Chiang Mai faces air pollution crisis due to traditional fire practices

Fire and its role in northern Thailand’s pollution crisis

During the haze season from February to April, Chiang Mai frequently tops the list of the world’s most polluted cities.

As reported by Huizhong Wu for AP News, fine particulate matter levels in the city during March and April are about 20 times the World Health Organization’s recommended limit.

Chiang Mai’s air quality issues are closely tied to local practices involving fire.

Fire is deeply ingrained in the region’s culture and agricultural methods.

Prime Minister Srettha Thavisin has highlighted Chiang Mai as a “model” for tackling air pollution, making multiple visits and pledging clean air legislation to ensure that access to clean air is a basic human right.

Traditional agricultural practices and burning in Chiang Mai

Northern Thailand’s air pollution is largely attributed to farmers who burn corn stubble to clear fields.

Although alternatives like biochar and tilling exist, they require significant labor and equipment, which are not feasible for many subsistence farmers in the hilly terrain.

Despite CP Foods implementing a tracing system to avoid buying corn produced on deforested or burned land and the Prime Minister’s plans to ban imports of corn grown on cleared land, the practice continues.

This is compounded by shifts in corn cultivation to neighbouring countries where stubble burning is still common.

Researchers from Chiang Mai University found that more than 51% of the haze comes from biomass burning, with about 23% originating from long-range pollution, likely from India.

Cultural significance and fire management policies

Fire holds significant cultural importance in northern Thailand, used for forest management, agricultural clearing, and even as a form of protest.

Olivier Evrard of the French National Research Institute for Sustainable Development noted that fire is often used in protests, such as the 2018 controversy over a judiciary complex built on protected forest land.

Thailand has implemented numerous policies to regulate burning, including a national zero-burning directive in 2013.

However, these measures have had limited success, as people responded by burning before and after the ban periods, prolonging the haze season.

Chiang Mai province now allows controlled burns through a permit system managed via the FireD app, which predicts pollution levels using weather and satellite data.

Despite estimates that half of the fires in the province go unregistered, researchers see the app as a positive step toward better fire management.

Challenges in implementing fire regulations

For many villagers in northern Thailand, navigating the bureaucracy for legal burns is difficult.

Tiengtrongsakun, the Pakanyo chief in Ban Mae Lan Kham, assists his community with the necessary paperwork since many do not speak Thai or understand the policies.

He said: “If we hand them the document or registration form, they don’t know what to do with it.

Often they just throw the papers away.”

Researchers argue that policymakers need to consider the socio-economic conditions and cultural practices of the villagers.

Many belong to tribal groups not formally recognised by the Thai government and face challenges in accessing education and jobs.

As long as burning remains the most efficient and cost-effective method for their livelihood, it will continue.

Mary Mostafanezhad from the University of Hawaii commented: “If burning is the easiest and most cost-efficient way to grow your crops, or to make a living, until that is not true, it’s going to continue to happen.”

The advantages of embracing fire extinguisher recycling

Toria Jones, head of marketing at CheckFire, delves into the importance of fire extinguisher recycling within the fire trade

In fire safety, the responsibility to protect lives and property extends beyond the immediate response to emergencies.

Now more than ever, it encompasses a broader commitment to sustainable practices wherever feasible.

Fire extinguishers play a pivotal role in the array of crucial components within fire safety equipment, and while the urgency of their deployment and effectiveness in putting out fires is a top priority, recycling the unit after its lifecycle has come to an end is also important.

Therefore it’s necessary to raise awareness of the recyclability of fire extinguishers in the industry, as it makes for procedural efficiency and holds importance for environmental sustainability and corporate responsibility.

The proper handling, storage, emptying, disposal, and recycling of fire extinguishers forms a complex operation, particularly considering the distinct procedures required for different types of fire extinguishers.

Fire extinguishers, like all manufactured goods, have a finite lifespan, with components and extinguishing agents subject to degradation over time and accidental damage causing units to become ineffective – hence the BS 5306-3: 2017 regulations that stipulate their regular maintenance and servicing.

