Ohio train derailment: Biden administration to appoint recovery coordinator

In response to the Norfolk Southern train derailment in East Palestine, Ohio, on 3 February 2023, US President Joe Biden has taken action as the White House announced an executive order directing the appointment of a federal disaster recovery coordinator. However, a major disaster was not declared.

Ohio train derailment sparks federal involvement

The federal coordinator is set to be named within the coming days.

Their role will involve conducting a comprehensive assessment of any unmet needs which Norfolk Southern has not addressed.

These needs should qualify for federal assistance.

The incident saw the train catch fire and release over a million gallons of hazardous materials.

This accident has heightened concerns about rail safety in the United States.

It has also led to calls for reforms in Congress.

The US Justice Department and the state of Ohio are seeking to recoup costs from Norfolk Southern tied to the accident.

Norfolk Southern’s commitment and upcoming proceedings

Norfolk Southern expressed its commitment to addressing the aftermath of the incident.

On Wednesday, it said it: “has committed to making it right in East Palestine and covering all costs associated with the clean-up.”

To date, the company has set aside $803 million for the derailment.

Despite the immediate response, Ohio’s request for a major disaster declaration remains pending. It could be approved in the future.

When contacted for a comment on Biden’s executive order, a spokesman for Ohio Governor Mike DeWine stated that officials were in the process of reviewing it.

Ohio Democratic Senator Sherrod Brown commented on the order, calling it: “an overdue but welcomed step.”

Recently, the Federal Railroad Administration highlighted the need for “significant improvements” in Norfolk Southern’s safety culture.

They also revealed that they are contemplating enforcement actions on various issues, including track maintenance and repair practices.

Earlier in May, rail safety legislation was approved by a U.S. Senate panel. However, further proceedings have been put on hold.

Norfolk Southern has initiated a compensation program for homeowners in East Palestine who sold properties at reduced values post the derailment.

They also support addressing potential long-term health risks through measures such as a medical compensation fund and a program for safeguarding East Palestine’s drinking water.

A hearing on the aftermath of the derailment, including a statement from Norfolk Southern CEO Alan Shaw, is scheduled for Friday in East Palestine.

IFSJ Comment

The Norfolk Southern derailment in Ohio draws attention to the critical aspects of rail safety, environmental protection, and corporate responsibility.

With the release of hazardous materials causing significant environmental and health concerns, the call for a comprehensive assessment signifies the gravity of the situation.

It also underscores the importance of proactive measures and collaboration between corporate entities, state officials, and the federal government.

The incident serves as a poignant reminder of the delicate balance between industrial progress and safety.

It is hoped that the collaborative efforts will pave the way for more robust safety measures and swift remedial actions in the event of such incidents in the future.

Fire chiefs worldwide stress on the growing risks of climate change

In a recent position paper coinciding with the UN’s Climate Ambition Summit in New York, global fire chiefs from major cities expressed deep concerns about the increasing risks posed by climate change.

They stressed the imperative for proactive strategies and greater cooperation to strengthen the capabilities of fire and rescue departments around the world.

Chiefs collaborate for a proactive stance on climate change impacts

This marks the inaugural occasion where chiefs from the Urban Fire Forum have published a position paper focusing on climate change’s implications for the fire service.

The paper was formulated with the backing of the US Fire Administration.

The National Fire Protection Association (NFPA), located in Quincy, MA, hosts the Urban Fire Forum. It brings together fire chiefs from prominent cities across the globe.

Their annual gathering facilitates the chiefs to provide policy direction concerning emerging challenges facing fire departments internationally.

Prominent figures from the fire service, including US Fire Administrator Dr. Lori Moore-Merrell and NFPA President and CEO Jim Pauley, were present.

Extreme weather patterns underline the urgency

Recent occurrences have underscored the fire chiefs’ urgency regarding this issue. For instance, in August, Lahaina in Maui faced devastating wildfires intensified by drought conditions and storm-like winds, marking it as the most fatal wildfire in the US in over 100 years.

Globally, such severe weather phenomena are on the rise.

In 2022, a total of 42 weather-induced disasters were recorded worldwide, each leading to damages exceeding a billion dollars.

In their paper, the chiefs mentioned: “Throughout history, fire and rescue departments have dedicated countless hours preparing to respond to catastrophic events, striving to minimise the effects on the communities they protect.”

However, with climate change’s persistent effects, there’s a growing need for fire service leaders to re-evaluate typical risks and acclimatise to the evolving threats of the present-day emergency response scenario.

