A petition calling for prime time TV warnings about carbon monoxide (CO) poisoning to save lives has been launched by Isle of Wight based campaigner, Stephanie Linda Trotter, OBE.

The petition urges the Government to provide warnings against the dangers of the carbon monoxide poisoning. The deadly gas can be emitted from faulty cooking or heating appliances powered by any carbon based fuel (such as gas, coal, wood, oil, diesel, petrol etc.).

Responsible for 50 deaths each year
It states that less than 2% of CO in the air can kill in between one and three minutes and these deaths and injuries cost the taxpayer £178 million a year.

In the UK, carbon monoxide poisoning is linked to around 50 deaths a year and more than 200 people go to hospital with suspected carbon monoxide poisoning.

Read the full article here.

Other news from around the country, another suspected carbon monoxide leak, read below.

Dartmouth fire crews called to suspected carbon monoxide leak

FIRE crews in Dartmouth were called on on Tuesday night after a suspected carbon monoxide leak at a property in the town.

Crews donned breathing apparatus and using a gas detector to check the property in Lower Street.
A fire service spokesman said: “Fortunately no gas was detected and the building was cleared of this danger and handed to a responsible person.”

They added: “Carbon monoxide is a gas that is invisible, odourless and tasteless. It is recommended that if you have a room that burns a solid fuel (i.e wood or coal) then you should have a carbon monoxide detector installed, also as gas appliances can emit carbon monoxide it is also encouraged that you should have one fitted in a room that has a gas fires or gas appliances (boiler).”

Read more at this link.

You can find out more and see more carbon monoxide articles here.

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A builder in his 60s has been given a suspended prison sentence after building work resulted in the death of a business owner in Wandsworth Road.

Muhammad Javid Butt, 63, was found slumped against the wall of Taniya Dry Cleaners on October 5 2013.

Officers were called to the scene, where they noticed a strong smell of gas inside.

They left the drycleaners and Mr Butt, of Wensleydale Avenue, Ilford, to retrieve gas masks from their vehicle.

London Fire Brigade crews were called to help move Mr Butt outside before paramedics attempted to resuscitate him.

A post-mortem examination gave cause of death as carbon monoxide poisoning.

Tests of the property showed that the carbon monoxide levels were 10 times greater than the minimum level required to be toxic to humans.

Enquiries revealed the boiler’s external flume, used to ventilate fumes, had been cut back to about 5ft above the ceiling during building works undertaken by 6699 Limited.

Builder with the firm Keith ‘Bruno’ Morris’, 66, of Ackland House, Beckenham, admitted to cutting the the pipe to make it safer for the builders to work around.

The 66-year-old pleaded guilty at the Old Bailey on Friday, April 29 and was sentenced on Tuesday May 31 to eight months imprisonment, suspended for two years.

He must carry out 200 hours of unpaid community work and pay £1,000 in costs.

The company pleaded guilty to failure to plan, manage and monitor works, contrary to regulation 13(2) of the Construction (Design and Management) Regulations 207 and section 33(1)(c) of the Health and Safety at Work Act 1974.

Sentencing for 6699 Limited will take place at the Old Bailey on Thursday, July 28.

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A Perth woman has suffered serious carbon monoxide poisoning after using a charcoal barbecue as a heater.

The incident has prompted health officials to warn against using outdoor appliances in enclosed areas.

Western Australia’s chief health officer Tarun Weeramanthri said burning fuels or using unflued heaters in non-ventilated areas can cause poisoning, which can lead to serious tissue damage and death.
A Perth woman has suffered serious carbon monoxide poisoning after using a charcoal barbecue as a heater inside her home (stock image)
A Perth woman has suffered serious carbon monoxide poisoning after using a charcoal barbecue as a heater inside her home (stock image)
Western Australia’s chief health officer Tarun Weeramanthri (pictured) said burning fuels or using unflued heaters in non-ventilated areas can cause poisoning, which can lead to serious tissue damage and death.

