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COMPLY WITH THE NEW EU METHANE REGULATION
WITH OUR COMPREHENSIVE SOLUTIONS

We offer a wide range of advanced technologies to help you meet the challenges of the current EU Methane Regulations and ensure that you operate efficiently and fulfil all requirements.

Leak Detection

Leak detection and repair of gas network pipes using our flexible LDAR technology
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Quantification

Emissions measurement on above-ground and underground pipelines
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Flaring

Flaring off residual gases and measuring their volume: how you can help protect the environment
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Analysis & Report

Work more efficiently and in compliance with regulations through automated testing procedures and documentation
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What to do next? Important dates for EU Methane Regulation

Infographic EU Methane Regulation implementation deadlines

As can be seen in the illustration, the European Union has defined key data for regulating methane emissions:

✅ 5 May 2025: Deadline for submission of a leak detection and repair programme.

✅ 5 August 2025 : Deadline for the submission of a report on the quantification of methane emissions.

These steps are crucial for the further development of compliance with EU environmental legislation.

Sanctions and compliance with regulations

With Regulation (EU) 2024/1787, the European Union has created a framework to ensure the reduction of methane emissions in the energy sector. This framework includes regular inspections and penalties for companies that do not comply with the regulations. The fines can be quite high and show how seriously the EU is taking the fight against climate change and the protection of public health.

LEAK DETECTION

Gas leak detection in outdoor installations

The OLLI multi-gas detector is ideal for implementing leak detection and repair programmes (LDAR) on exposed pipelines and systems. Our OLLI is explosion-proof (ATEX) and is used to detect and measure flammable, toxic and oxygen-containing gases. The OLLI can therefore make an important contribution to ensuring safety and compliance with environmental regulations.

OLLI Biogas
Laser HUNTER Glockensonde nah Display

Leak detection in underground gas pipelines

Laser HUNTER is presented as an advanced gas leak detection solution utilising the latest laser technology. Equipped with one laser for methane (CH4) or two lasers for methane and ethane (CH4 and C2H6).

Laser HUNTER Gas detection & Gas measurement device
Laser HUNTER Gas detection & Gas measurement device
Highly sensitive and selective gas detection & gas measurement device with laser technology for the inspection of underground gas pipes using suitable probes (e. g. carpet probe). The device can also be used for the vehicle-based pipeline inspection. With built-in diaphragm pump, wireless data transfer and rechargeable Li-Ion battery. One out of two different laser modules can be assembled: - single laser module for methane or - dual laser module for methane & ethane Moreover, the device can be equipped with additional sensors to enable further applications. The following applications are possible: - Testing of underground pipes - Testing of exposed pipes in buildings or outdoors - Testing of soil air for localisation (optional) - Purging of gas pipes (optional, only in combination with soil air testing) - Quantification in underground or above-ground installations (optional) - Recording of methane peaks (optional) - Gas analysis (with dual laser module) Operating time: up to 10 hours Measurement range: depending on built-invsensors Dimensions (LxWxH): 143 x 240 x 85 mm Weight: 2.1 kg Temperature ranges: 0 °C to 40 °C (dual laser module) -10 °C to 50 °C (single laser module)

Good to know

We keep you up to date with the latest regulations through our topic-specific blogs – clearly presented and explained.
Blog

G 465-3: Gas leak detection, classification and response measures

Once a gas leak has been detected (gas indication) as part of a gas pipeline network inspection (G 465-1) or a methane emission survey (G 465-5), the leak must be located and classified. The DVGW G 465-3 technical note describes the correct procedure for pinpointing the location of the gas leak, classifying the potential hazard, and the necessary safety measures and repair times. What to do in the event of a gas leak? To locate the point of the leak,

Read More »
3. June 2026
Blog

G 465-1 and G 465-5: Combination of safety assessment and emission determination

G 465-1: Safety-related inspection DVGW Worksheet G 465-1 describes both scheduled and unscheduled, situation-dependent inspections of gas pipeline networks with an operating pressure of up to 16 bar. This worksheet is and remains the basis for the safety inspection of the entire gas network, from distribution up to and including the network connection. The currently valid version G 465-1 05/2019 specifies inspection intervals for areas within and outside built-up areas, network connections and also exposed pipes, which are essentially determined