It’s worth reminding that fire extinguishers that are overdue their service may be compromised in terms of their effectiveness in combating fires.

But once serviced, if it’s deemed the unit should be replaced, there may be environmental risks if it’s disposed of improperly.

Therefore, it’s essential for the fire trade to be aware of when a fire extinguisher is coming to the end of its life and to recognise the importance of recycling units afterwards.

When do fire extinguishers need replacing?

The lifespan of a fire extinguisher is limited, determined by the result of its service and maintenance.

An annual service is required, followed by a five-year extended service for water, foam and powder fire extinguishers.

CO2 fire extinguishers, meanwhile, must be refurbished or replaced every 10 years.

Regular risk assessments are essential to identify signs of damage or expiration, ensuring the effectiveness of fire extinguishers in emergencies.

When the time comes, the unit must be serviced by a qualified engineer, who’ll conduct a detailed inspection of the fire extinguishers.

From here, depending on the findings of the extended service, the engineer will dictate whether the fire extinguisher is to be refilled or replaced.

Dispose or recycle: Making responsible choices

When the time comes for replacement, the disposal of these units can present a challenge.

Fire extinguishers must not be discarded into bins as this not only poses environmental risks but also disregards the opportunity for recycling.

Recycling fire extinguishers entails proper handling to prevent accidents, storage to avoid environmental contamination, emptying to remove residual agents, and disposal in compliance with regulations.

Trained professionals equipped with expertise in fire extinguisher recycling are essential for executing these tasks effectively.

The environmental benefits of fire extinguisher recycling are manifold.

Pressurised containers, if crushed improperly, can be hazardous.

Whereas, recycling mitigates these risks while reducing carbon emissions and minimising pollution.

Such measures are vital for preserving ecosystems and safeguarding wildlife.

The significance of responsible fire extinguisher recycling extends beyond environmental considerations.

It highlights a broader commitment to sustainable practices within the fire trade.

By embracing recycling, organisations can demonstrate their dedication to minimising their environmental footprint and contributing to a greener future.

Through recycling, all physical elements of the fire extinguisher can be reused, ensuring no waste.

In fact, part of CheckFire’s recycling service ships the recyclable materials overseas to support infrastructure in India.

How fire extinguisher recycling works at CheckFire

At CheckFire, we recycle between 25,000 to 30,000 fire extinguishers per month.

Most standard fire extinguishers can be safely recycled, especially if they have a steel body.

We recycle fire extinguishers, including water, foam, powder, CO2 and wet chemical, and fire extinguisher cardboard packaging too.

Each element of a unit is recycled and used again in various ways, across a range of industries.

This will ensure total safety and compliance while giving peace of mind that no damage is done to the environment.

Our service works in the following way:

Collecting and unloading

Our customers can arrange for us to collect fire extinguishers or drop off units at any of our depot sites – making it accessible to all.

We make sure that vehicles are unloaded safely, with engines off.

It’s also important that all units have suitable safety pins in place before handling or moving.

We have strict protocols in place to ensure safety at all times, including a requirement that all scrap fire extinguishers, both pressurised and unpressurised, are pinned and tagged before being collected or dropped at the facility.

Processing and sorting

Our recycling team processes requests and prepares for sorting according to the type of fire extinguisher.

Any unit identified as potentially unsafe for normal discharge will be moved to a quarantine area for further examination.

Dismantling and recycling

Once authorised, unit dismantling begins, including the removal of safety pins, seals, handles, and valves.

Everything from steel to brass to plastic is placed in the material’s corresponding collection tanks and then passed to specialist processors for recycling.

Enhancing awareness in the sector

Raising awareness about the importance of fire extinguisher recycling is essential for fostering widespread adoption.

It’s highly encouraged that organisations seek out fire extinguisher recycling services and find out more information about the process, including how it works and the benefits it entails.

By understanding the logistics and participating in fire extinguisher recycling, organisations can take proactive steps towards incorporating responsible disposal practices into their fire safety protocols.

This approach not only promotes environmental sustainability but also ensures compliance with regulatory standards and demonstrates corporate responsibility.

