Both foam and powder extinguishers are commonly found in workplaces and public spaces across the UK, but which is best? Both types of extinguisher are suitable for use on most common fire risks, making them versatile, and a popular choice. Selecting the best fire-fighting solution for your organisation can be difficult and will depend on the type of environment and risks that exist.
Powder extinguishers are best suited to outdoor areas
Powder Fire Extinguishers
As the name suggests, powder extinguishers contain a dust like powder, which when discharged, forms a thin layer on top of the burning fuel. This layer absorbs heat and deprives the fire of oxygen, which prevents the continuation of the chemical process of combustion.
Powder fire extinguishers are available in a range of sizes
Pros of Powder Extinguishers
Powder extinguishers are versatile, being suitable for Class A, B, C fires and fires involving electrical equipment
Fluorine-Free
Powder units can be up to twice as effective against class A fires as foams
Does not freeze so can be used outside all year round
Britannia Fire has launched two eco-foam P50 Service-Free Fire Extinguishers: A-Foam and B-Foam. Like AFFF Foam, the medium in these units works by covering the fire, and forming a seal that cuts off the oxygen supply, and has a cooling effect.
Pros of Foam Extinguishers
Suitable for indoor use
Fluorine-Free
Suitable for indoor workplace environments with class A, B and live electrical equipment risks (select either A or B foam depending on the amount of class A or B risk)
Water Mist Fire Extinguishers – an Alternative to Powder and Foam
Water mist fire extinguishers are 100% environmentally friendly, as they contain only de-ionised water. Upon discharge, water mists therefore release no harmful substances, and leave no messy residue to clean up. The water they contain is de-ionised, and so does not conduct electricity. This means that they are also safe for use on live electrical equipment, making them an ideal replacement for the AFFF foam extinguishers.
An alternative solution to foam or powder fire extinguisher
Foam vs Powder Extinguishers – Which Extinguisher Should I Choose?
In premises where the fire risk assessment has identified only Class A and/or Class B risks plus fires involving electrical equipment, there are several types of fire extinguisher which may be suitable:
Ultimately, the type of extinguisher that needs to be installed on a premises will be determined by the risks identified by the fire risk assessment. Where there is overlap, and more than one type of extinguisher would be suitable, it is up to the responsible person to ensure that they have selected the most effective and appropriate fire-fighting solution for their organisation or property.
Powder extinguishers are often best for outdoor environments where there is a mixed fire risk. Water mist or eco-foam extinguishers are ideal for indoor spaces with common fire risks.
A powder extinguisher is used for tackling multiple types of fires. These versatile fire-fighting tools can extinguish Class A fires (involving solid materials like wood and paper), Class B fires (involving flammable liquids), Class C fires (involving gases), and fires involving live electrical equipment up to 1000V at a distance of 1m. When you discharge a powder extinguisher, it forms a thin layer on the burning fuel that absorbs heat and deprives the fire of oxygen, stopping the combustion process. Powder extinguishers are best suited for outdoor environments due to their messy discharge and potential respiratory irritation.
How many types of fire extinguishers are there?
There are several types of fire extinguishers available, each designed to combat specific fire risks. The main types include water, water mist, foam, powder, CO2 and wet chemical extinguishers. Each type works differently and targets specific fire classes. When selecting which of these types of fire extinguishers to install, you should always base your decision on the fire risk assessment for your premises. The number of types of fire extinguishers you might need depends on the various fire risks present in your environment, with some locations requiring multiple types for comprehensive protection.
How do water fire extinguishers work?
Water fire extinguishers work by cooling the burning material below its ignition temperature. When directed at a Class A fire (involving solid materials like wood, paper and textiles), the water absorbs heat from the fire, reducing the temperature and eventually extinguishing the flames. Traditional water extinguishers are not usually suitable for electrical fires as water conducts electricity, but specialised water mist extinguishers use de-ionised water that doesn’t conduct electricity, making them safe for use on electrical equipment. Understanding how water fire extinguishers work helps you determine when they’re appropriate to use in an emergency situation.
Which type of fire extinguisher should you use on live electrical equipment?
When dealing with fires involving live electrical equipment, you should use either a CO2, powder or any water-based extinguisher that has passed a di-electric test in accordance with BS-EN3. Essentially if an extinguisher is marked with the electrical symbol on the front or says it has been di-electrically tested, it is suitable.
What type of fire is a CO2 fire extinguisher used for?
A CO2 fire extinguisher is used for Class B fires involving flammable liquids and fires involving live electrical equipment. The type of fire a CO2 fire extinguisher is most effective against includes those involving electrical equipment, computers and other sensitive electronics where other extinguishing agents might cause damage. CO2 works by displacing oxygen, which starves the fire of one of the elements it needs to continue burning. Unlike powder extinguishers, CO2 extinguishers leave no residue, making them ideal for environments with expensive or sensitive equipment.