‘Somebody who is intoxicated or sleeping can die from carbon monoxide poisoning without ever experiencing symptoms,’ Professor Weeramanthri said, according to Perth Now.

‘Anybody who believes they might be experiencing carbon monoxide poisoning should go outside immediately and not return inside until they have recovered completely.

‘Once in the fresh air, recovery is usually fast so if this does not happen it is important to call Health Direct on 1800 022 222 or the Poisons Information Centre on 13 11 26.
CARBON MONOXIDE POISONING CASE STUDIES

In January 2011, a Queensland man died from suspected carbon monoxide poisoning caused by generator fumes while taking shelter from cyclone Yasi.

In 2009, a 43-year-old Sydney man died from carbon monoxide poisoning after using an outdoor charcoal barbeque inside his home.

During 2006-07, there were 365 public hospital cases for carbon monoxide poisonings recorded in Australia.

In the US around 30 deaths and 450 injuries each year are related to accidental carbon monoxide poisoning. Source: ACCC

The odourless, colourless and highly poisonous gas is produced by any fuel-burning appliance. Early symptoms include dizziness, nausea and confusion.

Carbon monoxide poisoning can cause heart disease and brain damage and is often deadly.

Read the full article at the Daily Mail

An interesting new development in further potential side effects of carbon monoxide poisoning. This time with a link to dementia as can be seen in the following article.

A CHARITY said an ‘urgent investigation’ is needed to see if there is a between carbon monoxide poisoning could cause dementia in a bid help protect the elderly and vulnerable people.

Carbon monoxide could be linked to dementia

Carbon monoxide is a colourless, odourless gas that can be toxic to humans and in large concentrations it is known to be a ‘stealth killer’.

The Gas Safety Trust has discussed carbon monoxide as being one of factors which could be affecting peoples’ cognitive function.

A study, published in the Emergency Medicine Journal has found 30 per cent of patients with acute carbon monoxide poisoning may experience the ’onset of neuropsychiatric symptoms’, including dementia.

It is also naturally produced within the body in small quantities, where it plays a number of important roles such as helping to regulate blood pressure.
Carbon monoxide is colourless and odourless

In the brain, carbon monoxide acts as a ‘chemical messenger’, helping nerve cells to communicate with each other.

Previous research has shown that people with Alzheimer’s have increased amounts of carbon monoxide in the brain, but it’s unclear whether this increase is a cause of damage or a result of disease processes.

But researchers from the University of Leeds have found that carbon monoxide found naturally in our bodies could help protect against damage from Alzheimer’s proteins.

Although fatal to people in large quantities, the study shows that the small amount of the gas present in our bodies may protect against the effects of the amyloid protein, a hallmark of Alzheimer’s disease.
Symptoms of dementia include memory impairment

The research, first published in 2014, was funded by Alzheimer’s Research UK and Alzheimer’s Society with support from The Henry Smith Charity, and was published in the journal Cell Death and Disease.

The NIHR Clinical Research Network: West Midlands and the Gas Safety Trust held a roundtable discussion in Birmingham on May 25, to consider carbon monoxide poisoning and the elderly and potential areas for research funding.

The meeting looked in particular at carbon monoxide in relation to the impact on peoples’ cognitive function as well as potential links to dementia.

Chaired by Dr Susan Bews, an independent Gas Safety Trust trustee, the event brought together local clinicians and researchers who have ideas for research in the area.

Symptoms of dementia and CO poisoning are similar

Dr Susan Bews, Gas Safety Trust said: “It is clear that there is a lot that we still do not understand about a possible link between carbon monoxide poisoning and dementia.

“We had a lively and stimulating debate which the Gas Safety Trust hopes will lead to concrete, valuable and feasible research proposals.

“Elderly people represent one of the most vulnerable and at risk sections of society.