By embracing responsible disposal practices and recycling initiatives, organisations can mitigate environmental risks and reduce carbon emissions.

Through collaboration, education, and innovation, the fire trade can lead the way towards a greener future, where fire safety and environmental responsibility go hand in hand.

This article was originally published in the May 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Bull Products advances sustainability in fire safety

Bull Products makes strides towards carbon neutrality by 2030

Bull Products has outlined its commitment to becoming carbon neutral by 2030. The company has taken several proactive steps to reduce its environmental impact.

This includes conducting an energy survey of its facilities and committing to a power supply contract that ensures a minimum of 70% energy from renewable sources.

This figure is set to reach 100% by the decade’s end. The company will also phase out the use of mains gas.

Bull Products CEO, Sandy Damm, stated: “On our journey to be carbon neutral by 2030, we are already taking purposeful steps to minimise the fuel we consume and increase our energy supply from renewable sources.”

Sustainability efforts aiding customers

Bull Products’ strategy extends beyond internal improvements to support its customer base effectively.

Efforts include minimising waste and carbon emissions through lean manufacturing processes and prioritising the sourcing of materials from local suppliers.

The company’s products, including its fire alarm systems, bear the ‘Made in Britain’ mark, indicating adherence to high standards of British manufacturing.

“Reducing waste and minimising carbon emissions in our product manufacturing, supply and servicing of those products is a top priority for us,” added Damm.

Green Bull division and asset management

The Green Bull division of Bull Products plays a crucial role in the company’s sustainability strategy.

It focuses on the recovery, revival, and reuse of fire protection equipment, thus extending the lifecycle of products.

Additionally, Bull Products offers an asset management service that significantly reduces the carbon footprint of fire safety equipment used in building and construction projects.

This service includes the recovery, servicing, and reinstallation of equipment like fire extinguishers and alarms at new sites.

Enhancing efficiency through skilled engineering

The company ensures that its engineers are skilled across multiple disciplines, enabling them to service a variety of equipment in one visit, thereby reducing travel and associated emissions.

Damm emphasised: “It is important to ensure engineers are multi-skilled so they can service fire alarms, fire extinguishers, and conduct a fire risk assessment as well as service the access control equipment on site, if required to do so.”

IFSJ Comment

Bull Products is spearheading environmental stewardship in the fire safety sector, showcasing a robust model for industry-wide sustainability.

By integrating comprehensive waste reduction, renewable energy use, and efficient practices, Bull Products is both supporting its sustainability goals and setting a benchmark for the sector.

UK’s pioneering carbon neutral tri-station nears completion in Hebburn

Overview of the Hebburn tri-station development

The construction of the Hebburn Tri-Station, a forward-thinking project led by Esh Construction on behalf of Tyne and Wear Fire and Rescue Service and Fire Authority, is approaching completion with its handover scheduled for April 2024.

Situated between Hebburn’s Marine Drive and Campbell Park Road, this facility marks a significant development as one of the UK’s initial carbon neutral emergency service tri-stations.

The new station, which will replace the nearly six-decade-old Hebburn Community Fire Station, will accommodate Tyne and Wear Fire and Rescue Service, Northumbria Police, and the North East Ambulance Service.

Visitors and passers-by are now witnessing the emergence of the station’s structure, featuring a main building for staff accommodation, offices, and emergency vehicle bays, alongside a separate training building designed to enhance the capabilities of specialist and rope rescue firefighters.

The aesthetic of the building is highlighted by a striking multi-blue coloured rain screen that adorns the main structure.

Eco-friendly features and community benefits

The Hebburn Tri-Station not only aims to serve as a crucial hub for emergency services but also demonstrates a strong commitment to environmental sustainability.

The facility incorporates ground source heat pumps and photovoltaic panels, with over 340 panels installed to potentially generate 100% of the renewable electricity needed for the station’s operations.

The construction also features environmentally friendly elements like electric vehicle (EV) charging points and extensive ‘E’ cycle storage and charging facilities for the Police’s Neighbourhood Policing Team.

Grant Watson, Construction Manager for Esh’s commercial build division, expressed his enthusiasm for the project: “At Esh, we pride ourselves on building and maintaining strong working relationships with our clients and we are excited to see the pioneering scheme come to life as a key hub for the local community.”

