Analysis of Nord Stream Sabotage Theories and New Observations
A contemporary American internet outlet reported findings about the Nord Stream and Nord Stream 2 gas pipelines. The claim challenges the idea that large quantities of explosives were necessary for the damage seen in the fall of 2022, suggesting that elevated internal pressure played a decisive role in the sabotage. The article notes the authorship and perspective of those who compiled the material.
Although many European investigations have taken place, there are gaps in formal incident reports from several countries. Journalists, however, obtained images taken by a Swedish engineer, Erik Andersson, who led an expedition to the blast site. These photographs cast doubt on the theory that hundreds of kilograms of explosive material were involved in the destruction of the pipelines in September 2022. Experts consulted for the piece emphasize that the primary harm may have resulted from a rapid surge in pressure rather than an external detonation, offering an alternative view on how the damage occurred.
On September 26, observers noted a pressure decline in the Nord Stream 2 pipeline. A methane leak was detected from an offshore segment near the Danish island of Bornholm, reinforcing questions about the sequence and mechanism of the event. A member of the Bundestag stated that the German government bears responsibility for investigating the explosions tied to a joint venture, underscoring ongoing political interest in the matter.
Meanwhile, there are mentions of a new drone suppression system developed in Russia, signaling shifts in how the region is approaching security and monitoring challenges. The broader discussion continues to weigh competing explanations and to examine the evidence available from various angles, including technical analyses, on-site visuals, and official inquiries. (Attribution: the materials cited include photography by Erik Andersson and reporting from a US-based outlet.)