2017 fire in West London
via Wikipedia infobox
On 14 June 2017, a high-rise fire broke out in the 24-storey Grenfell Tower block of flats in North Kensington, West London, England, at 00:54 BST and burned for 60 hours. Seventy people died at the scene and two people died later in hospital, with more than 70 injured and 223 escaping. It was the deadliest structural fire in the United Kingdom since the 1988 Piper Alpha oil-platform disaster and the worst UK residential fire since the Blitz of World War II. The fire was declared a major incident, with more than 250 London Fire Brigade firefighters and 70 fire engines from stations across Greater London involved in efforts to control it and rescue residents. More than 100 London Ambulance Service crews on at least 20 ambulances attended, joined by specialist paramedics from the Hazardous Area Response Team. The Metropolitan Police and London's Air Ambulance also assisted.
The fire is the subject of multiple complex investigations by the police, a public inquiry, and coroner's inquests. Among the many issues investigated are the management of the building by the Kensington and Chelsea London Borough Council and Kensington and Chelsea TMO (the tenant management organisation, which was responsible for the borough's council housing), the responses of the Fire Brigade, other government agencies, deregulation policy, building inspections, adequate budgeting, fire safety systems, the materials used, companies installing, selling and manufacturing the cladding, and failures in communications, advice given or decisions made by office holders. Parliament commissioned an independent review of building regulations and fire safety, which published a report in May 2018. In the UK and internationally, governments have investigated tower blocks with similar cladding. Efforts to replace the cladding on these buildings are ongoing. A side effect of this has been hardship caused by the United Kingdom cladding crisis.
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).