What is a dry powder extinguisher used for?
A dry powder extinguisher is used for fighting multiple classes of fire, making it one of the most versatile fire-fighting tools available. When asking what a dry powder extinguisher is used for, the answer includes Class A fires (involving solids like wood and paper), Class B fires (involving flammable liquids), Class C fires (involving gases), and fires involving live electrical equipment up to 1000V from 1m away. Dry powder extinguishers work by releasing a fine powder that forms a barrier between the fuel and oxygen, interrupting the chemical reaction occurring in the fire. They’re particularly valuable in outdoor settings and environments with mixed fire risks, though they should not be used indoors due to cleanup issues and respiratory concerns.
What is a dry chemical powder extinguisher used for?
A dry chemical powder extinguisher is used for combating multiple fire types in a variety of settings. When considering what a dry chemical powder extinguisher is used for, you should know these versatile units can tackle Class A fires (involving solid materials), Class B fires (involving flammable liquids), Class C fires (involving gases), and fires involving electrical equipment up to 1000V at 1m distance. The chemical powder works by interrupting the chemical reaction in the fire while also creating a barrier between the fuel and oxygen. These extinguishers are particularly effective outdoors where their discharge won’t cause visibility issues or respiratory concerns.
What type of fire is a powder extinguisher used for?
A powder extinguisher is used for multiple types of fires, making it highly versatile. When considering what type of fire a powder extinguisher is used for, the answer includes Class A fires (involving solid materials like wood and textiles), Class B fires (involving flammable liquids like petrol and oil), Class C fires (involving gases), and fires involving live electrical equipment up to 1000V when used from a distance of 1m. The powder works by forming a thin layer over the burning material, which absorbs heat and cuts off oxygen supply to the fire. This versatility makes powder extinguishers particularly valuable in environments with mixed fire risks, especially in outdoor settings where their discharge won’t cause visibility or respiratory issues.
What is a powder fire extinguisher not used for?
A powder fire extinguisher is not used for indoor fires in enclosed spaces, despite its versatility for multiple fire classes. Ideally they should not be used in confined areas where people might inhale the powder, which can irritate respiratory and digestive systems. They’re also not recommended for use on delicate equipment due to the difficult cleanup process after discharge. Powder extinguishers are not suitable for Class F fires involving cooking oils and fats. Additionally, they should not be used in situations where visibility is crucial, as the powder discharge can significantly reduce visibility in an enclosed space, potentially hampering evacuation efforts.
What is the ABC powder fire extinguisher used for?
An ABC powder fire extinguisher is used for tackling multiple fire types in a single unit. These versatile extinguishers can combat Class A fires (solid materials like wood, paper and textiles), Class B fires (flammable liquids like petrol and oil), and Class C fires (gases like propane and butane). Additionally, they’re safe for use on fires involving live electrical equipment up to 1000V when used from 1m away. The ABC designation refers to the fire classes the extinguisher can handle, making it a popular choice for locations with varied fire risks. These extinguishers work by releasing a powder that creates a barrier between the fire’s fuel and oxygen while simultaneously interrupting the chemical reaction of combustion.
What is a CO2 fire extinguisher not used for?
A CO2 fire extinguisher is not used for Class A fires involving solid materials like wood, paper and textiles. When asking what a CO2 fire extinguisher is not used for, you should know they have limited effectiveness on deep-seated Class A fires because they don’t provide the cooling effect needed to prevent re-ignition. CO2 extinguishers are also not suitable for Class F fires involving cooking oils and fats. They should not be used in confined spaces without proper ventilation, as they work by displacing oxygen, which can create asphyxiation hazards. Unlike powder, water mist or foam extinguishers that can handle multiple fire classes, CO2 extinguishers are specifically designed for Class B fires and fires involving electrical equipment, making them less versatile in mixed-risk environments.
What does a dry powder fire extinguisher contain?
A dry powder fire extinguisher contains a specialised dust-like powder, typically made of sodium bicarbonate, potassium bicarbonate or monoammonium phosphate, depending on the specific type and intended use. When asking what a dry powder fire extinguisher contains, it’s important to note that this powder is specially formulated to smother fires by forming a thin layer on the burning fuel when discharged. This layer absorbs heat and deprives the fire of oxygen, preventing the continuation of the combustion process. The powder is stored under pressure with nitrogen as the propellant gas. Unlike foam or water extinguishers, dry powder fire extinguishers contain no liquid components, allowing them to be used in freezing conditions outdoors all year round. Powder extinguishers do not contain toxic PFAS chemicals.