They highlight the increasing challenge fire departments face, from impacts on their resources and manpower to the demand for specialised equipment and skills.

Pauley commented: “This isn’t merely a plea; it’s a guide to ensure our firefighters and communities are optimally equipped for the evident repercussions of climate instability.”

He further indicated that this position paper serves as a good representation of fire chiefs pioneering an essential facet of the NFPA Outthink Wildfire policy initiative, which aims to ensure fire departments are equipped to address wildfires safely and effectively.

Dr. Moore-Merrell, responding to the paper, said: “Across our nation and the globe, the menace of climate change-induced wildfires, coupled with frequent potent storms in unfamiliar territories, poses threats to individuals, communities, and first responders.”

She emphasised that fire departments, being at the forefront of such climate-induced incidents, require immediate enhancement in resilience and resources.

A forward-thinking approach and flexibility towards sustainable solutions are paramount, she added.

Mounting challenges and the road ahead

The position paper sheds light on the escalating challenges due to climate change and offers resources for fire departments to tackle them.

Recent news headlines offer evidence of community impacts ranging from severe heatwaves, catastrophic wildfires to unforeseen floods like the ones at the 2023 Burning Man Festival in Nevada’s Black Rock Desert.

Such incidents lead to loss of life, extensive damage, and significant socio-economic consequences, imposing an unparalleled strain on fire and rescue units.

The paper also outlines five core principles to guarantee a climate-resilient fire service, including proactive risk rethinking, a whole-system approach, a focus on mission, collaboration and inclusivity, and the adoption of durable solutions.

Otto Drozd, executive secretary of the NFPA Metropolitan Chiefs Association which coordinates the Urban Fire Forum, noted: “The scope of climate-related catastrophes affects both small towns and large cities universally.”

He added that this position paper from forum members underscores the gravity and extensive concerns of fire leaders.

For those interested in a deeper dive, the position paper is accessible here.

IFSJ Comment

The release of this position paper by global fire chiefs highlights a pressing concern that resonates universally.

It isn’t just a statement but a testament to the evolving challenges that fire and rescue departments face in light of our changing climate.

By offering a blend of insights, resources, and principles, this paper provides a foundational roadmap for departments worldwide.

As the frequency and intensity of climate-induced events rise, the collective efforts, as outlined in the position paper, can ensure that our fire and rescue services remain robust, resilient, and equipped to safeguard communities against the unpredictable adversities of a changing climate.

US Fire Administration to host summit on fire prevention and control

Registration is open for the US Fire Administration summit, set to address key challenges and innovations in the field of fire prevention and control

On October 10, 2023, the US Fire Administration will welcome national and federal leaders to its summit hosted at the National Emergency Training Center in Emmitsburg, Maryland.

This exclusive event will provide participants with an opportunity to engage with leading decision makers within the fire service industry.

A virtual audience of up to 2,500 fire service professionals is also anticipated.

Engaging agenda highlights pressing fire service topics

The day kicks off with a roundtable listening session from 9:00 to 10:30 am, featuring an array of esteemed speakers.

Chief Donna Black of the International Association of Fire Chiefs from Duck Fire Department, North Carolina, will be focusing her discourse on the topic of wildfires.

Meanwhile, Deputy Chief Kevin Quinn (Ret.) from the National Volunteer Fire Council and Union Fire District, Rhode Island, will take the stage to share insights on recruitment and retention.

Firefighter cancer, a pressing concern in the fire service community, will be addressed by Ed Kelly, the General President of the International Association of Fire Fighters (IAFF).

Jim Pauley, the President & CEO of the National Fire Protection Association (NFPA), is slated to delve into the nuances of codes and standards, an integral component of fire prevention.

The morning session will also see participation from Chief Ernie Mitchell (Ret.), the former US Fire Administrator and Assistant Director of Disaster Emergency Services for the City of Pasadena, California Fire Department, who will touch upon behavioural health.

Moving into the afternoon, a series of sessions will tackle a range of pressing issues.

Among them, the ‘State of Science’ segment will delve into the implications of emerging fire technologies.

Moderated by Commissioner Laura Kavanagh from the FDNY, this discussion will bring to light the human effects of structure fire trends, fire’s impact on displacement and homelessness, and the challenges posed by energy transitions such as the use of lithium-ion in structures.