Training and operational capabilities

The completion of the fire house, training tower, and associated garage, along with the installation of a specialist rope rescue training crane jib, underscores the tri-station’s role in enhancing the training and operational effectiveness of the emergency services.

The facilities are designed to support joint training scenarios with partner services, fostering a universal approach to community safety.

Chief Fire Officer Peter Heath from Tyne and Wear Fire and Rescue Service commented on the progress: “We are delighted to see the progress that has been made over the past 14 months with the construction of the Hebburn Tri-Station in South Tyneside.

“It represents our continued commitment to keeping people safe.”

IFSJ Comment

The development of the Hebburn Tri-Station is a testament to the evolving landscape of emergency service facilities that prioritize both functionality and environmental sustainability.

By integrating state-of-the-art sustainable technologies and fostering collaborative training environments, this project enhances the operational capabilities of the emergency services and sets a new standard for future developments in the sector.

The emphasis on community integration and environmental responsibility further enhances the project’s significance as a model for similar future endeavours across the UK.

FPA Managing Director Dr Gavin Dunn highlights fire safety in the net zero era

Overview of Dr Dunn’s insights on net zero and fire safety

Dr Gavin Dunn, the newly appointed Managing Director of the Fire Protection Association (FPA), recently emphasised the interconnection between achieving net zero goals and fire safety in the built environment sector.

With his background as a chartered building engineer, Dr Dunn highlighted how the pursuit of decarbonisation and net zero is influencing business decisions and changing the risk profile in this sector.

He stressed that new practices and materials aimed at meeting these environmental targets introduce risks previously unencountered, especially in the context of fire safety.

Dr Dunn said: “As we drive towards net zero, the imperative to decarbonise is increasingly driving business decisions, and this holds true for the built environment sector.”

He also warned of the fire risks associated with new technologies and materials, such as high-performance insulation, timber construction, and energy systems like solar panels and heat pumps.

Dunn expressed concerns over potential fire events involving these technologies, noting they not only increase the risk of fire but also pose challenges due to the release of potentially toxic effluents and embodied carbon.

FPA Spring Seminar: Fire Safety and Sustainability of the Built Environment

The FPA Spring Seminar, titled ‘Fire Safety and Sustainability of the Built Environment‘, will be opened by Dr Dunn on 17 April at Chicago Booth’s London Conference Centre and online.

The seminar, featuring advice and guidance from industry experts, is designed to help businesses maintain best practice fire safety management amidst evolving sustainability requirements.

Sessions will cover a wide range of topics, including modernising construction, legislative changes, fire risks in timber constructions, and managing fire risks while enhancing building energy performance.

This event is aimed at a broad audience, including building owners, responsible persons, fire risk assessors, fire safety managers, contractors, designers, and insurers.

The seminar will provide invaluable insights into the challenges and opportunities at the intersection of fire safety and environmental sustainability.

Importance of balancing sustainability and fire safety

Dr Dunn emphasised the importance of implementing net zero plans in the built environment safely and efficiently.

He stated: “It is vital, however, that we now learn how to do this safely and efficiently.”

This statement underscores the FPA’s commitment to enhancing fire safety awareness, particularly in the context of the built environment’s evolving sustainability requirements.

The FPA’s efforts through this seminar and other initiatives reflect the broader industry trend of integrating environmental sustainability with fire safety.

By focusing on these areas, the FPA aims to ensure that the drive towards a more sustainable future does not compromise safety standards.

IFSJ Comment

The FPA’s focus on fire safety in the context of net zero goals addresses a critical aspect of sustainability in the built environment.

As the industry moves towards environmentally friendly practices, the need for a comprehensive understanding of the associated risks, especially in terms of fire safety, becomes increasingly vital.

The FPA’s initiatives, such as the upcoming Spring Seminar, play a key role in educating industry professionals and stakeholders about the complexities at this intersection.

By fostering a dialogue between experts and practitioners, the FPA is contributing significantly to the development of safer, more sustainable building practices.