“With Public Health England projections suggesting that over one million people will have a diagnosis of dementia by 2025, it is clear that this discussion is both timely and urgently needed.

“It was very encouraging to hear the enthusiasm for further research into understanding the risks of low level carbon monoxide for the elderly and particularly the real commitment across a wide range of professionals to work together to reduce the risks for the more vulnerable, for example those with dementia.”

Read more of original publish at express.co.uk

Two great articles once again emphasising how dangerous carbon monoxide is to us and why it is imperative to stay aware and ensure the proper measurements are taken to protect our selves against co poisoning. Learn more about gas safety from here.

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Here are some interesting updates in the detection of carbon monoxide gases in the air. Being so difficult to detect, it requires special sensors and any update in this technology can only assist us all further. Get to know your device.

The detection of carbon monoxide (CO) in the air is a vital issue, as CO is a poisonous gas and an environmental pollutant. CO typically derives from the incomplete combustion of carbon-based fuels, such as cooking gas and gasoline; it has no odour, taste, or colour and hence it is difficult to detect. Scientists have been investigating sensors that can determine CO concentration, and a team from the Okinawa Institute of Science and Technology Graduate University (OIST), in tandem with the University of Toulouse, has found an innovative method to build such sensors.

As a tool for CO detection, scientists use extremely small wires: copper oxide nanowires. Copper oxide nanowires chemically react with CO, creating an electrical signal that can be used to quantify CO concentration. These nanowires are so thin that it is possible to fit more than 1,000 of them in the average thickness of a human hair.

Two issues have hampered the use of nanowires. “The first problem is the integration of nanowires into devices that are big enough to be handled and that can also be easily mass produced,” said Prof Mukhles Sowwan, director of the Nanoparticles by Design Unit at OIST. “The second issue is the ability to control the number and position of nanowires in such devices.” Both these difficulties might have been solved by Dr Stephan Steinhauer, postdoctoral scholar at OIST, together with Prof Sowwan, and researchers from the University of Toulouse. They recently published their research in the journal ACS Sensors.

“To create copper oxide nanowires, you need to heat neighbouring copper microstructures. Starting from the microstructures, the nanowires grow and bridge the gap between the microstructures, forming an electrical connection between them,” Dr Steinhauer explained. “We integrated copper microstructures on a micro-hotplate, developed by the University of Toulouse. A micro-hotplate is a thin membrane that can heat up to several hundred Celsius degrees, but with very low power consumption.” Thanks to the micro-hotplate, researchers have a high degree of control over the quantity and position of the nanowires. Also, the micro-hotplate provides scientists with data on the electrical signal that goes through the nanowires.

The final result is an exceptionally sensitive device, capable of detecting very low concentrations of CO. “Potentially, miniaturized CO sensors that integrate copper oxide nanowires with micro-hotplates are the first step towards the next generation of gas sensors,” Prof Sowwan commented. “In contrast to other techniques, our approach is cost effective and suitable for mass production.”

This new method could also help scientists in better understanding the sensor lifetime. The performance of a sensor decreases overtime, and this is a major issue in gas sensing. Data obtained with this method could help scientists in understanding the mechanisms behind such phenomenon, providing them with information that starts at the very beginning of the sensor lifetime.

Story Source:

The above post is reprinted from materials provided by Okinawa Institute of Science and Technology Graduate University – OIST. Note: Materials may be edited for content and length.

---

Journal Reference:

1. Stephan Steinhauer, Audrey Chapelle, Philippe Menini, Mukhles Sowwan. Local CuO Nanowire Growth on Microhotplates: In Situ Electrical Measurements and Gas Sensing Application. ACS Sensors, 2016; DOI: 10.1021/acssensors.6b00042

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Hopefully we will start to see newer technologies in available carbon monoxide alarms in the near future. Stay up to date at the ccmd blogspot.

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REXBURG, Idaho — It was a normal Sunday for Chris and Julia Marcum. They ate breakfast and spent some time playing with their young daughters before church.