What is a foam extinguisher used for?
A foam extinguisher is used for fighting Class A fires (involving solid materials like wood and paper) and Class B fires (involving flammable liquids). When considering what a foam extinguisher is used for, you should know that modern environmentally friendly foam extinguishers, such as P50 A-Foam and B-Foam, work by covering the fire and forming a seal that cuts off the oxygen supply while also providing a cooling effect. Any extinguishers that have been di-electrically tested are also safe for use on live electrical equipment up to 1000V at a distance of 1m. Some foam variants offer the additional benefit of being suitable for Class F fires involving cooking oils.
What are the four types of fire extinguishers?
The four types of fire extinguishers most commonly found in workplaces and public spaces are water, foam, powder and CO2 extinguishers. When asking what are the four types of fire extinguishers, you should understand that each type serves specific purposes: water extinguishers are primarily for Class A fires (solids); foam extinguishers handle Class A and B fires (solids and liquids); powder extinguishers are versatile for Class A, B, C fires and electrical equipment; and CO2 extinguishers target Class B fires and electrical equipment. A fifth type, wet chemical extinguishers, is specifically designed for Class F fires involving cooking oils. Water mist is an additional type of fire extinguisher. Understanding the capabilities of these types of fire extinguishers helps you select the appropriate fire-fighting solution based on your specific fire risks.
What is a wet chemical fire extinguisher used for?
A wet chemical fire extinguisher is used primarily for Class F fires involving cooking oils and fats, making them essential in commercial kitchens and food preparation areas. When deployed, the wet chemical fire extinguisher releases a fine mist that cools the burning oil and undergoes a chemical reaction with the fat to create a soap-like substance that seals the surface and prevents re-ignition. These extinguishers are also effective on Class A fires involving solid materials. They provide a specialised solution for the unique risks posed by high-temperature cooking oils that traditional extinguishers might struggle to combat effectively.
What is the dry powder fire extinguisher class rating?
The dry powder fire extinguisher class rating typically includes Classes A, B and C, making it one of the most versatile extinguishers available. When looking at what the dry powder fire extinguisher class rating covers, you’ll find these extinguishers are suitable for Class A fires (involving solid materials like wood and paper), Class B fires (involving flammable liquids like petrol and oil), and Class C fires (involving gases like propane and butane). Additionally, they’re rated for use on fires involving live electrical equipment up to 1000V from a distance of 1m. This multi-class rating is why powder extinguishers are often chosen for environments with varied fire risks, particularly outdoor settings where their discharge won’t cause visibility or respiratory concerns.
What is the maximum gap allowed under a fire door?
The maximum gap allowed under a fire door is usually 10mm. However, this is not always the case. It is essential to consult the manufacturer’s guidance for the specific type of door that has been installed.
Why should I worry about the gap under my fire door?
Fire doors need a bit of a gap around them to swing freely above the floor covering. However, if the gap is too wide, the fire door’s effectiveness will be compromised. In that case, the door may not provide the protection that it should if a fire breaks out.
All Responsible Persons for fire safety have a legal obligation to maintain their fire doors in accordance with its certification. There is new legislation for the maintenance of fire doors in residential flats. As a result of this legislation, thorough fire door checks must be caried out every three months in properties over 11 meters high, or containing two or more separate dwellings. Consequently, if fire doors are found to be non-compliant, and there are no plans in place for repair or replacement, the Responsible Person could be prosecuted.
Are gaps allowed under fire doors?
Yes, fire doors should have gaps underneath them to allow free movement and ventilation. The allowance for the size of this gap varies between manufactures and must fall within the specified range for that door. Therefore, as recommended in BS 8214:2016 – 9.5.3, you should check requirements with your fire door manufacturer. This is the only way to ensure that every door on your premises is complaint. The door manufacturer should be able to give you specific advice for your circumstance.
If smoke protection is required by Building Regulations, the maximum gap underneath the fire door is reduced to 3mm.
How to fix fire door gaps
Surface mounted drop-down smoke seals or rebated drop-down smoke seals can be fitted to existing fire doors if the gap is too large. Usually suitable for gaps of up to 14mm, they can be attached to the bottom of the door. When the door closes, a plunger makes contact with the door frame and lowers the seal to the floor, closing the gap under the door.
Will a Carbon Monoxide alarm detect gas leaks? Carbon Monoxide detectors will only be activated by the presence of carbon monoxide gas (CO), which is the result of incomplete combustion. CO can be released by faulty fuel-burning appliances, such as gas stoves, boilers, and fire places. Carbon monoxide detectors will not detect gas leaks involving the natural gas (NG) or liquefied petroleum gas (LPG) which fuel household appliances, such as boilers.