A particularly anticipated segment is the session on climate change, where the expected impacts on the US will be discussed by Stephen Baxter, the Climate Services Program Manager from the National Oceanic and Atmospheric Administration (NOAA) and National Weather Service (NWS).

This session also promises a global perspective, with inputs from Marcus Vilhelmsson, Head of Fire and Rescue at MSB, Swedish Civil Contingencies Agency.

The day will conclude with Dr. Lori Moore-Merrell, US Fire Administrator, delivering the closing remarks.

How to attend

To register for the summit, visit the official website for the event by clicking here.

Further details can be found within the registration process, with the primary contact being Victor Stagnaro, CEO, accessible via mbiersner@firehero.org.

IFSJ Comment

The US Fire Administration’s upcoming summit, set for October 2023, promises to bring together the brightest minds in fire safety and prevention.

It’s an opportunity to exchange ideas, gain insights into the challenges faced by the fire service industry, and discuss pioneering solutions.

Such collaboration is vital, particularly when addressing issues like climate change, technological innovations, and firefighter health.

The gathering of so many experts and leaders in one place, combined with the commitment to tackle pressing issues, makes this event a key moment in the fire service calendar.

The first line of defence against wildfire

Gabriel Reza discusses the crucial role of community and infrastructure in the face of growing wildfire threats

With wildfires intensifying their frequency and ferocity, communities globally are grappling with the realities of evacuation, loss, and recovery.

However, proactive measures, from community education to home hardening, offer a beacon of hope.

IFSJ Editor Iain Hoey sat down with Gabriel Reza, an expert in the field, to shed light on the techniques used by professionals to combat this escalating hazard and share strategies that individuals and communities can employ to enhance their safety.

Can you tell me about yourself and your background?

I’ve been with the Glendale Fire Department for about 17 years, serving a city of roughly 200,000 within Los Angeles County, California.

I hold the title of Senior Environmental Safety Specialist.

This role is versatile in our department; one day I might be reviewing plans at the front desk, the next I could be out on a construction inspection or at a wildfire scene.

It’s a multi-functional title unique to our area.

During my time with Glendale Fire, I’ve served on numerous committees spanning both fire and building safety.

I firmly believe these professions should communicate regularly, as they share the common goal of ensuring safety.

I’ve also been the past president of the Southern California Fire Prevention Officers and am currently the Chair of the International Code Council, LA Basin chapter, Fire Life Safety committee.

Additionally, I participate in Wildland Fire Committees and the NFPA Committee.

What’s the significance of wildfire prevention in the current global climate?

Over the last decade, we’ve amassed significant data on wildland fire cycles.

Our objective is to break these cycles using active management in fire-prone areas.

This includes thoughtful planning to avoid placing homes and cities in danger zones.

We aim to predict the trajectories and spread of fires to ensure safety.

The State Fire Marshal’s office in California is extensively processing data to understand wildfire patterns.

The main importance lies in understanding the cycle, and then mitigating risks through vegetation management, home hardening, etc.

How has wildfire prevention and management changed in the past decade?

While wildfires are a natural occurrence with a history spanning centuries, the difference today lies in the legislation and policies.

Compared to the 1970s, 80s, and 90s, we now see unprecedented levels of legislative activity around wildfires.

Every three years, the US revises building and fire codes through national discussions.

Wildfire-related topics have now surged to the forefront of these discussions, affecting a range of codes from mechanical to plumbing.

Over the past decade, with the influx of data and legislation, there’s been a shift from national to state to local levels in ensuring homes are fire-resistant, a trend likely to continue for the foreseeable future.

What strategies effectively create defensible spaces around homes and communities?

Traditionally, a defensible space is maintained up to 100 feet around a property.

The first 30 feet is the most critical, emphasising proper brush clearance and yard maintenance.

Beyond those 30 feet, the focus shifts to pruning larger trees and shrubs.

During our inspections in the city and neighbouring counties, we’ve noticed the significance of this initial 30 feet.

It’s essential to be conscious of the vegetation type near your home, as well as any items or structures, like trash bins or sheds, which might increase fire risk.

There’s upcoming California legislation introducing a “zone zero,” targeting plants directly against homes that pose high fire threats.

This could result in mandatory removal of certain plants, underscoring the state’s focus on minimising fire hazards.

How is technology being used in wildfire prevention and management? Can you discuss any advancements?

Technological advancements have played a pivotal role in bolstering wildfire prevention and management efforts in recent years.