Read More »
21. April 2026
Blog

G 465-4-1 ff.: Device technology for inspecting gas pipes and gas installations

The series of information sheets G 465-4-1 ff. (11/2025) describes the currently available detection technologies for gases that comply with DVGW worksheet G 260 (A), with the exception of liquefied gases in the vapour phase: for the detection of gas leaks in pipes and systems used for gas production, gas transport, gas distribution and gas installation, as well as in customer-owned systems and gas installations in industrial applications for the assessment of explosion hazards in work areas, and for the

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17. March 2026

QUANTIFICATION

Quantification of methane emissions in the gas pipeline network

The EU Methane Regulation (Regulation (EU) 2024/1787) requires operators in the energy sector to systematically monitor, reduce and regularly report methane emissions. A key component of this is leak detection and repair (LDAR) programmes.

The DVGW regulations provide recognised technical rules for this purpose, which translate the European requirements into practical procedures. In this context, DVGW G 465-5 describes the procedure for determining methane emissions from gas pipes in the gas distribution network up to 16 bar. This encompasses the detection, quantification and identification of emitting components as a basis for subsequent repair measures.

The metrological quantification of the emission rates is described in the DVGW G 425 series of guidelines. Whilst G 425-1 defines fundamental principles, the other parts contain specific procedures. For underground installations, for example, G 425-2 applies, whilst DVGW G 425-3 describes in detail the bagging method for above-ground installations at source level.

DVGW G 425-1 describes further methods for quantification at site and/or source level, such as vehicle-based quantification. However, the suitability of these methods has not yet been proven or is subject to restrictions.

Vakumobil
Vakumobil
Vakumobil for exhausting gas in cohesive grounds - high-performance vacuum pump - portable version - high vacuum performance: max. 900 mbar - maximum volume flow: 266 l/min. - connection value: 230 V, 50 Hz, 5,5 A - with 10 m suction hose DN 25 - with 2 m exhausting hose - filter in transparent case
Bagging probe 50 x 50 cm with Geka coupling
Bagging probe 50 x 50 cm with Geka coupling
With the "Quantification" menu item and the bagging probe, the Laser HUNTER enables the standard-compliant determination of methane emissions at above-ground installations in accordance with DVGW G 425 3 (suction method). The antistatic bagging probe (dimensions 50 × 50 cm) is equipped with a GEKA coupling and is connected directly to the Laser HUNTER via the PVC hose (2 m, S20C-GEKA – Art. 412008). The result is a closed, safe measuring system for the precise, reproducible and fully documented quantification of methane emissions.
Bagging probe 50 x 50 cm with Geka coupling
Bagging probe 50 x 50 cm with Geka coupling
With the "Quantification" menu item and the bagging probe, the Laser HUNTER enables the standard-compliant determination of methane emissions at above-ground installations in accordance with DVGW G 425 3 (suction method). The antistatic bagging probe (dimensions 100 × 100 cm) is equipped with a GEKA coupling and is connected directly to the Laser HUNTER via the PVC hose (2 m, S20C-GEKA – item 412008). The result is a closed, safe measuring system for the precise, reproducible and fully documented quantification of methane emissions.
Bagging probe 150 x 150 cm with Geka coupling
Bagging probe 150 x 150 cm with Geka coupling
With the “Quantification” menu option and the bagging probe, the Laser HUNTER enables the standard-compliant determination of methane emissions at above-ground installations in accordance with DVGW G 425-3 (suction method). The antistatic bagging probe (dimensions 150 × 150 cm) is equipped with a GEKA coupling and is connected directly to the Laser HUNTER via the PVC hose (2 m, S20C-GEKA – item 412008). The result is a closed, safe measuring system for the precise, reproducible and fully documented quantification of methane emissions.