A carbon monoxide alarm will not detect gas leaks
Why has my CO alarm not gone off during a gas leak?
An odorant is added to LPG and NG gas supplied to homes, because the gases are highly flammable and explosive. The unpleasant, sulphur-like smell is designed to alert occupiers to any leaks. Many people worry that there is a problem with their CO detectors when, even though they can smell gas, their CO alarm has not gone off.
However, in these scenarios, the CO alarm is not faulty. The detectors in these devices are only triggered by carbon monoxide, which is released by faulty fuel burning appliances. Carbon monoxide is colourless and has no smell, and therefore cannot be detected by humans, unlike a gas leak. Ensure your CO alarm is in good working order by pressing the ‘test’ button regularly. You should also check that the alarm is still ‘in date’ (CO alarms usually need replacing between 7 and 10 years after installation).
A digital CO alarm will display current CO levels at all times
How can I protect my family from carbon monoxide gas?
Carbon Monoxide has no colour, smell, or taste, but can kill within minutes of exposure. CO is a byproduct of incomplete combustion within faulty gas burning appliances, so there is no way to add an odorant to this deadly gas. The only way to detect Carbon Monoxide is with a CO detector. To protect your family from CO poisoning:
For more information about the dangers of Carbon Monoxide, and what to do if you are being exposed, read ‘Do I need a Carbon Monoxide alarm?’.
A carbon monoxide alarm can’t detect gas leaks, so how can a gas leak be detected?
Gas leaks can be incredibly dangerous, due to the explosive and flammable nature of component gases. While the strong smell added to these gases is designed to alert occupiers of the leak, this is unlikely to wake you if you are asleep. If you wish to protect your family against leaks of unburned gases, install a specialist gas detector in your home.
What to do if there is a gas leak in your home
If you smell gas in your home, it is likely that there is a gas leak. This could be in your home, or a neighbouring property. Open all windows and doors to dilute the concentrations of gas in the property. Do not light cigarettes or matches, or turn on any electrical devices. If possible, turn off the gas meter to stop more gas from entering, and alert neighbours to do the same until the source of the leak has been professionally identified.
Evacuate the property, and once outside the property, call your local GDN’s emergency number (Gas Distribution Network) as soon as possible.
Carbon monoxide (CO) gas is impossible to detect without an alarm and exposure can have serious health implications. Over 100 people in the UK have died from CO poisoning each year since 2010. The importance of having a CO alarm in your home should not be underestimated.
CO has no taste or smell – without a detector in your home, you cannot know if you are at risk
What is Carbon Monoxide?
Carbon monoxide (CO), also known as the Silent Killer, is a colourless, tasteless and odourless gas. Highly poisonous to humans and animals, carbon monoxide is produced when fuels are burnt without enough oxygen present. Common sources of CO include faulty gas cookers, gas boilers, chimneys and log burners.
Do I need a CO alarm?
CO is impossible to detect without a carbon monoxide alarm. Having your appliances properly serviced and maintained each year is important but it is not a guarantee that you will be safe. Faults can, and do develop between inspections, potentially exposing you and your family to this deadly gas.
If you’re a home owner without a CO alarm, you should strongly consider investing in one to protect your household. Even if your home is supplied and heated only with electrical appliances, the gas can travel through walls. Therefore, your neighbours’ appliances, over which you have no control, could put your home at risk. Adjoining garages that house vehicles and petrol-fuelled equipment such as lawnmowers can also be a source of CO.
In Scotland, it is mandatory for every home to have a carbon monoxide alarm where there is a carbon fuelled appliance or flue. Find out more about the Scottish carbon monoxide alarm regulations.
If you’re a tenant, landlords are legally required to provide CO detection, although the level of protection differs for each country in the UK.
The symptoms of CO poisoning are similar to common illnesses – nausea, headaches, fatigue, weakness, and dizziness can be easily overlooked.
How do I know if I have CO poisoning?
This deadly gas starts with subtle symptoms, which can quickly become fatal if ignored. Headaches, dizziness, nausea, weakness, confusion, shortness of breath and chest and muscle pain are the most common signs. They may be intermittent, but get worse the longer the victim is exposed to CO.
Having a CO alarm will alert you to any potential carbon monoxide exposure, and is the only way to know for certain if you are in danger. The symptoms of CO poisoning are similar to many other common illnesses, and can easily be overlooked.
If you think you have been exposed to CO, you should switch off appliances you think might be making carbon monoxide if possible. Open as many doors and windows as possible to improve air circulation, and leave the building as quickly as you can. Get medical advice immediately, and do not return to the building until you are certain that it is safe to do so.