What they didn’t know was there was an invisible danger lurking in their home and it’s likely a small detector saved their lives.

“At first I couldn’t really find what the noise was,” Chris Marcum tells EastIdahoNews.com. “We actually had recently purchased our carbon monoxide detector like a month and a half ago.”

The detector was left forgotten in the Marcum’s furnace room until Sunday, May 15 when carbon monoxide levels became life threatening and the alarm started to sound.

“My husband was like, ‘Everyone get out of the house,’” Julie Marcum says. “I got the baby up from her nap, grabbed the dog and my six-year-old was already outside crying. I think she thought our house was on fire.”

The Madison County Fire Department responded to the house and found the furnace was leaking carbon monoxide.

“It still feels kind of surreal – like we were actually in danger,” Chris says. “That day felt like just a normal day and there was nothing special about it. That’s how it would have felt even if we didn’t have it (the detector), I’m grateful that we did get the detector when we did.”

Madison County assistant fire chief Mikel Walker says this situation is a reminder of how important it is that gas appliances are installed properly and maintained.

“Make sure that your stuff is vented, your furnace is vented properly and your gas stove is vented if it has a chimney,” Walker says. “If your alarm goes off, open your windows, call the fire department, exit the house and protect yourself.”

The Marcum’s two-year-old daughter did get sick from the carbon monoxide but she has recovered and is doing well now.

The family says they’re grateful to be alive and hope those who don’t have smoke detectors will consider getting the life-saving tools.

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Brand new carbon monoxide detector saves family

Great news for Barrie in Canada with the fire service having been given more than 100 CO alarms for distribution to help with the battle against carbon monoxide. Install your sensor as soon as possible

(STAFF) – The Barrie Fire & Emergency Service received a special lifesaving delivery Friday morning.

The service received a donation of more than 100 carbon monoxide detectors courtesy of the Insurance Bureau of Canada.

Barrie MPP Ann Hoggarth was on hand, along with the bureau’s manager of government relations, Matt Hiraishi, to do the honours at the service’s Dunlop Street headquarters.

The donation is part of an awareness campaign regarding the dozens of deaths each year in Canada attributed to the deadly gas.

In 2013, the province passed Bill 77- The Hawkins Gignac Act making CO detectors mandatory in all homes heated by fossil fuels, or have an attached garage.

The legislation was named in honour of Richard and Laurie Hawkins and their two children who died as a result of CO poisoning in 2008. Laurie Hawkins was an OPP officer. Their Woodstock home did not have a CO detector.

Thanks to @AnnHoggarthMPP & @InsuranceBureau for donation of 100+ #CO alarms. #WeAreGoingToMakeTheSilentKillerNoisy pic.twitter.com/DRp5ao0fKw
— Barrie Fire (@Barrie_Fire) May 20, 2016

“What we are doing today reinforces Ontario’s role as this country’s public safety leader,” said Hoggarth. “Our message is simple: If you don’t have a CO alarm in your home, get one. It might end up being one of the most important decisions you make.”

The city fire service plans to distribute the detectors during an awareness week in October.

“As we head into the first long weekend of the cottage season, it’s important to remember that the only way to make the silent killer noisy is with a working carbon monoxide alarm,” said Barrie Fire Chief Bill Boyes, adding alarms should also should be installed at the cottage or trailer.

To date, Hiraishi said more than 60,000 alarms have been donated in more than 60 communities provincewide.

Facts:

More than 50 people die each year from CO poisoning in Canada, including 11 on average in Ontario
Residents have a responsibility to know about the dangers of CO and that an alarm is a good second line of defence, but not a substitute for the proper care and maintenance of fuel burning appliances.

Continue reading this article here…

It is time to take carbon monoxide seriously and not to carry on thinking it won’t happen to you. Visit the news feed here for more help.

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A COUNCIL has been accused of dodging its own rules and risking tenants’ safety by failing to fit carbon monoxide detectors in its housing stock.