Good to know

Our blogs keep you up to date on the latest regulations in specific areas, presented in a concise summary and explained in an easy-to-understand way.
Blog

G 465-3: Gas leak detection, classification and response measures

Once a gas leak has been detected (gas indication) as part of a gas pipeline network inspection (G 465-1) or a methane emission survey (G 465-5), the leak must be located and classified. The DVGW G 465-3 technical note describes the correct procedure for pinpointing the location of the gas leak, classifying the potential hazard, and the necessary safety measures and repair times. What to do in the event of a gas leak? To locate the point of the leak,

Read More »
3. June 2026
Blog

G 465-1 and G 465-5: Combination of safety assessment and emission determination

G 465-1: Safety-related inspection DVGW Worksheet G 465-1 describes both scheduled and unscheduled, situation-dependent inspections of gas pipeline networks with an operating pressure of up to 16 bar. This worksheet is and remains the basis for the safety inspection of the entire gas network, from distribution up to and including the network connection. The currently valid version G 465-1 05/2019 specifies inspection intervals for areas within and outside built-up areas, network connections and also exposed pipes, which are essentially determined

Read More »
21. April 2026
Blog

G 465-4-1 ff.: Device technology for inspecting gas pipes and gas installations

The series of information sheets G 465-4-1 ff. (11/2025) describes the currently available detection technologies for gases that comply with DVGW worksheet G 260 (A), with the exception of liquefied gases in the vapour phase: for the detection of gas leaks in pipes and systems used for gas production, gas transport, gas distribution and gas installation, as well as in customer-owned systems and gas installations in industrial applications for the assessment of explosion hazards in work areas, and for the

Read More »
17. March 2026

FLARING

Flaring off residual gases and reducing methane emissions

Our Mobile Gas Flares are a cost-effective solution for burning residual gases from various sources. Over the past 33 years, the German gas industry has already reduced methane emissions by up to 40%. The aim now is to reduce emissions by a further 15 per cent by 2030 in order to pave the way for climate neutrality by 2050. In recent years, we have successfully retrofitted and replaced large emission generators and leak-prone units.

Mobile Gas Flare

Our Mobile Gas Flare in three versions

Mobile Gas Flare S
Mobile Gas Flare S
Small-sized and quickly ready-for-use gas flare for safe flaring applications of natural gas, hydrogen or other combustible gases. For reduction of operational methane emissions during commissioning and decommissioning of gas service lines in the house connection area (according German DVGW worksheet G 404). Suitbale for emptying of gas tank facilities. - integrated piezo-ignition, up to 8 h with permanent ignition (1x AA battery) - ready for use in a few minutes, optimized for service lines - integrated flame arrestor for gases of explosion group: IIA, IIA1, IIB, IIC - H2-ready - max. operational pressure: 1 bar - max. volume flow approx. 8 Nm3/h methane at 1 bar - combustion efficiency under ideal conditions approx. 99% - connnection accessory available
Mobile Gas Flare M
Mobile Gas Flare M
Mobile and compact gas flare for the safe and environmentally friendly flaring of natural gas, hydrogen or other combustible gases. For preventing operational methane emissions during, for example, depressurisation, commissioning and decommissioning of pipelines. Complies with the requirements of DVGW Merkblatt G 404. Suitable for supply/distribution pipelines, limited suitability for house connections. Suitable for emptying of gas tank/storage facilities. - integrated piezo igniter, continuous ignition up to 8 h (1x AA battery). - quickly ready for use, short set-up time, high flow rate and low-emission combustion - integrated flame arrester for gases of the explosion groups: IIA, IIA1, IIB, IIC - H2-ready - max. operating pressure 1 bar - max. flow rate approx. 40 Nm3/h methane at 1 bar - combustion efficiency under ideal conditions approx. 99% - connection accessories available separately - connection for optional pilot flame via Series 21 nipple
Mobile Gas Flare L
Mobile Gas Flare L
Mobile Gas Flare incl. transport case for safe and environmentally friendly flaring of natural gas and other combustible gases. To avoid methane emissions during operation, e.g. when releasing pressure, commissioning and decommissioning pipelines. Complies with the requirements of DVGW data sheet G 404. Suitable for supply/distribution lines and for emptying tank systems. - incl. transport case - quickly ready for use, short set-up time, high throughput and low-emission combustion - combustion efficiency under ideal conditions >99% - integrated flashback arrestor for gases of the explosion groups: IIA, IIB, IIC - H2-ready - integrated pilot flame with propane supply and piezo igniter, continuous ignition up to 8 h (1x AA battery), incl. 2 replacement batteries - inlet pressure 2 bar (ensured by optionally available pressure reducer, art. no. 402593) - flow rate of approx. 800 Nm3/h methane at an inlet pressure of >2 bar on the supply side before the pressure reducer in the connection adapter - connection accessories available separately

The Mobile Gas Flare S was specially developed for house connections and mains connections. It is extremely compact and ready for use in just a few minutes.

