MP seeks answers over fatal house explosion
An MP said he would investigate how a fatal house explosion happened, which has left neighbours unable to return home.
One man died and a woman was critically injured in the blast on Cleat Hill in Bedford on Saturday.
In July, residents evacuated their homes when contractors struck a pocket of natural gas while drilling a borehole at a property to install a heat pump. Saturday's explosion occurred at the same place, neighbours told the BBC.
Richard Fuller, MP for North Bedfordshire, said: "Here we are, a few weeks later, with a very similar looking incident with very tragic outcome. Why was that allowed to happen?" The Health and Safety Executive (HSE) said it was helping police inquiries.
In the summer, residents were told gas was found 100m (328ft) underground, which was then capped to control the release.
At the time, the discovery was described as a "one in a million" incident by the fire service.
Conservative MP Fuller said: "We need to look at why mistakes potentially were made in the assessment of the situation in the summer and the situation we find ourselves in now.
"That's where I will be asking the government some questions, to really get to the bottom of what those assessments were."
Some Cleat Hill residents have been concerned it could be weeks before they can return home and criticised the lack of information from authorities.
The MP added: "The main immediate issue is to make sure my local residents get the chance to get back into their home and there's a schedule for people to do that.
"There is a gap in information, particularly from the Health and Safety Executive. I would urge [it] to reach out perhaps with daily updates, so people know what's going on."
A HSE spokesperson said: “We are supporting the police-led investigation, providing technical expertise in connection with the explosion."
It added there was a separate investigation under way into the circumstances of the leak in July.
Follow Beds, Herts and Bucks news on BBC Sounds, Facebook, Instagram and X.