What is the current situation?
As we know, the process of detecting gas leaks is as follows: The gas enters the soil and spreads there. Diffusion processes and the different densities of the soil air and gas cause the gas to finally rise to the surface of the ground. Sealed or wet surfaces are more difficult for the gas to pass through. Leaks can only be localized if the gas rises to the surface of the ground �voluntarily" and in sufficient quantities.

And this is where vacuum technology helps.
Before the gas reaches the surface, it has collectedm in the ground and lies there as if absorbed bym a sponge in higher concentrations than on the surface
of the ground. To get meaningful indications on the gas detector even in particularly difficult situations, these cushions of gas are vacuumed.

More products ESDERS

ESDERS SAFE ETHANTEST

• Taking the service box to the measurement site
• Activate device and connect sensor
• Feed sensor into sensor hole and start analysis at the touch of a button
• SAFE absorbs a gas sample and displays its concentration in vol.%
• The gas sample passes through the chromatographic column and the display of methane and ethane (if applicable) takes place

ESDERS HUNTER GAS LEAK DETECTOR AND ANALYZER

• Cast carpet mat free from the material wear common in deep drawn mats
• Stabilising mould elements enable optimal fit on the ground and enable the carpet to be pulled backwards
• Comprehensive flow channels for sampling

ESDERS GAS STANDPIPE

• Practical system with wide application
• Easy adaptation to many thread sizes, drilling saddles and fittings -directly or via electrically conductive tube
• Rapid extraction of gas by using the Venturi nozzle
• Flame arrestor for burning off the gas safely

ESDERS TONI GASTEST CH4 GAS LEAK DETECTOR WITH SENSOR ON THE GOOSENECK

• Measurement range: 0 - 10.000 ppm methane
• Very fast response time
• Robust, hand-held with IP64 protection
• vibration alarm and digital display
• Made in Germany

ESDERS GOLIATH GAS ANALYZER

• Time-tested Esders operation concept.
• Very quick initial break-in phase after being switching on or changing application.
• Extremely short reaction times when measuring CH4 and CO2 in all concentrations.
• Oxygen and up to 3 toxic gas sensors are available as an option.
• Ethane analysis with automatic measurement result assessment can be integrated.
• Optional pressure measuring up to 2,000 hPa.

ESDERS MULTI GAS DETECTOR H2S CO O2 LEL

• 2 month battery life on a single charge (infrared version)
• Compact and lightweight
• Low maintenance cost
• Simple to use
• LEL sensor (IR) does not require oxygen

ESDERS VAKUMOBIL

• The Esders Vakumobil has a markedly improved suction power compared to conventional technology.
• The low pressure in the surface generated by one suction probe has an impact over several metres.
• This creates only a movement or distortion of the gas accumulation but not there elimination.

ESDERS VIBRAGAS

• Rugged hand-held instruments with ergonomic aluminum housing
• Wide range of applications in the gas installation
• Powerful gas detector with vibration alarm and digital display reading for gas leak detection
• High contrast LCD display with backlight for an optimal presentation of all measured values

ESDERS GASCAM® SG METHANE GAS LEAK CAMERA VISUALISATION

• Infrared Lens
• Detector unit
• Lithium-ion rechargeable battery packs
• Tripod with swivel/tilt head
• High performance Notebook

ESDERS ELLI PORTABLE LASER METHANE CH4

• Colored LCD touch screen
• Selective detection of methane
• Integrated GPS and bluetooth functionality
• User-defined alarm threshold
• Rugged housing design IP54