Euralarm supports Energy Performance of Buildings Directive for enhanced fire safety

Euralarm’s Response to EPBD Vote

Euralarm, a key representative of the electronic fire safety and security industry in Europe, has expressed support following the European Parliament’s vote in favour of the Energy Performance of Buildings Directive (EPBD).

This development is seen as a crucial step towards the decarbonisation of building stock.

The association emphasises the dual benefits of better-performing buildings, which not only contribute to environmental sustainability but also enhance safety and security.

Annually, the European Union faces significant fires in various buildings, resulting in loss of life and substantial environmental harm.

Euralarm argues that integrated fire safety and security technologies can mitigate these incidents.

As buildings become increasingly electrified, incorporating technologies like renewable energy production and battery storage, fire risks may rise.

Consequently, Euralarm underlines the need for revising fire safety and security measures in line with these technological integrations.

Call to Action for EU Policymakers and Member States

In response to the directive, Euralarm calls on EU policymakers and Member States to ensure fire safety and security are integral considerations in national building renovation plans.

The association urges the creation of incentives for equipping renovated buildings with the latest fire safety and security technologies.

Their statement highlights the readiness of the 5,000 companies within Euralarm to contribute to the directive’s successful implementation at the Member State level.

The goal is to enhance the energy efficiency of EU buildings while simultaneously elevating their fire safety and security standards.

This proactive stance reflects Euralarm’s commitment to balancing environmental objectives with the imperative of ensuring building safety.

The Role of Fire Safety in Sustainable Building Practices

The EPBD’s focus on decarbonisation aligns with the broader global effort to mitigate climate change impacts.

However, this directive also brings to the forefront the importance of fire safety in sustainable building practices.

The integration of new technologies in buildings, while beneficial for energy performance, necessitates a re-evaluation of existing fire safety protocols.

This movement towards greener buildings creates a unique opportunity for the fire safety industry to innovate and adapt.

It underscores the necessity for expertise in designing and implementing fire protection systems that can cope with the challenges posed by modern, energy-efficient buildings.

Euralarm’s position also signifies a growing recognition of the interconnectedness between environmental sustainability and public safety.

IFSJ Comment

The European Parliament’s endorsement of the Energy Performance of Buildings Directive, championed by Euralarm, marks a significant juncture in the intersection of environmental sustainability and public safety.

The proactive stance of industry associations like Euralarm is essential in ensuring that sustainability efforts do not overlook the fundamental aspects of fire safety and security.

As the building industry continues to evolve towards greener practices, the integration of these safety technologies will likely become a standard, setting a precedent for future sustainability and safety initiatives.

Upcoming EUSAS conference to shed light on fire risks in renewable energy

EUSAS annual conference focuses on renewable energy fire risks

The European Society for Automatic Alarm Systems (EUSAS) has announced its annual conference for the 16th and 17th of April, concentrating on the fire risks associated with renewable energy systems.

Scheduled to take place at Kiwa in Apeldoorn, the Netherlands, the event aims to address the emerging challenges and hazards introduced by renewable energy components such as photovoltaic panels, battery systems, and wind turbines.

Renewable energy technologies, while instrumental in the shift towards sustainable energy production, introduce new components that are potentially hazardous.

The incorporation of photovoltaic panels on building rooftops, battery storage units in basements, and wind turbines on high-altitude platforms brings about unique fire risks that demand innovative solutions for detection and suppression.

A comprehensive agenda covering technology, politics, and law

The conference promises a thorough overview of the current landscape, covering technological advancements, political implications, and legal considerations related to fire safety in renewable energy systems.

Attendees will gain insights into the latest research activities, technical solutions, and practical applications aimed at mitigating these risks.

“This year’s conference will provide an up-to-date overview of the hazards from different perspectives and developments with a look at technologies, politics, and law,” said a spokesperson for EUSAS.

“Furthermore, current research activities, concrete technical solutions, and applications are shown.”

Addressing the need for new fire safety solutions

The integration of renewable energy technologies into our daily lives and infrastructure requires a reassessment of fire safety measures.