One such improvement is in our Geographic Information Systems (GIS).

This system’s ability to intricately map terrains aids in strategising preventive measures.

As cities and insurance companies leverage this data, it not only allows for a more proactive approach but also assists in forecasting fire patterns based on historical data.

Drones, too, have revolutionised our approach, particularly in the realm of enforcement and inspection.

Previously inaccessible or hard-to-reach areas are now within our grasp.

These devices provide us with real-time imagery and videos, enabling local authorities to comprehensively assess regions for potential hazards or breaches in safety protocols.

This has not only optimised the inspection process but has also been instrumental in formulating preventive strategies.

The exciting frontier, however, lies in the realm of Artificial Intelligence (AI).

Collaborative projects in California are now harnessing AI to develop sophisticated algorithms.

These algorithms aim to predict the onset of fires and their subsequent spread, taking into account an array of variables from wind patterns to topography.

Given the unpredictable nature of fires, having an AI system that can analyse vast amounts of data, including offshore wind flows or ocean breezes, marks a significant leap in pre-emptive fire management.

Additionally, California’s initiative to install cameras in the most fire-prone areas provides a continuous stream of data.

When this real-time data is processed by AI, it can highlight potential high-risk zones, offering an alert system to Fire Authorities even before a fire might break out.

This combination of AI and real-time monitoring ensures that responses are quicker, and preventive measures are more data-driven than ever.

Could you clarify the concept of home hardening and its importance in wildfire prevention?

Home hardening refers to the use of specific building materials and techniques that reduce the chances of a home igniting during a wildfire.

It doesn’t necessarily mean a complete overhaul of your home; instead, incremental changes can make a significant difference.

For instance, shifting to metal or non-combustible clay roofs, or various fire-resistant tiles, can offer considerable protection.

Similarly, opting for metal gutters with shields prevents the accumulation of flammable debris, while switching to dual-pane windows can guard against radiant heat, which has been known to pass through older, single-pane windows, causing interior fires.

In California, you can even get professionals to assess your home’s vulnerability to fire.

The objective is to make your home as fire-resistant as possible, step by step.

How vital is community education in wildfire prevention?

Public awareness is crucial, and unfortunately, for many, wildfires aren’t on their radar until they experience one first hand.

Early education, starting with schools, is pivotal.

Our outreach has evolved from merely teaching children to dial 911, to now informing them about evacuation procedures and emergency preparedness.

Engaging not only with schools but also communities and homeowners’ associations ensures everyone understands the risks and precautions.

When sharing information, we aim for simplicity and clarity.

Avoiding technical jargon and providing easy-to-understand guidance ensures everyone can actively participate in safeguarding their homes and neighbourhoods.

How can communities prepare for wildfire season?

I’d strongly recommend visiting your local fire station. Check if your city or county has an emergency mass notification system.

Many cities are now adopting such systems that alert residents through emails, text messages, or voice-recorded phone calls about incidents in their vicinity.

Additionally, check if there are any committees or training sessions in place for neighbourhood evacuations.

While many departments conduct evacuation drills, often, the notifications go unnoticed in mailed flyers.

Active participation in these drills may not always be high, but they are available in several places.

My primary suggestion would be to get in touch with your local fire department or city administration.

They can provide insights into available programs, especially since there’s an increasing focus, backed by grant funds, on public education, community outreach, and mass evacuation.

What should be prioritised when it comes to wildfire prevention?

The enforcement and awareness of proper vegetation management are paramount.

While the topic of enforcement can be sensitive, there are times when legal interventions become necessary to clear hazardous vegetation from private properties.

If homeowners don’t undertake the necessary precautions, fire departments might be compelled to intervene directly, using legal avenues if required, to manage the vegetation.

While our aim is always increased awareness, for authorities, a lot rests on the enforcement process.

Some fire departments may hesitate to strictly enforce these measures, but I believe it’s essential.

If we don’t address the risk in our most vulnerable regions, especially with habitual offenders, we are potentially inviting danger.

Addressing these issues proactively is crucial for everyone’s safety.

This article was originally published in the September 2023 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Perimeter Solutions unveils first fluorine-free firefighting foam concentrate on DoD’s qualified list

Shift towards eco-friendly firefighting foams

The Department of Defense (DoD) has added a new name to its Qualified Products List (QPL) for firefighting foams.

Perimeter Solutions, a renowned global manufacturer of firefighting foams, has announced its breakthrough product: a 3% MIL-SPEC synthetic fluorine-free firefighting foam.

