New Delhi: Fresh details have emerged in the Delhi bomb blast case and the forensic analysis of the materials used in the explosive shows that three ingredients were used to make the bomb. It was reeled after the investigation of the white powder that was found at the scene near the CRPF school in Rohini.
The white power contained:
Hydrogen Peroxide (डाईड्रोजन पेरोक्साइड)
Borate (बोरेट)
Nitrate (नाइट्रेट)
These three chemicals were mixed together. Officials said that these are generally used in mining, and in beauty products.
Security agencies suspect that whoever gathered the materials for the blast had considerable knowledge of all these chemicals and these can be easily obtained, as they are commonly used in industrial work.
K-Link and Connection Of Lawrence Bishnoi To Delhi Blast
The probe has also found a Khalitani link to the bomb blast, sources told Times Now. It could have been done to send a message in retaliation for the killing of Khalistani sympathiser Hardeep Singh Nijjar. Moreover, a message from the Telegram app claiming these links is also being probed.
Sources told agencies believe that the usage of word 'hire' in the message hints at a possible link to the Lawrence Bishnoi gang as well who has been accused of "targeted killing" in Canada.
Meanwhile, according to sources in the Delhi Police, over 100 CCTV footages around the crime scene and on the routes leading to and from the location have been reviewed so far. No concrete suspects have been identified in the CCTV footage during the investigation.
Only blurry images of two individuals have been seen, but their faces are not visible. Forensic teams are using AI technology to modify the images.
The CRPF officials from the Institute of IED Management have conducted a ground assessment, while the NSG's Bomb Disposal Squad (BDS) is preparing to submit its final report to the Delhi Police.
The CRPF, with its expertise in ground assessment, and the Institute of IED Management's involvement, suggests a focus on understanding the blast's mechanics and origin.