Traditional methods may not be fully equipped to handle the unique challenges presented by these systems.

The EUSAS conference seeks to highlight these issues and explore new avenues for fire detection and suppression tailored to renewable energy components.

The importance of this dialogue is underscored by the growing adoption of renewable energy sources worldwide.

As these technologies become more prevalent, the need for specialized fire safety solutions becomes increasingly critical.

The conference will serve as a platform for experts to discuss and develop strategies that ensure the safe integration of renewable energy into our environments.

IFSJ Comment

The EUSAS conference on fire risks in renewable energy systems represents a timely and essential discussion as the world moves towards more sustainable energy sources.

By bringing together experts from various fields, the event underscores the complexity of fire safety in the context of renewable energy and the necessity for collaborative efforts to address these challenges.

Through a combination of research, technical solutions, and policy discussions, the conference aims to pave the way for safer renewable energy practices.

As renewable technologies evolve, so too must our approaches to ensuring their safe implementation, highlighting the importance of continuous learning and adaptation in the fire safety domain.

CheckFire leads in environmental responsibility by recycling 1,000 tonnes of fire extinguishers in 2023

CheckFire demonstrates industry-leading recycling efforts

CheckFire Ltd, a trade-only fire safety supplier, has announced its achievement of recycling an impressive 1,000 tonnes of fire extinguishers in 2023.

This milestone underlines the company’s commitment to environmental responsibility and positions it as a leader in the fire extinguisher recycling sector.

The volume of recycled material equates to approximately 259,067 Commander 6ltr fire extinguishers, showcasing the scale of CheckFire’s efforts to reduce waste and promote sustainability within the fire safety industry.

The recycling of fire extinguishers is integral to CheckFire’s mission, emphasising the need for regular maintenance, servicing, and inspection to ensure that fire extinguishers remain fit for purpose.

Adhering to BS5306 best practices, the company prioritises both safety and environmental sustainability in its operations.

Sustainable practices in fire safety industry

In addition to recycling fire extinguishers, CheckFire has also processed 50 tonnes of associated cardboard packaging, further demonstrating its dedication to an eco-friendly approach.

The company highlights the importance of proper disposal methods for expired or faulty units to prevent environmental damage and ensure community safety.

“The correct disposal of fire extinguishers is critical for avoiding environmental harm,” said CheckFire.

“Our recycling initiative not only reflects our commitment to the planet but also to the safety and financial well-being of our customers, who appreciate the value of high-quality, sustainable fire safety equipment.”

A three-step approach to recycling

CheckFire simplifies the recycling process for its customers through a straightforward three-step procedure.

Units can be collected or dropped off at CheckFire’s Caerphilly site or at any of its depots, where they undergo careful unloading in compliance with safety protocols.

The recycling team then processes and sorts the extinguishers, setting aside any that may pose safety risks for further inspection.

Finally, authorised units are dismantled and recycled, ensuring materials such as steel, brass, and plastic find new life in various industries.

This comprehensive recycling process is part of CheckFire’s broader commitment to responsible fire safety practices and environmental stewardship.

“Recycling fire extinguishers is not just a service we offer; it’s a reflection of our dedication to protecting the environment and supporting our communities,” the company added.

“Every extinguisher we recycle contributes to a cleaner, safer future, emphasising the significance of choosing environmentally responsible fire safety solutions.”

IFSJ Comment

CheckFire’s achievement in recycling 1,000 tonnes of fire extinguishers in 2023 represents a commendable effort towards sustainability within the fire safety industry.

By combining environmental responsibility with its commitment to safety, CheckFire sets an example for how companies can contribute to a healthier planet while maintaining high standards of fire safety.

This initiative demonstrates the potential impact of integrating environmental considerations into business practices, encouraging a shift towards more sustainable operations across the industry.

As the demand for eco-friendly solutions grows, CheckFire’s approach highlights the importance of innovation and responsibility in meeting the needs of the planet and its people.

The impact of the AIM Act

Bill Polits, Director of Sales & Strategy at A-Gas, navigates the hydrofluorocarbon phasedown in fire protection

Can you talk about the context and goals of the AIM Act 2020?