This notable addition to the QPL indicates a significant step towards adopting more environmentally friendly alternatives in the industry.

This new foam allows federal regulations to encourage airport authorities and other government entities that rely on MIL-SPEC products to transition from the traditionally used aqueous film forming foam (AFFF) to a fluorine-free option.

Adapting to new regulations and guidelines

Since 1969, industry stakeholders followed the MIL-F-24385 specification which mandated the use of AFFF.

However, in a progressive move, January 2023 saw the introduction of the MIL-PRF-32725 (I1) – a new specification focusing on land-based, fresh-water applications for fluorine-free foams.

Crafted in Green Bay, Wisconsin, this particular 3% MIL-SPEC foam concentrate is tailor-made for efficiently combating gasoline and Jet A fuel spill fires.

Remarkably, it not only meets but surpasses the stipulated requirements such as the expansion ratio, burn back, and 25% drain-time performance metrics.

Emphasising its eco-friendliness, this product is biodegradable, non-persistent, and excludes siloxanes or intentionally added per- and polyfluoroalkyl substances (PFAS). Compatibility with varied equipment systems further boosts its utility value.

“We have pioneered the fluorine-free foam technology since the early 2000s,” Craig McDonnell, Vice President, General Manager of Perimeter Solutions’ Americas Suppressants and Prevention & Protection, commented.

“Our fourth-generation fluorine-free foam, now part of the QPL, accentuates our commitment to blending peak industry standards with environmental consciousness.”

McDonnell also highlighted how internal testing at Perimeter Solutions validated the foam’s efficacy in saltwater – a critical consideration as numerous water sources possess elevated mineral or salt levels that might compromise foam performance.

In a testament to their long-standing association, McDonnell revealed that Perimeter Solutions had previously collaborated with the Air Force during their Aircraft Rescue Firefighting foam transition between 2015-2016.

This partnership saw the delivery of a whopping 418,000 gallons of foam to 183 global locations.

Mark Siem, Business Development-Industrial, Chemist at Perimeter Solutions, added: “While some manufacturers are veering away from the new MIL-SPEC qualification program, Perimeter Solutions is unwavering in its resolve to provide top-notch fluorine-free foam solutions to both military and commercial sectors.”

For an in-depth look at Perimeter Solutions and the revolutionary 3% MIL-SPEC foam, click here.

IFSJ Comment

The evolution of firefighting technologies has been instrumental in safeguarding both people and assets.

This latest advancement from Perimeter Solutions marks a crucial milestone in our journey towards marrying efficacy with environmental consciousness.

The inclusion of a fluorine-free foam concentrate on the DoD’s QPL is a testament to the industry’s commitment to seeking sustainable alternatives that don’t compromise on performance.

As challenges mount and the world adapts, it’s imperative for solutions to reflect a balance between immediate needs and long-term environmental considerations.

Pye-Barker extends its reach with the acquisition of Iowa Fire Equipment Company

Pye-Barker’s steady growth trajectory

Pye-Barker Fire & Safety has acquired Iowa Fire Equipment Company, marking its entrance into its 40th state and adding five more locations to its rapidly expanding network.

With this acquisition, Pye-Barker continues its consistent growth as one of the dominant fire protection, life safety, and security service providers in the US.

The Iowa Fire Equipment Company is a leading name in fire protection and fire alarms, with operations spanning 16 states across the Midwest and Florida.

Iowa Fire and Pye-Barker: A journey of similarities

Iowa Fire Equipment Company began its journey as a single-employee fire extinguisher venture in Des Moines, Iowa.

Over the years, it has evolved into a reputable enterprise, delivering fire sprinklers, suppression systems, fire alarms, backflow preventers, emergency lighting, and exit signs across a significant portion of the country.

Their presence extends to five branches located in Ft. Myers, Florida; Des Moines and Iowa City, Iowa; Springfield, Missouri; and Terre Haute, Indiana.

“After researching multiple interested companies, I am confident in stating: Pye-Barker mirrors our values most closely,” said Brett Pruitt, Owner of Iowa Fire.

“They stand out as the prime choice for ensuring our customers’ enduring support and importantly, nurturing our team as our growth persists.”

“Pye-Barker’s partnership with Iowa Fire is pivotal as it paves our way into new Midwestern markets, reinforcing our vision to emerge as the top national choice for fire protection, life safety, and security solutions,” said Bart Proctor, CEO at Pye-Barker.