During a cabinet meeting last month, Castle Point Council introduced Government legislation stating that private landlords need to fit detectors in properties with a solid fuel burning appliance.

Landlords breaching the Smoke and Carbon Monoxide Alarm Regulations 2015 can be fined up to £5,000.

A loophole means that council homes are exempt from the regulations.

However, Basildon Council and South Essex Homes, which manages Southend Council’s housing stock, have both installed the detectors anyway.

Rochford Housing Association, which bought Rochford Council’s housing supply in 2007, said it has also has fitted them to all properties.

A Castle Point council spokesman told the Echo it is considering installing the detectors in light of the new legislation.

She said: “The council housing stock does not come under the legislation which has recently been introduced for properties available in the private rental sector.

“However, whilst we don’t currently have carbon monoxide detectors in our properties we are considering a programme of works to implement these within relevant properties.

“In the meantime we have a very proactive programme of regular gas safety checks across all our properties where gas is installed, whereby the annual checks are now undertaken on a rolling ten month basis.”

“We have also committed to an extensive programme of boiler replacements which commenced last year to bring all our boilers to a better standard.”

Dave Blackwell, leader of the Canvey Independent Party, said he is disappointed the authority is “taking a chance with residents’ safety.”

He has urged the council to act quickly to resolve the issue.

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While we have some councils, perhaps, shirking their responsibilities in fitting co alarms, the Shropshire fire and rescue service have recently launched a campaign to raise the awareness of carbon monoxide poisoning, see below. Learn more at our Tumblr blog.

 

Shropshire Fire and Rescue Service has launched a campaign aimed at raising awareness of carbon monoxide poisoning. Laura Kavanagh-Jones from SFRS’s Prevention team said: “Carbon Monoxide is a deadly gas that you can’t see, smell or taste.

Too many people are dying or suffering needlessly from carbon monoxide poisoning. That’s why I am urging every resident in Shropshire to make sure they and their loved ones are protected by installing an audible carbon monoxide alarm.”

Carbon monoxide is produced when fuels such as gas, oil, charcoal, coal and wood do not burn completely. The most common cause of this is when an appliance, such as a boiler or cooker, is installed incorrectly or poorly maintained.

The deadly gas can also build up when flues, chimneys or vents are blocked. As carbon monoxide has no smell, colour or taste and can seep through walls, installing an audible alarm that sounds when the gas is present is the only way to make sure you are protected.

The gas can be produced by any fuel-burning appliance – such as a boiler, cooker or fire – which is faulty or doesn’t have adequate ventilation.

Full article can be read here…

What we can conclude is that having any kind of carbon monoxide device in the household and workplace is vitally important. One of these safety devices can save lives so buy yours as soon as possible.

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How carbon monoxide detectors work

Carbon monoxide is a killer. This colorless, odorless gas is a normal side product of the combustion of things such as the gas or oil that heats your house. Normally, this is only released in very small amounts and is dispersed into the atmosphere through a vent or chimney. However, if a heater is only partially burning fuel or there isn’t enough ventilation, it can quickly become a problem, because even small amounts can be fatal. That’s why laws were passed that required carbon monoxide detectors to be fitted to most homes, offices and other buildings. Let’s look at how these devices detect this stealthy killer.

How carbon monoxide kills

Carbon monoxide is a stealthy killer. An amount as low as 10 parts per million (ppm) can cause headaches, and 600 ppm levels can quickly lead to unconsciousness and, eventually, death. That’s how it kills most people: it puts them to sleep, then kills them while they sleep. The effect of low concentrations mounts over time, with even a very low concentration causing adverse effects if you are exposed for long enough. That’s because of the sneaky way it harms the body.