Due to their molecular properties — the source of hydrofluorocarbon (HFC) fire suppressant gases’ abilities to transfer heat away from fires to cause extinguishment — HFCs are extremely effective in trapping the infrared radiation rising from the earth’s surface after being heated by the sun.

As such, they can be a huge and growing source of atmospheric warming if not managed responsibly.

HFC fire suppressants are among the most powerful global warming substances we know of.

Demand for refrigeration and air conditioning has grown across the globe, both in the developed world and in the developing world.

HFC-based refrigerants supply the bulk of the markets.

Due to the climate impacts of HFC use and production, the HFC industry has known that global HFC regulations are needed.

After failed efforts in other arenas, in 2016, the Parties to the Montreal Protocol approved the Kigali Amendment, which mandates signatories to follow a 15-year HFC phasedown on a 2-track system: one for developed and another for developing countries.

The AIM Act is the US legislative response to the Kigali Amendment requirements.

Phasedown-promoting regulations are now in place across most of the developed world.

The developing world is planned to follow suit in 2029.

How is the AIM Act affecting virgin HFCs in fire protection?

The Environmental Protection Agency (EPA) has developed a system of allocations for the Production and Consumption of virgin HFCs: Production = Manufacturing – (Destruction + Reclamation + Transformation); Consumption = (Production + Importation) – Export.

Baseline levels were determined by mandatory reporting from the last decade.

January 1, 2022, marked the beginning of the EPAs HFC virgin Production and Consumption phasedown.

The phasedown proceeds in a total of five step-downs.

By 2036, Production and Consumption of virgin HFCs will be limited to 15% of the baseline.

Production and Consumption allocations are calendar-year specific and follow the phasedown schedule.

The AIM Act’s allocations plan tracks Production and Consumption allocations based on the GWP values of the quantities of various HFCs per active entity rather than material-mass-based allocation systems.

Such a system incentivises producers and importers to traffic in lower GWP molecules.

As such, since HFC refrigerants have a much higher deployment volume for fire suppressants by at least an order of magnitude and lower GWP values than those used in fire suppression, this has caused a sharp price spike in HFC fire suppressants since early 2022.

As the phasedown of HFCs intensifies, what challenges do companies involved in the HFC-based clean agent trade face?

The main challenge is the magnitude of price spikes for virgin HFC clean agents such as HFC-227ea, HFC-125, and HFC-236fa.

In most cases, customers will not accept such a high premium.

Effectively navigating HFC phasedown requires companies to become familiar with specifying and servicing low/no GWP replacements, such as FK-5-1-12 (GWP ≤ 1), reclaimed HFCs, and other firefighting clean agents, including inert gases.

How has the understanding of HFCs’ impact on the climate changed?

The fire protection industry is intimately aware of the effect on our work due to atmospheric environmental regulations since the phasedown and production ban on ozone-depleting substances (such as halons) required by the Montreal Protocol.

In force in the US since the early 1990s, the Montreal Protocol ended the production of halons in the developed world on December 31, 1993.

Due to the clean agent fire protection industry’s experience with halons and the Montreal Protocol, we understand how to reclaim and redeploy clean agents that pose atmospheric harm.

In fact, we do this as a matter of routine, keeping emissions rates to their minimum.

Our industry understands that a “keep it in the tank!” policy of used gas recovery, reclamation, and redeployment keeps the value in the material and prevents harmful releases because of the economic incentive to do otherwise.

As with halons, we expect reclaimed HFC clean agents to be used for many decades even with active and approaching phasedowns across the globe.

How can companies ensure a smooth transition during the phasedown period?

The best defence is an aggressive offense.

Here are some good options for companies:

  1. Hire a trusted consultant who is aware of the regulations and clean agent business dynamics.
  2. Join the Halon Alternatives Research Corporation (HARC), which monitors regulatory activity in clean agent fire suppression.
  3. HARC directly interfaces in-person with the EPA and advocates for clean agent fire suppression generally.
  4. Join the Fire Suppression Systems Association (FSSA), which monitors HARC activity from a clean agent suppression Installer point of view, among many other things.

