NIA arrests key accused in narco terror case of J&K

Syed Saleem Jahangir Andrabi a resident of district Kupwara, J&K, had been on the run since June 2020

New Delhi, July 9

The National Investigation Agency (NIA) arrested a key absconding accused, carrying a reward for his arrest, in a narco-terror nexus case of Jammu & Kashmir, linked with Pakistan-based terrorist outfits, Lashkar-e-Taiba (LeT) and Hizbul Mujahideen (HM).
 

Syed Saleem Jahangir Andrabi a resident of district Kupwara, J&K, had been on the run since June 2020 and had subsequently been chargesheeted under various sections of NDPS Act, IPC and UA(P) Act in the case.
 

The NIA stated that his arrested has brought success in NIA’s efforts to destroy the narco-terror nexus and dismantle the ecosystem created in India by terrorist organisations based across the border.
 

NIA had taken over the investigation in the case on 26th June 2020 from the local police. It had, during investigation, found that Saleem Andarbi was part of a deep-rooted conspiracy for procuring and selling narcotic drugs and generating funds in J&K and other parts of India.
 

The conspiracy was hatched by drug smugglers in close association with operatives of banned terrorist outfits, LeT and HM, based across the border in Pakistan. Funds generated through the narcotics racket were pumped into J&K through a network of over ground workers (OGWS) for promoting terrorist violence, NIA’s investigations revealed.

The case was originally registered at the Handwara police station following the arrest of one Abdul
Momin Peer, after his Hyundai CRETA vehicle was intercepted by Police and Rs. 20,01,000 cash and 2
Kgs of Heroin were seized. On questioning, Abdul Momin Peer had led the police to the recovery of
another 15 kgs of Heroin and Rs. 1.15 Crores cash.
 

NIA has so far chargesheeted a total of 15 accused, through various chargesheets filed between December 2020 and February 2023, in the case, in which investigations are continuing.

Also Read

Stay in the know with our newsletter