Scotland's new £10.5million fire training centre opens

The crews raced to a fire at a petrochemical facility and snatched a casualty to safety before dousing the flames during the realistic practical scenario.

They showcased their technical skills to mark the official launch of the Scottish Fire and Rescue Service’s new £10.5million facility at Newbridge, Edinburgh.

The facility is now the second largest fire training site in Scotland.

It will equip 1,600 personnel from across 65 fire stations with the knowledge and skills to respond safely and effectively to fires within domestic, industrial and commercial buildings.

Firefighters will also be trained to respond to a wide range of other incidents such as road traffic collision, urban search and rescue, mass decontamination, rope rescue and water rescue.

And they will further be equipped to use new firefighting technologies such as Ultra High-Pressure Lances (UHPL).

Community Safety Minister Ash Denham was joined at the official opening by SFRS Board Chair Dr Kirsty Darwent and Chief Officer Martin Blunden.

Community Safety Minister Ash Denham said: “I was very impressed to see firefighters being put through their paces at the new training facility.

“Training is an essential component in ensuring firefighters maintain the skills and professional competencies needed to keep our communities safe. Having these fantastic facilities in the east of Scotland also allows training to be delivered closer to home, enabling firefighters to spend less time away from their core duties and their families.”

Chief Officer Blunden said: “This state-of-the-art training facility will ensure our firefighters receive the best training to respond to a very wide spread of emergency incidents including water rescue and urban search and rescue.

“It will also support a total of 42,000 training hours each year for those 1,600 operation personnel. It is imperative that they are equipped with the skills and the knowledge to stay safe when responding to some of the most challenging and dynamic incidents."