Carbon monoxide blocks the ability of your blood to carry oxygen, replacing the spot that oxygen takes on the hemoglobin in your red blood cells. This iron-rich compound is how your blood carries oxygen around the body, and carbon monoxide bonds to hemoglobin much tighter than oxygen alone. Over time, as more and more hemoglobin is blocked from doing its job by carbon monoxide, your blood just can’t carry enough oxygen to keep your tissues going, especially the brain. They begin to fail, causing headaches, nausea, unconsciousness, and eventually, death.

How carbon monoxide detectors work

 

There are several different ways to detect carbon monoxide, but most home carbon monoxide detectors use an electrochemical sensor. These rely on how the behavior of a chemical changes when carbon monoxide is around.

Inside the carbon monoxide alarm is a small sensor with three electrodes on it. These three electrodes lead into a container of a chemical called the electrolyte. This container is gas permeable, meaning that gas from the atmosphere can pass freely into and out of it. A small voltage is applied between two of the electrodes (called the working and the reference electrodes). When carbon monoxide enters the sensor, it reacts with the oxygen also present in the atmosphere, releasing an electron and creating a small current between the electrodes. Some sensors use electrodes coated with platinum or other metals that catalyze the reaction of carbon monoxide and oxygen, helping it to happen quicker than it would normally.

This small current is what a carbon monoxide detector is looking for. It uses this to measure the amount of carbon monoxide: the more of it there is in the air, the more current the sensor generates. Some sensors show you the carbon monoxide level on a display: a useful feature that helps to reassure that the sensor is working. When the current (and thus the carbon monoxide level) has reached a certain level, it triggers the alarm. Typically, they will sound the alarm immediately if they measure a level of above 400 ppm.

It isn’t just a case of raising the alarm once the amount goes over a certain level, though. As well as warning you if the level of carbon monoxide suddenly rises, a carbon monoxide detector should also warn you if it detects a low level over a long period, because this could indicate that the carbon monoxide being produced by a heater or other combustion source is not being dissipated as it should. Typically, a good carbon monoxide alarm will warn you if it detects a level of above 20 ppm for longer than a couple of hours.

Read the full article here How Carbon Monoxide Detectors Work ,originally published on Cnet.com

Please continue reading the article at the above link as it gives even further understanding of carbon monoxide and hopefully, once again, highlights the dangers of this gas. Having a working carbon monoxide alarm is critical in maintaining your household safety, choose yours today.

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Father of teacher killed by  carbon monoxide poisoning calls for national campaign

A man whose daughter was killed by carbon monoxide poisoning has called for greater awareness among Brits abroad.

Mark Dingley spoke at Westminster last week at an event convened by the All Party Parliamentary Carbon Monoxide Group (APPCOG).

Mr Dingley’s daughter Francesca died in Chengdu, China, in February 2015 aged 22, having just moved to the country to start work as an English teacher.

She was killed in her flat by carbon monoxide fumes from an incorrectly installed water heater.

Mr Dingley urged for alarms to be seen as “essential” travel items and for the industry to do more to encourage the public to take detectors with them when they go abroad.

He said: “People die needlessly from carbon monoxide simply because they know nothing about it.

“Educating the general population is key, the government, travel industry and energy suppliers could all do far more to raise awareness.

“We would like to see prominent and robust warnings in government travel advice, at airports and in ferry terminals, in railway and bus stations, in holiday brochures and on travel websites. Detectors should be available in the shops at airports and ferry terminals as well as in the travel sections of large retailers.”

Mr Dingley called for a national advertising campaign, and said advice on government websites must be delivered more forcefully.

On its website, the Foreign Office recommends those living in China should ensure their home contains a working carbon monoxide alarm.

David Burrowes, MP for Enfield Southgate and APPCOG member, said: “I was pleased to bring the Dingley family’s tragic loss to the attention of Parliament so that vital lifesaving lessons are learned.

“We are calling for action from the travel industry to make holiday and longer stay destinations safer, and for more awareness about the risks amongst the wider population, in order to empower people to protect themselves from the silent killer, both at home and abroad.

