Air tight boxes, trucks: How explosives were taken to J&K, Pg 9
An explosion at the Nowgam police station in Srinagar killed nine people after over 350 kg of ammonium nitrate and other explosives recovered from a terror module detonated. Police claim all SOPs were followed.
Explosives recovered from a Jaish-e-Mohammad-linked module (also linked to the Red Fort blast) were stored at Nowgam police station.
Materials included ammonium nitrate, chemicals, batteries, detonators, timers, transported over 1,000 km from Faridabad.
A massive explosion on Friday night killed nine people.
Police state they followed standard operating procedures (SOPs): sealed containers, small trucks, secured storage.
Samples were yet to be sent for forensic analysis, delaying court permission for destruction.
Officials emphasise that explosive materials cannot be destroyed without court approval; earlier similar cases show proactive action needed.
Past incidents indicate that large quantities of ammonium nitrate stored unsafely can lead to significant risk.
Detailed Insights:
Procedural requirements:
When material is seized during an investigation, items must be formally inventoried and sent for forensic testing.
Forensic analysis must confirm guilt and determine whether objects must be preserved as court evidence.
Explosive materials can be destroyed only after court orders, creating delays in high-risk cases.
Storage and safety challenges:
At Nowgam police station, explosive materials were stored in a designated malkhana (strong room).
Officials stated that the material was airtight-packed and precautions were taken, but the quantity posed inherent dangers.
The officer in charge could not move the material for destruction because forensic testing was pending.
Structural bottlenecks:
Current procedures require moving court for destruction only after forensic sampling; this slows action in cases with highly volatile substances.
Example cited: a previous ammonium nitrate seizure in the same area required proactive decision-making with bomb squads to safely neutralise the material.
Risk factors:
Ammonium nitrate is highly unstable in large quantities; poor ventilation or contamination can lead to accidental detonation.
Concentrated explosives storage at police stations increases casualty risk during unexpected blasts.
Scientific/Technical Concepts Involved:
Ammonium Nitrate: Chemical widely used in fertilizers; becomes a powerful explosive when mixed with fuel or contaminants.
Forensic Analysis: Scientific testing of recovered materials to link them to accused persons and determine legal handling.
Malkhana: Secure evidence storage room in police stations for seized items.