What is the difference between aerial and ground-based leak surveys?
Aerial surveys cover hundreds of kilometers daily — ground patrols can't compete. Discover which method meets EU methane regulations.
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Archiv: Blog
What is surface area leak detection and how does it work?
Buried pipeline leaks are invisible above ground — surface area leak detection finds them before regulators do.
Why is methane leak detection important for gas distribution companies?
Undetected methane leaks cost gas companies revenue, safety, and regulatory fines — here's what modern detection demands.
Can LDAR programs reduce methane emissions and operational costs?
Discover how LDAR programs reduce methane leaks, avoid costly penalties, and lower operational expenses for gas network operators.
What are the MERR requirements for LDAR programs in 2026?
MERR 2026 LDAR rules bind EU gas operators to tighter survey cycles, detection thresholds, and penalties reaching 20% of turnover.
How often should gas operators conduct LDAR surveys under MERR?
MERR sets strict LDAR survey intervals for gas operators — here's what compliance actually demands.
When should gas operators prioritize methane leak repairs?
EU Methane Regulation sets strict repair timelines — learn how gas operators should classify and prioritize leaks before fines hit 20% of turnover.
What is the difference between OGI and sniffing methods in LDAR surveys?
OGI cameras visualize gas plumes remotely, while sniffing probes measure concentration on contact — discover which LDAR method fits your pipeline compliance needs.
How does an LDAR program work in gas transmission?
Discover how gas transmission LDAR programs systematically detect methane leaks—from aerial surveys to EU compliance.
How do you design a compliant LDAR program for existing sites?
EU Regulation 2024/1787 reshaped LDAR compliance — here's how to build a program that meets every requirement.