Please read the full article here…

All of us should be remaining aware, not just for ourselves but also for friends and family. You, or someone you know is probably going on holiday some time soon. Ensure they are aware of the risks of carbon monoxide when staying in hotels or camping. You can take a carbon monoxide alarm with you. Many places do not have the strict regulations this country has or have things made to British standard and you cannot rely on the hope that other people have done their jobs correctly. Mistakes do happen, don’t let this kind of tragedy happen to you. Carbon monoxide news stories here.

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How carbon monoxide kills firefighters
Understanding how carbon monoxide attacks the body is the first step in protecting against it

While looking for an SOP on a large metropolitan fire department’s website, I stumbled across something unrelated that caught my eye. This SOP was from a fire department I highly respect as leaders in safety and employee health.

To my surprise I noticed an SOP allowing for firefighters to remove their SCBA if the carbon monoxide level is less than 50 ppm in the sampling. It is commendable that a fire agency is addressing the exposure of CO and following OSHA’s permissible exposure limit of 50 parts per million over an 8-hour time frame.
Operational SOPs really need to look at the science and at the long-term and chronic exposure issues involving CO.

There has been excellent work done to identify the risk associated with CO from a knock down or acute illness standpoint. Yet some of the finer details are often missed in the attempt to get the message across.

This is due to a lack of surveillance on exposures and patient outcomes by federal agencies. It’s especially true when it comes to firefighters, as only a handful of NIOSH and NIST investigators really understand the fire service’s challenges with exposures to chemicals and suppression activities.

Many of these findings don’t make it into rehab policies. Therefore, the two insidious effects of exposure to carbon monoxide often go unrecognized in the fire service.

Hemoglobin geometry

The first of these relates to molecular change. Somewhere in EMT training you learned that CO has an affinity for hemoglobin 150 to 200 times higher than oxygen depending on the source.

What escapes a lot of educational programs on this is that when CO binds to hemoglobin, it also changes the geometry of the hemoglobin molecule.

The normal geometry of the hemoglobin molecule carrying oxygen and carbon dioxide is designed to travel swiftly and unobstructed through our blood vessels and capillary beds, even passing around the changes in arteries and veins as they become embedded with plaque.

The geometrical change in hemoglobin caused by carbon monoxide makes it harder to pass swiftly through the blood vessels and lends itself to clumping together, resulting often in a clot or obstruction. And the geometry change tends to make it sticky.

Couple this with someone with underlying heart disease and the other fire gases that can stop cellular activity and trigger low blood pressure, and you have a line of duty death categorized as cardiac when in fact it maybe toxicology related.

There is suspicion the extended time CO stays in the blood stream maybe be a causal factor in day-later deaths.

A radical CO

A second carbon monoxide lurking on the fire scene is known as CO in the radical form. If you have taken a fire chemistry course, one of the principle concepts is the formation of compounds or elements that are called free radicals.

Free radicals are atoms or groups of atoms with an odd (unpaired) number of electrons and can form when oxygen interacts with certain molecules. Fire often provides the environment that uses oxygen to create these free radicals.

Once formed, these highly reactive radicals can start a chain reaction damaging cells, tissue and organs. Free radicals like carbon monoxide like to attack tissue and cells.

A favorite target for the radical CO is the myelin sheath of a nerve cell.

A myelin sheath is like the insulation on a wire; it ensures the electricity or nerve impulse gets to site of where it is used. When a wire’s insulation has a hole in it, the electrical signal is interrupted or delayed, often going somewhere it should not.

The full article can be read here…

Most of us only learn of carbon monoxide when we are exposed to it in our homes but it is often the fire brigade that is a port of call when these situations are triggered. Below, residents had lucky escape thanks to firefighters discovered elevated carbon monoxide levels in these homes.

