access to equipment and areas inaccessible to traditional contact measurement tools.

Embedded processing: its highly reliable software with robust algorithms for gas detection, combined with advanced signal integration technology and data analytics to perform sophisticated analytics, including quantification of the flow rate of the observed gas.
User-Friendly Interface: Equipped with both joystick and touchscreen controls for intuitive operation.
Temperature Indicator: Displays precise temperature values of elements shown at the center of the image.
Auto-Contrast Mode: Enhances thermal images to achieve optimum temperature values for each scenario.
Multiple Color Palettes: Offers up to five different color palettes, selectable by double-clicking the palette bar and setting the temperature in Celsius.
Saturated Pixels Colored: Highlights saturated pixels for better visualization and analysis.
Portability: Lightweight and portable design, ideal for field use in various industrial environments.
Advanced functionalities to enhance the detection of fugitive emissions, such as various gas processing algorithms and image contrast control.
Additional features include a video recovery tool for on-field review of recorded videos.

Applications

Oil and Gas Industry: Ideal for hydrocarbon gas leak detection in pipelines, storage tanks, and refineries.
Chemical Plants: Ensures safety and regulatory compliance by detecting and quantifying HC leaks.
Environmental Monitoring: Assists in environmental protection efforts by identifying and measuring HC emissions.
Industrial Safety: Enhances workplace safety by identifying potential hazards associated with HC gas leaks.

Certifications

EN 61326:2013
Ingress Protection: IP65 (EN 60529:2018)
ATEX: ATEX Zone II (EN 60079:2013)
EPA: EPA OOOOa Compliance

Benefits

Improved Safety: Early detection of gas leaks prevents accidents and ensures a safer working environment.
Cost Efficiency: Reduces the cost associated with gas leaks, including lost product and damage repair.
Environmental Protection: Helps in minimizing the environmental impact by controlling
HC emissions.
Regulatory Compliance: Assists in meeting stringent environmental and safety regulations. associated with HC gas leaks.