What are the implications of the AIM Act encouraging the recycling and reclamation of HFCs?

The AIM Act allocations incentivize the use of reclaimed materials and promotes the circular economy.

Circular economy considerations for large end-users are becoming more and more important.

And be aware of the requirements as to what constitutes “recycling” for fire suppressants under the AIM Act, which will keep companies clear of EPA violations for their reporting and recordkeeping requirements for AIM Act Fire Suppressant Recyclers.

Is there a long-term supply situation for HFCs in the fire protection?

Our main case study for the future availability of HFCs under the AIM Act connects directly to halons under the Montreal Protocol.

As we know, halons are widely used in existing and OEM-new systems and handhelds.

We expect a similar case to hold true for HFCs as low/no-GWP systems are increasingly deployed.

As a treaty under the United Nations, the United Nations Environmental Panel’s (UNEP) Technical and Economic Assessment Panel (TEAP) sponsors the Fire Suppressant Technical Options Committee (FSTOC).

Every 4 years, the FSTOC publishes a quadrennial assessment.

The FSTOC’s 2022 Assessment noted that the total amount of HFC-227ea currently in cylinders worldwide is ~168,500 metric tons (MT).

By way of comparison, the FSTOC reports that the highest estimate of halon 1301 peaked in 1991 at 77,000 MT.

The large bank of HFC-227ea bodes well for continued availability for first fill and recharge for the decades to come.

We expect the other HFC clean agents to follow suit.

This article was originally published in the January 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

The Environmental Impact of Battery Disposal

Understanding the Environmental Consequences of Battery Disposal

Batteries are ubiquitous in our modern world, but their disposal presents significant environmental challenges.

As the demand for lithium-ion batteries (LIBs) increases, driven by the rise in electric transportation and renewable energy storage, the volume of battery waste also grows.

The lack of universal standards for waste disposal of LIBs across the globe results in varying practices, including landfilling, incineration, and full or partial recycling.

However, these methods are not without drawbacks​​.

The Hidden Environmental Cost of Batteries

The environmental impact of batteries extends beyond disposal.

The production process of lithium-ion batteries is energy-intensive and contributes significantly to carbon emissions.

The extraction of lithium, a key component of these batteries, is a water-intensive process that has led to protests and mining halts due to environmental concerns.

Manufacturing processes for batteries also require large amounts of energy and involve hazardous chemicals.

The recycling of lithium batteries, while a growing trend, remains inefficient and resource-intensive​​.

The Wider Impact of Battery Production and Disposal

The Global Lithium Market and Environmental Effects

The lithium-ion battery market, valued at US$30 billion in 2017, is projected to reach $100 billion by 2025.

Battery production requires the extraction of materials like lithium, cobalt, and nickel, leading to significant environmental and social impacts.

For instance, lithium extraction in regions like South America and East Asia uses large quantities of water and toxic chemicals, leading to environmental degradation and community displacement.

Cobalt mining, primarily in the Democratic Republic of the Congo, involves destructive practices and raises serious human rights concerns​​.

Battery Waste and Environmental Challenges

Improperly disposed batteries contribute to environmental pollution.

As they corrode, their chemicals leach into the soil and water, contaminating ecosystems.

Lithium batteries, in particular, can be volatile and cause landfill fires, releasing harmful gases into the atmosphere.

The disposal of electric vehicle batteries poses additional challenges due to their size and complexity.

If not dismantled correctly, the hazardous materials within these batteries can explode​​.

IFSJ Comment

The issue of battery disposal and its environmental impact is multifaceted and global in scale.

The increasing reliance on batteries, particularly lithium-ion, for various applications from electric vehicles to renewable energy storage, underscores the urgency of addressing these challenges.

Effective management of battery waste requires a comprehensive approach, including the development of more efficient recycling technologies, the implementation of global standards for battery disposal, and the advancement of less environmentally harmful battery technologies.

Furthermore, mitigating the environmental impact of battery production, especially in the extraction of materials like lithium and cobalt, is critical.

It involves not only technological solutions but also ethical considerations, particularly in terms of human rights and ecological preservation.