What CO alarm should I choose?
Carbon monoxide alarms are affordable and do not require any wiring or installation.
Every device in our CO alarm range is certified to BS EN 50291 Part 1. This defines the standard that CO alarms must be made to for use in the home. We also stock a range that are suitable for camping, caravans and travel when gas cookers and heaters are commonly used (these alarms are certified to BS EN50291-2).
For improved peace of mind, an alarm with a digital display, such as the Kidde 5DCO carbon monoxide alarm, will enable you to see exactly what levels of CO are in your home. That way you can easily spot any issues before CO levels become dangerously high.
Public defibrillators save lives; research has consistently highlighted the need for more public access defibrillators. UK ambulance services attempt resuscitation of more than 30,000 cardiac arrest victims each year outside of hospital. In 90% of cases, this will be fatal; survival chances for victims decrease by 10% for every minute without a defibrillator (AED) being used on them.
In contrast, fewer than 350 people are killed by fire-related deaths each year, owing to fire safety legislation in the UK. More than 25,000 people die from cardiac arrests outside of hospital annually. If a defibrillator is used within one minute, survival rates are as high as 90%. Moreover, defibrillators should be as accessible as fire extinguishers.
Public Access Defibrillators are Supplied with Clear Instructions to Help Save Lives
Public defibrillators in the UK
Despite several campaigns to increase their numbers, there is no legislation in place to make defibrillators available beyond hospital settings. There is no legal need to install these life saving devices, and poor understanding of how to use them. Together, this is contributing to a high number of unnecessary deaths from cardiac arrest occurring outside hospitals.
Research carried out in 2014 by the University of Southampton and South Central Ambulance Service highlighted the significance of this issue. It set out to discover how available external defibrillators are, given the push for their deployment in public places.
At this time, 673 known PADs (public access defibrillators) were located in 278 Hampshire locations. Out of 1,035 emergency calls which occurred in one year, the caller could access a defibrillator in only 44 cases. The caller was actually able to use the defibrillator in only 18 cases.
How do defibrillators work?
AED’s work by giving an electric shock to the heart to restore its rhythm.
When the sticky pads of the defibrillator are correctly applied to the bare skin of the patient, the device can measure the heart rate. It can then determine whether a shock is required – if a shock is required, it will be delivered either automatically (by an automatic AED), or upon the press of a button (by a semi-automatic AED).
Public Defibrillators are increasingly common, even in rural villages
Fully automated defibrillators are ideal for public use, as they make administration of care as easy as possible. The units not only offer spoken and visual indicators about each step, they also automatically analyse the heart rhythm. The devices will automatically select the correct level of shock for the person who has suffered a cardiac arrest.
Defibrillator Training
Anyone can use an AED, owing to the simple instructions that they are supplied with. However, many individuals lack the confidence to do so. People may worry that they will cause harm to the patient, with moral or legal consequences, or may not be comfortable performing CPR.
The Social Action, Responsibility and Heroism Act 2015 protects those ‘Good Samaritans’ who have attempted to rescue a victim of cardiac arrest (or similar). If nothing is done to assist a victim of cardiac arrest, they will die; if something is done, they may live. Defibrillators will not administer a shock if one is not required, making it almost impossible to cause harm. The law has never been cited in court as no one has ever been sued for trying to deliver CPR, and it is unlikely that this would occur.
Defibrillator Training equips people with the skills and confidence to save a life, but is not essential for use of an AED
It is strongly recommended that organisations who have installed defibrillators provide AED and CPR training for staff. Training equips staff with the skills and confidence to attempt rescue, should the need arise. This training could save the lives of your staff, visitors to your site, or the general public.
The Circuit, or National Defibrillator Network provides NHS ambulance services and the general public with information about all of the public access defibrillators in the UK. In the case of a cardiac arrest, the ambulance services can direct bystanders to the closest device. This enables members of the public to deliver essential care while awaiting the arrival of paramedics. This initiative has so far made more than 46,000 publicly available; roughly half of all AEDs in the UK. This initiative is saving lives by improving access to these devices – for more information, go to https://www.thecircuit.uk/.
Are public defibrillators locked?
To prevent theft, vandalism, and misuse, many public defibrillators are locked. Ambulance services should be able to provide bystanders of a cardiac arrest with access details for the nearest public AED.
Health and safety training is a legal requirement. The specific training required will depend on each employee’s role, and the risks identified within the business. It is vital that businesses get health and safety right; getting it wrong can lead to fines, production downtime, and could cost someone their life. Here we explore your duties as a business owner, manager, or the responsible person within your organisation.
