Explosion risk in the sewage treatment plant Schönerlinde: fire brigade in large -scale use!

Explosion risk in the sewage treatment plant Schönerlinde: fire brigade in large -scale use!

A great commitment of the fire brigade made the sewage treatment plant in Schönerlinde near Wandlitz this morning. The fire brigade was alerted at around 7.45 a.m., since an acute Explosion Risk Risk Fall Rifeline was reported. The cause of this threatening Situation is a chemical reaction between sodium hydroxide solution and hydrogen, which has led to a potential danger of danger. The problem: there is a risk of explosion when an explosive atmosphere affects a possible source of ignition, as described in the definitions on wikipedia

The fast -term fire brigade reacted immediately and initiated extensive measures. In addition to the evacuation of the entire sewage plant, special forces for dangerous goods were consulted. These specialists carried out comprehensive measurements in order to better assess the extent of the danger. As can be seen from the reports, emergency services and the police were also used to control the situation.

explosion is a serious topic, especially in technical systems. According to chemistry school , the prerequisites for an explosion are an explosive atmosphere and a potential source of ignition that must be present at the same time. This is precisely assessed in preventive risk assessments. The composition of the explosive substance and the nature of the ignition sources play a significant role.

In the incident in Mühlenbecker Straße in Schönerlinde, it is currently being examined whether there is a danger for the residents. However, no precise information on possible injuries or further details about the reaction was published. As a rule, such danger areas are characterized by yellow-black warning signs to point out the exploding substances.

The measures to avoid explosions are an essential part of security management in chemical systems. These aim to prevent explosions from the outset or at least minimize their consequences. It remains to be seen which further knowledge is obtained from the ongoing exams and measurements.