Carbon-monoxide levels spike; residents ‘lucky’ they were out

Leominster Fire Department Lt. Jay Leblanc measures the airflow around the door of a home on 23 Fairmont St. that was found to have dangerously high levels of carbon monoxide leaking from a broken exhaust pipe on a heating unit. SENTINEL & ENTERPRISE / SCOTT LAPRADE

LEOMINSTER – When firefighters responded to a call of elevated carbonmonoxide levels at a three-family home Wednesday morning, they were relieved to find no one home after detecting extremely high levels of the deadly gas.

“They were lucky,” Deputy Fire Chief Scott Cordio about residents of the triple-decker at 23 Fairmont St. “If anyone was in the home, the situation could have been very dangerous.”

Carbon-monoxide levels in the home were measured by responding firefighters at 500 parts per million, he said. The state considers levels below 9 parts per million to be safe.

Cordio said the department was alerted to the problem when the homeowners went to check on the unoccupied first-floor unit after hearing the carbon- monoxide detectors going off.

Read the full article on this page
We cannot always rely on the fire service to be there for us or to find carbon monoxide leaks in time. It is on ourselves to look after our households and work places to ensure everyone in our surroundings is safe from CO poisoning and to test our carbon monoxide alarms

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VERNONIA, Ore. (KOIN) — Camping season is upon us and one Oregon woman is helping raise awareness about a silent killer that left her partner dead in his RV.

Elana Brasure says her partner Daryl was the family’s rock.

“We met in the 6th grade,” Brasure told KOIN 6 News. “I paid 25 cents to kiss him and we wound up being true love, soulmates. He raised all 4 of my children as his own.”

He was also a big part of his step-grandkids’ lives. He used to take them camping in the same RV he used for a weekend of 4-wheeling with friends at Nicolai Mountain.

“He just never came home,” Brasure said.
Daryl said goodnight to his friends and climbed into the camper on a cold February night during the trip. He cranked on the furnace and went to sleep.

His best friend found him the next morning.

“We’d been in that motor home a zillion times,” Brasure said.

The family didn’t know the tasteless, odorless gas carbon monoxide killed Daryl until receiving the medical examiner’s report. Brasure says she wasn’t aware of carbon monoxide’s fatal risks and that a detector might have saved her partner’s life.

This article was originally published here.

Unfortunately, this is not the only case of carbon monoxide poisoning occuring while camping. There are numerous cases and below is another that resulted in tragedy. This story also mentions the great campaign Say No To CO which helps raise awareness and you can learn more about CO at this RSS Feed.

Loose Women speak to the man who lost his partner in a carbon monoxide camping tragedy
Tragedy struck campers Roland Wessling and Hazel Woodhams who lost her life due to CO poisoning inside her tent
Forensic scientist Roland Wessling appeared on Loose Women to warn about the dangers of carbon monoxide poisoning after his partner, Hazel Woodhams, tragically lost her life.

He expressed his support for the show’s carbon monoxide awareness campaign Say No To CO.

Roland told of his camping trip to Great Yarmouth with Hazel and how after they had finished with their coal barbecue and let it go cold that it was perfectly safe to bring into the tent to keep it dry.

But unfortunately the carbon monoxide from the barbecue inside the tent caused Hazel’s death.
Roland said of the tragic accident: “How I survived is completely unknown. Yeah a miracle to be honest… No medical person could understand how I survived this and Hazel didn’t, especially because Hazel was probably dead within 5-10 minutes.”

He described how he woke up dazed and sick: “It took me a very long time to regain consciousness properly and as soon as I was conscious enough to understand there was something seriously wrong.

“I turned around and I was only lying half inside my sleeping bag and I must have tried to get out at some point in the night but I’ve got no recollection and Hazel was just an arm length away from me and she was dead.”

Read the full story here…
Carbon monoxide is lethal and we will only stop these deaths through awareness. Taking a carbon monoxide alarm on camping trips is a great idea and will alert when there is a danger and will help to save lives, a lot of information can be read here.

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