The Mobile Gas Flare M has a throughput approximately four times greater than the Mobile Gas Flare S and is used to flare gas in the low and medium pressure network in the area of the distribution lines. It is also compact and quickly ready for use.

The Mobile Gas Flare L has a significantly increased throughput and is intended for the medium and high-pressure network. Due to its height of approximately 2.5 metres, it consists of two parts that can be assembled in just a few minutes without any additional tools.

DBI-Pruefzeichen_gruen

Our mobile gas flares, available in sizes S, M and L, are certified by the DBI and thus guarantee a separation efficiency of 99%, ensuring compliance with the EU Methane Regulation.

The new EU Methane Regulation emphasises the importance of sustainability and transparency. One of the most important provisions is the obligation to report the amount of methane flared – an essential step towards reducing emissions and protecting our environment. Our Mobile Gas Flares, combined with the advanced gas flow measurement technology of the OLLI, simplify this process. Thanks to its precise flow measurement, it enables efficient and accurate reporting of the amount of gas flared, ensuring seamless regulatory compliance.

Anschlussskizze Mobile Gasfackel M und OLLI Geschwindigkeitsmessung

Have you gathered information and now need tips as a guide?

We have summarised the most important tips for network operators in a blog.

Click here

Download

Would you like to find out more about our products? Then take a look at this information: Gas test stand pipe and Mobile Gas Flare L in comparison

Do you have questions about compliance with the EU Methane Regulation in terms of flaring and documentation? We have compiled for you in one document answers to frequently asked questions and the most important information about the use of a gas stand pipe compared to a Mobile Gas Flare L.

Mobile Gas Flare - simply explained in the video

Our short video product demonstrations will guide you through the key features, differences and benefits of gas flares. Find out how our products can help you make your work safer, more efficient and more user-friendly.

Fill in the form and watch our video now!

Gasfackel-Produktdemonstartion-Produktdemonstration

Download

Download - Annotated extract from the EU Methane Regulation

We have an annotated extract from the EU Methane Regulation, specifically relating to the oil and gas sector, for you to download. With our assessments and ideas regarding requirements for measurement, reporting and verification.

Download

Download - Full EU Methane Emission Regulation

We have the current and adopted EU Methane Regulation for you to download here.
REGULATION (EU) 2024/1787 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 13 June 2024 on the reduction of methane emissions in the energy sector and amending Regulation (EU) 2019/942

Good to know

Our blogs provide you with a concise, clear and topic-specific overview of the latest regulations.
Blog

G 465-3: Gas leak detection, classification and response measures

Once a gas leak has been detected (gas indication) as part of a gas pipeline network inspection (G 465-1) or a methane emission survey (G 465-5), the leak must be located and classified. The DVGW G 465-3 technical note describes the correct procedure for pinpointing the location of the gas leak, classifying the potential hazard, and the necessary safety measures and repair times. What to do in the event of a gas leak? To locate the point of the leak,

Read More »
3. June 2026
Blog

G 465-1 and G 465-5: Combination of safety assessment and emission determination

G 465-1: Safety-related inspection DVGW Worksheet G 465-1 describes both scheduled and unscheduled, situation-dependent inspections of gas pipeline networks with an operating pressure of up to 16 bar. This worksheet is and remains the basis for the safety inspection of the entire gas network, from distribution up to and including the network connection. The currently valid version G 465-1 05/2019 specifies inspection intervals for areas within and outside built-up areas, network connections and also exposed pipes, which are essentially determined

Read More »
21. April 2026
Baustellenfahrzeug Dokumentation mit dem Handy via Foto upload. Alternative, direkt vom Messgerät ins Büro.
Blog

Measure, send, done: simple and legally compliant construction site documentation

The on-site inspection has been completed and passed. Now comes the part that is often neglected in the hustle and bustle of everyday life: documentation. A printout of the inspection report on thermal paper, which is then quickly photographed, or handwritten notes that have to be typed up later. All of this costs valuable time. If damage occurs later, the search for the cause begins. In the process of investigating the cause, the contracted companies quickly come under scrutiny from

Read More »
2. April 2026

ANALYSIS & REPORT

Create and send methane emission reports directly with our devices

With the implementation of the new EU Methane Regulation, companies are now responsible for setting up stricter systems for detecting, measuring and reporting methane emissions. This regulation not only obliges companies to identify and reduce emissions, but also to document and report them accurately and verifiably.