Health and Safety Training is a Legal Requirement
UK Legislation for Health and Safety at Work
The Health and Safety at Work Act enforces employers’ legal duty to provide their employees with the correct H&S training. In addition, the Regulatory Reform (Fire Safety) Order states that the responsible person of every organisation must ensure that employees are provided with adequate fire safety training.
Type of training, and how often training should be carried out, will depend upon the level of risk identified in the workplace risk assessment. This should cover fire safety, processes and practices, equipment and the people within the business, including visitors.
Providing staff with the correct health and safety training ensures safe working practices, prevents injuries, and fosters a positive H&S culture.
Do all employees need manual handling training?
Under UK legislation, employers must ensure their staff are adequately trained to competently carry out their roles. If a role includes any task which requires moving a load by carrying, pulling, pushing, lifting or lowering, manual handling training is required. This training promotes good lifting techniques and encourages the use of mechanical aids to reduce the risk of injury. The course covers the aspects of Manual Handling Operations Regulations 1992. This equips staff with the skills to carry out risk assessments before lifting/carrying, further reducing the risk of injury.
Is first aid training a legal requirement?
Under the Health and Safety (First-Aid) Regulations 1981, employers are legally responsible for arranging immediate care for any employee who has an accident or becomes unwell at work, including having adequate equipment, facilities and designated staff. The requirements to fulfil this duty will depend upon the findings of the business’s risk assessment. If one or more appointed first aiders are found to be required, adequate first aid training must be provided.
What first aid training is required?
Depending on the risks identified in the workplace, it may be necessary to enrol first aiders in adult and paediatric first aid courses, as well as an AED (defibrillator) and CPR course. First aid training ensures competence and confidence for first responders, ensuring effective care can be given in an emergency. Practical first aid training provides delegates with on experience, and the opportunity to have their questions answered.
It is important to note that there are different levels of first aid. This includes emergency first aid at work (one-day course) and first aid at work (a more in-depth three-day course). You need to decide which type of training your first aiders will require. Often small and low-risk environments only need to have someone trained in emergency first aid at work. On the other hand, large and high-risk businesses will require at least one staff member to have completed a first aid at work course.
Ensure your first aid supplies are sufficient and replenished
Employers are required by law to ensure that all staff have adequate fire safety training. This training will improve the day-to-day safety of your building by enabling staff to identify and regulate fire risks. This reduces the risk of fire, and equip staff with the skills effectively respond in the event of a fire.
What fire safety training is required?
All new staff must receive information about fire safety within your organisation. This fire safety awareness training course will help them to understand and identify potential fire risks, and how to respond in the event of a fire. All employees must be informed of fire risks in the workplace, and fire drills must be carried out at least once annually.
Under the 2005 Fire Safety Order, it is a legal requirement for all businesses to have at least one fire marshal. The specific number of fire marshals required will depend upon the findings of the business’s fire risk assessment. All staff members with fire marshal responsibilities must be provided with appropriate fire marshal training. This training teaches delegates the role of a Fire Marshal and their responsibilities. It also explains current legislation and the steps that must be taken in the event of a fire.
Organisations have a legal duty of care for all people on the premises at any given time. Responsible persons must consider any disability, injury or impairment in mobility, even if it is a temporary state. This includes, for example, heavily pregnant women, people with special needs, bariatric people, and those with limited mobility. To understand necessary measures to safely facilitate an emergency evacuation, a personal emergency evacuation plan (PEEP) needs to be completed, and the required measures implemented. It may be necessary to provide specific evacuation equipment such as evacuation chairs, evacuation sheets and sledges.
Do employees need evacuation training?
Under the Provision and Use of Work Equipment Regulations (PUWER) 1998 businesses and organisations have responsibilities to ensure that equipment is suitable, maintained, and only used by trained staff. Evac+Chair Training is essential for staff in buildings where an Evac+Chair is fitted. These devices provide a lifeline for staff and visitors with disabilities and mobility impairments in the event of a fire or other emergency.
When is evacuation sheet training required?
Evacuation sheets are usually installed in buildings where a bariatric person may need to be evacuated. Some sheets and sledges can carry weights up to 2600kg – more than 10 times the capacity of a bariatric Evac+Chair. These specialist devices should also be fitted where a bedridden person will need evacuation, such as hospitals and care homes. These devices are specifically for vulnerable people for whom evacuation chairs are not suitable. Evacuation Sheet Training ensures that the vulnerable person can be safely evacuated, and that users are not at risk of injuring themselves.
Evac+Chair Training
If your organisation does not have an evacuation device and you are unsure whether you need one, visit our Evacuation Equipment Legal Requirements, which offers guidance about your duty of care.
