ILKLEY’S MP is calling for a tougher stance on the sale, supply and production of the dangerous drug ‘Laughing Gas’.

Robbie Moore is asking the government to tighten up on regulating Nitrous Oxide cannisters, which people use to get high. At present there is no punishment for possession of equipment related to the substance despite its potentially deadly effects.

The drug, known informally as ‘Laughing Gas’ or ‘Nos’, is a colourless gas, usually inhaled through a balloon. The gas is contained in a metal cannister which is often discarded on the street after use.

Residents in Mr Moore’s constituency of Keighley and Ilkley have raised concerns about discarded cannisters and highlighted the risks associated with the casual use of the drug.

Drug abuse information website ‘Talk to Frank’ describes the drug as ‘highly dangerous’ and lists death as one of the most severe symptoms. Supply of the drug has been illegal since 2016 due to its psychoactive effect although it isn’t legally classed as a drug in the same way cannabis, ecstasy or cocaine is. Due to the use of the gas in catering, it is easy for people to get hold of.

Mr Moore said: “The laughing gas drug and its impact on our community is becoming too much. Hundreds of constituents I’ve spoken to have said the cannisters are being found far too often and this is not okay when we’re talking about an illegal substance.

“I will be participating in an all party parliamentary group of MPs who are keen to ensure we can eradicate the supply, sale and use of this drug from our streets.”

Ilkley District Councillor Kyle Green added: “The well documented casual use of this drug has been a part of the problem of anti social behaviour seen around the suspension bridge in Ilkley during periods of hot weather.

“I fully support Robbie Moore in pushing to see this drug targeted as part of wider efforts to help reclaim the Riverside Park areas for Ilkley residents.”

Last month the British Compressed Gases Association demanded the government issue an outright ban on the sale of nitrous oxide.