He further commented on the company’s focused, value-based acquisition strategy which prioritises collaborating with businesses that share their customer-centric values and team commitments.

It has been confirmed that Iowa Fire’s seasoned team will persist in their dedication to serving their clientele in both the Midwest and Florida regions.

IFSJ Comment

The merger of two leading entities within the fire safety and security industry, such as Pye-Barker and Iowa Fire Equipment Company, signifies a shift in the balance of service provision in the US.

As both firms have substantial experience and presence, their combined strength can further solidify their positioning in the market.

This strategic alignment means customers can expect enhanced services, innovation, and broader reach.

Furthermore, the mutual values and respect both companies hold for each other’s legacy suggest a synergistic relationship that will benefit both the staff and the consumers.

Industry onlookers should closely observe the resultant innovations and expansions stemming from this collaboration.

The Twin Towers’ Legacy: How 9/11 changed our understanding of progressive collapse

The catastrophic collapse of the World Trade Center’s Twin Towers on September 11, 2001, marked a dark chapter in global history.

Beyond the profound geopolitical implications and human tragedy, the event prompted a meticulous examination into why these modern skyscrapers fell and what lessons could be gleaned to prevent similar failures in the future.

From a fire and safety perspective, understanding the collapse has led to significant changes in building design, construction, and safety protocols.

The Collapse Explained

Initial Impact and Immediate Damage

When the hijacked airplanes struck the Twin Towers, they inflicted substantial structural damage by severing several exterior columns and damaging the building’s internal core. Moreover, the aircraft carried a significant volume of jet fuel, which ignited upon impact, initiating fierce fires.

The Role of Fire

Jet fuel, while a potent accelerant, burned away relatively quickly. However, the ignited office materials, from furnishings to paper, led to temperatures of up to 2,000°F (1,093°C).

While the Twin Towers were designed with fire-resistant materials, the intense heat weakened the steel structural components.

Steel starts losing its strength when exposed to temperatures exceeding 1,000°F (538°C).

The fireproofing, designed to protect the steel, was dislodged upon impact, rendering the structural steel vulnerable to the fires.

Progressive Collapse

The intense fires weakened critical structural components, making them incapable of supporting the immense weight of the floors above.

Once a floor failed, it set off a domino effect, with each subsequent floor collapsing under the weight of the debris and floors above, a phenomenon known as “pancaking”.

Progressive collapse, sometimes termed “pancaking,” is a chain-reaction failure of building elements.

When one structural component fails, it leads to the failure of adjoining elements, causing a cascade of failures throughout a structure.

In the worst-case scenario, this can result in the entire building collapsing.

The phenomenon became tragically well-known in the wake of the Twin Towers’ collapse, but its implications reach far beyond that singular event.

What Triggers a Progressive Collapse?

Several factors can initiate a progressive collapse, including:

  1. Extreme Loads: Unanticipated loads, such as blasts, can cause initial structural failure.
  2. Design Flaws: Inadequate design can lead to weak points in a structure, which, under stress, may initiate a collapse.
  3. Material Failure: Sub-standard materials or deterioration can weaken critical structural components over time.
  4. Construction Errors: Mistakes during construction can compromise the integrity of structural elements.
  5. Natural Disasters: Earthquakes, hurricanes, and other disasters can stress buildings beyond their design limits.

The Mechanism of Progressive Collapse

  1. Initiation: The process begins with the failure of a primary structural component. This can be a critical column, a load-bearing wall, or any component that supports significant weight.
  2. Load Redistribution: When one part fails, the load it was carrying doesn’t simply disappear. Instead, it’s redistributed to adjacent components. If these neighboring parts aren’t designed to carry this additional load, they too can fail.
  3. Cascade of Failures: As adjoining components fail and shed their loads onto neighboring elements, the cycle continues, leading to a cascading series of failures. In high-rise structures, the weight of the upper floors can be substantial, and as they fall, they add significant force to the floors below, further accelerating the cascade.
  4. Final Outcome: Depending on the building’s design, materials, and the cause of the initial failure, the outcome can range from the collapse of a single section to the complete destruction of the entire structure.

The Twin Towers and Progressive Collapse

In the case of the Twin Towers, the intense fires weakened the structural components of the affected floors.

Once these components failed, the floors above began to collapse onto the floor immediately below.