FAQs
Q. What are the benefits of in-person fire safety training and first aid training?
A. Having face-to-face training can help delegates focus better. It gives them the opportunity to build a rapport with the trainer, giving them the confidence to ask questions. In-person courses often have practical elements to them, which help to consolidate theory and put into practice what is being taught. Practice under supervision gives an increased confidence when having to utilise the knowledge in an emergency.
Q. How many first aiders does my business need?
A. The number of first aiders required depends upon the number of employees and risk level of a workplace.
Moreover, low-risk environments include most offices and shops, while construction sites and railways would be considered high-risk. Usually, at least one appointed person is required for a low-hazard environment with fewer than 25 employees. Conversely, one appointed person is required for a high-hazard environment with fewer than 5 employees. For more advice to determine the number of first aiders your business requires, go to https://www.hse.gov.uk/firstaid/first-aid-training.htm.
Q. What health and safety training should my employer provide?
Employers have a legal duty to provide health and safety training enabling all employees to carry out their work safely. The type of training and who needs to undertake the training will be defined in the business risk assessments.
Manual handling training is required for anyone who needs to move a load by carrying, pulling, pushing, lifting, or lowering.
First aid training should be provided to the designated first aiders to care for staff in the event of injury or illness at work. The type of first aid course and the number of first aiders will depend on the level of risk and number of staff.
Fire awareness training, including being made aware of the building’s fire safety and evacuation procedures, is required for all new employees and periodically thereafter.
Fire Marshal training is required for designated staff to ensure the safe and speedy evacuation of the premises in an emergency.
Evacuation device training is required for appointed staff who would be expected to operate an evacuation chair or evacuation sledge or sheet in an emergency.
Follow our fire safety top tips for Chinese New Year: candles and fireworks are often used to celebrate Chinese New Year, as well as lanterns with naked flames. There is, therefore, an element of fire risk in these festivities – stocking up on fire safety products such as burns kits, fire blankets and extinguishers should be part of any event preparation.
Two children celebrating Chinese New Year
In 2024, The Chinese New Year will begin on February 10th and will be the year of the Dragon. This sixteen day long traditional Chinese holiday is recognised worldwide by many people across Asia, and increasingly in the Western world, along with festivals and celebrations to mark the Lunar New Year.
Following our top tips for celebrating will ensure that everyone can enjoy this tradition safely.
Fire Safety Top Tips for Chinese New Year
Whether organising a large event with fireworks and flames, or a small home gathering with sparklers and candles, Chinese New Year celebrations come with a fire risk. We have put together top tips for fire safety to help you make your event a safe and happy occasion.
1. Before your event you will need to carry out a fire risk assessment. This free assessment form will help you identify your fire risks and document your actions to reduce these risks. As the organiser of a public event, you have a legal duty to complete a fire risk assessment.
Events marking Chinese New Year should have a suitable site stand
2. Consider how you will raise the alarm in the event of a fire. If you celebrate at home, do you have heat and smoke alarms fitted? When planning a public event, consider using site alarms or a rotary bell and having site stands with all your fire safety and first aid equipment at strategic places.
3. Prepare for any activities involving flames with adequate supplies of fire safety equipment. We recommend having fire blankets, water mist fire extinguishers, and a burns kit on hand for any eventuality. Our water mist fire extinguishers are non-toxic. This makes them particularly suitable for events with large numbers of spectators, or where children and animals may be present. Water mist extinguishers are environmentally friendly and leave no residue when discharged.
4. Even for an outdoor event like Chinese New Year, pathways should be kept clear of debris to ensure that people can move to a place of safety in a fire. Where crowds are expected, fire assembly points and exit routes should be clearly signposted.
Happy Chinese New Year!
Safelincs would like to take this opportunity to wish everyone celebrating the Chinese New Year good health and happiness.
Have a Burn Kit on Hand at any Chinese New Year Celebration
As September approaches, a new cohort of students prepares to move away from home for the first time and are thinking about what to pack for university. Surprisingly some universities are suggesting students pack a door wedge to prop fire doors open to increase sociability and mobility. However, this presents serious fire safety risks.
Don’t pack a door wedge!
Wedging fire doors open is dangerous. Students are already likely to prop open fire doors due to their impracticality. Encouraging a student to pack a door wedge increases this risk even further. Students find that fire doors can slam shut causing sleep disturbance, they limit socialisation, and can be inconvenient when moving in and out of the building. But, if fire doors are illegally propped open in university accommodation a fire could quickly spread, endangering lives.
Wedging fire doors open is dangerous
Why are fire doors important?