HUNTER NGP Menue

Our OLLI, HUNTER and Laser HUNTER devices have been developed to help companies fulfil the requirements of the industry. These systems are not only used for LDAR campaigns, but can also send emission reports instantly and securely thanks to their wireless data transmission and integration with Esders Connect.

HUNTER Gas detection & gas measurement device
HUNTER Gas detection & gas measurement device
Gas detection & gas measurement device for the inspection of underground gas pipes using suitable probes (e. g. carpet probe). With built-in diaphragm pump, wireless data transfer and rechargeable Li-Ion battery. The device can be equipped with additional sensors to enable further applications. The following applications are possible: - Inspection of underground pipes - Inspection of accessible pipes in buildings - Inspection of accessible pipes on plants, etc. - Inspection of ground soil for pinpointing (optional) - Purging of gas pipes (optional, only in combination with pinpointing) Operating approx. 10 hours Measurement ranges depending on built-in sensors Dimensions (LxWxH): 100 x 195 x 86 mm Weight: 1.1 kg Temperature range: -10°C to 50°C
Laser HUNTER Gas detection & Gas measurement device
Laser HUNTER Gas detection & Gas measurement device
Highly sensitive and selective gas detection & gas measurement device with laser technology for the inspection of underground gas pipes using suitable probes (e. g. carpet probe). The device can also be used for the vehicle-based pipeline inspection. With built-in diaphragm pump, wireless data transfer and rechargeable Li-Ion battery. One out of two different laser modules can be assembled: - single laser module for methane or - dual laser module for methane & ethane Moreover, the device can be equipped with additional sensors to enable further applications. The following applications are possible: - Testing of underground pipes - Testing of exposed pipes in buildings or outdoors - Testing of soil air for localisation (optional) - Purging of gas pipes (optional, only in combination with soil air testing) - Quantification in underground or above-ground installations (optional) - Recording of methane peaks (optional) - Gas analysis (with dual laser module) Operating time: up to 10 hours Measurement range: depending on built-invsensors Dimensions (LxWxH): 143 x 240 x 85 mm Weight: 2.1 kg Temperature ranges: 0 °C to 40 °C (dual laser module) -10 °C to 50 °C (single laser module)
Envío de informes de emisiones a través de Esders Connect
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ONE MORE STEP TOWARDS THE FUTURE

Gas leak detection

We are at home in the field of gas additive measurement technology and gas leak detection. Whether you need high-tech devices for pipeline inspections, indoor installations or gas pressure monitoring systems, we offer specialised devices for specific tasks as well as combination devices with a variety of sensors that can be adapted to almost any requirement and situation.

Einsatz Teppichsonde Pi NOTE

Pressure measurement

There are countless measuring devices and accessories for pressure testing, but not all of them fulfil the requirements for proper use in gas and water systems, transmission lines, distribution networks, connecting lines and domestic installations. In addition, the quality and accuracy of the devices and accessories you use will affect the duration and result of the pressure test. If your pressure tests need to comply with the UNE 60310, UNE 60311, UNE-EN 1610 or UNE EN 805 standards, Esders is your perfect partner.

Water leak detection

Detecting water leaks is crucial to maintaining the integrity of systems and preventing unnecessary losses. Finding and fixing leaks in time can prevent major damage and reduce water wastage. With our range of leak detection equipment and technologies, we guarantee the precision and efficiency required to identify even the smallest leaks in drinking water systems, distribution networks, irrigation systems, industrial plants and residential buildings. Our devices fulfil the strictest regulations and standards, guaranteeing reliable results and helping to conserve water resources.

We have a clear goal with the Green Deal!

Methaan emissie reductie

The EU Green Deal will put the Union on the path to climate neutrality by 2050 by comprehensively decarbonising all sectors of the economy. (Decarbonisation means reducing CO₂ emissions with the long-term goal of no longer emitting greenhouse gases from industrial activities).

Targets of the EU regulation to reduce methane emissions

With the Regulation of the European Parliament and of the Council on the reduction of methane emissions, the European Union has taken a major step forward and enshrined the goal of climate neutrality for the entire economy by 2050 in law. The binding target for 2030 is to reduce net greenhouse gas emissions by 55% by 2030 compared to 1990 levels.

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