Fire doors provide a barrier to toxic smoke and flames for between 30 and 60 minutes, allowing time for students to safely evacuate the building and for fire services to arrive. Not only does this save lives, but it also protects the building from irreversible damage. However, the doors cannot function if they are incorrectly wedged open. Fire will rapidly spread if a fire door is wedged open and unable to close. Despite these risks, 64% of premises visited by the fire services were found to use inappropriate and illegal ways to hold fire doors open. 80% of students living in university accommodation admitted to frequently ignoring fire safety regulations whilst living in university accommodation, making them seven times more likely to have a fire. To reduce this risk students should be educated on the importance of fire doors and how to spot and prevent fire doors from being illegally propped open.
How can you safely hold fire doors open?
Fire doors can be legally held open with a fire door retainer. A fire door retainer, such as a Dorgard is a legal way to hold fire doors open. Dorgard ‘hears’ the fire alarm when it sounds and will automatically allow the fire door to close in the event of a fire. This allows students more freedom to socialise within university accommodation, whilst ensuring fire safety regulations are met.
Hold fire doors open safely with a Dorgard Fire Door Retainer
Students should ensure that only safe and legal methods are used to hold fire doors open in their accommodation and should report illegal practices. Why not ask the university if they have fire door retainers installed? If a door wedge is on your child’s university packing list, make sure that is one item you don’t send them off with.
Bonfire night can be a time for family and friends to gather and enjoy autumnal nights outside. Whatever you’re planning for 5th November this year, read our top bonfire and firework safety tips for Guy Fawkes Night.
How do you keep safe on bonfire night?
Rather than run the risk of lighting a fire or fireworks at home, attend an organized event if you can.
Hold sparklers away from your body and wear gloves
If you do plan to celebrate bonfire night at home, follow these top tips to stay safe
Keep pets and young children away from bonfires and fireworks
Store fireworks securely in a metal box away from anything that could ignite or cause a spark
If you are using sparklers, always wear gloves, hold them at arm’s length away from others and place them in a bucket of cold water when they are finished
Have a Watermist Fire Extinguisher to hand. They are non-toxic, leave no residue to clean up and can be used on wood, paper, clothing and electrical items
Build bonfires away from garden sheds, fences and hedges
Never use flammable liquids such as lighter fluid or petrol to start a bonfire and never light the fire in high winds
Always supervise your bonfire and extinguish it using a bucket of water if it is still burning when your celebrations have finished
Have a St John Ambulance Burn Kit to hand on bonfire night
Can I store fireworks that I don’t use?
It is not advisable to store fireworks for any length of time at home as they are explosives and could be very dangerous. If you are intending to store fireworks, ensure they are kept dry in a metal container. Store them in a place where the temperature does not change significantly (for example not on a window sill) and away from anything that could ignite or cause sparks such as electrical items, heaters, matches or lighters. Make sure they are not stored near other combustible materials like card or wood and place them out of reach of children and pets. Always follow manufacturer guidelines for storage periods.
It is well known that electronic technology advances very quickly, with products being outdated and replaced by a newer version every year. More and more frequently these subsequent versions of the same product are being called ‘generations,’ such as a ‘5th gen iPod.’ Nest Labs’ range of ‘smart home’ products is no exception to this trend and the oldest two have already undergone a few iterations of redesign and improvement.
This guide has been written to help you quickly and easily identify which generation your Nest Products belong to.
Nest Protect
1st Generation
2nd Generation
Edges
Straight Edges
Rounded Edges
Backplate
Square
Circular
Battery Door
No Battery Door
Battery Door
Serial Number
05A or 05C
06A or 06C
Model Number
Open the Nest app on your phone and tap Protect at the bottom, tap the Settings gear at the top followed by the alarm you’re interested in, and then go to Technical Info. If it says your model is Topaz-1.x then you have a First Generation, while Topaz-2.x denotes the Second Generation alarm.
Nest Learning Thermostat
2nd Generation
3rd Generation
Colours
Stainless Steel
Stainless Steel, Copper, Black, White
Appearance
7cm screen diameter
320 320px resolution
8.25cm screen diameter
480 x 480px screen
Base
Yellow spirit level
Rectangular Display connector
Blue spirit level
Oval display connector
Heat Link
One status light
10cm height and width
3 status lights
11cm height and width
Nest Cam
Indoor
Outdoor
Colour
Black
White
Appearance
Differentiating
Features
Securely stream 1080p video to your phone, tablet or laptop
Various positioning options
No installation – simply plug into power and set up via phone app
Compatible with standard camera mounts and tripods
Weatherproof camera nad cables
Magnetic mount with metal plate for wall attachment