The combined weight of the falling floors and the force generated by the height they fell from were far beyond what the next floor could bear.

As each subsequent floor collapsed, it added its weight to the falling mass, progressively intensifying the force and momentum.

This cascade continued floor-by-floor until the entire structure was brought down.

Prevention and Mitigation Strategies

Understanding the potential for progressive collapse has led to architectural and engineering strategies to prevent or mitigate such events:

  1. Redundancy: Designing structures with backup systems or alternative load paths. If one component fails, the load can be safely transferred to other parts without causing a cascade of failures.
  2. Robustness: Constructing elements, especially critical ones, to endure unforeseen stresses or loads. This might involve using stronger materials or over-engineering certain aspects.
  3. Local Resistance: Designing specific structural components to withstand localised damage without a widespread collapse. This is particularly crucial for potential terrorist targets or buildings in disaster-prone areas.
  4. Tie Forces: Ensuring all parts of a structure are securely connected to one another, so that if one part fails, it doesn’t drag down adjoining elements.
  5. Regular Inspection and Maintenance: This ensures that any wear and tear, corrosion, or other degradation in structural integrity is detected and rectified in its early stages.

Lessons Learned: Fire and Safety Perspectives

Improved Fireproofing

The dislodged fireproofing in the Twin Towers was a pivotal factor in their collapse.

As a result, there’s been a push for more resilient fireproofing materials and application techniques to ensure that they remain in place during extreme events.

Redundancy in Building Design

Modern buildings are now designed with additional redundancy.

In engineering terms, redundancy refers to having multiple backup systems or structural elements to compensate if one part fails.

This reduces the chance of a progressive collapse.

Enhanced Evacuation Protocols

One critical lesson from 9/11 was the importance of efficient evacuation methods.

Modern skyscrapers now incorporate wider stairwells, fortified evacuation “safe zones,” and better signage to guide occupants during emergencies.

Some buildings have even introduced dedicated evacuation elevators.

Sprinkler Systems and Fire Suppression

While the Twin Towers had sprinkler systems, their effectiveness was compromised by the impact.

Enhanced sprinkler systems, which are more robust and cover more area, have since become a standard recommendation.

First Responder Communication

One challenge during the 9/11 rescue efforts was the difficulty first responders had communicating within the building and with their external teams.

Improved communication tools, training, and in-building systems have been introduced to address these challenges.

Building Codes and Standards

Post-9/11, building codes around the world have been revised.

They now incorporate lessons learned from the tragedy, emphasising not just the structural integrity of buildings but also their ability to withstand and contain fires, especially in high-rises.

IFSJ Comment

The fall of the Twin Towers was a multifaceted tragedy that resulted from a combination of unforeseen terrorist actions and the consequent fires.

The event galvanised the global community to re-examine and redefine skyscraper construction and safety standards.

Today, as a direct result of those lessons learned, buildings are not only designed to be taller and more awe-inspiring but also safer and more resilient.

Editor’s Note

The information presented in this article draws upon several key reports and studies. Primarily, the National Institute of Standards and Technology’s (NIST) “Final Report on the Collapse of the World Trade Center Towers” provides a detailed examination of the events leading up to and the reasons behind the Twin Towers’ collapse.

Additionally, FEMA’s “World Trade Center Building Performance Study” from 2002 offers valuable insights into the structural behaviour of the towers during the attacks.

Expert analyses in architectural and engineering journals, along with insights from the “9/11 Commission Report,” further enrich our understanding of the progressive collapse phenomenon and its implications in modern construction and safety standards.

Ship safety in the modern age with Survitec

Rafal Kolodziejski, Head of Product Support and Development at Survitec explains how SMARR-TI Enhances Fire Safety in the Maritime Industry

In an era marked by rapid technological advancements and evolving challenges in the maritime industry, ship safety management has never been more vital.

The introduction of new fuels, more complex systems, and the trend towards autonomous shipping has brought about new safety risks and hurdles.

The traditional safety management methods are becoming insufficient, leaving the maritime industry in need of innovative solutions.

Enter the Safety Management and Rapid Response Technology Interface (SMARR-TI), a ground-breaking solution that represents a transformative step forward in fire safety from Survitec.

By integrating fire detection and suppression systems within a single, interactive platform, SMARR-TI offers a comprehensive approach to onboard safety, addressing the contemporary maritime safety challenges.

Rafal Kolodziejski, Head of Product Support and Development at Survitec, reveals the direction of the maritime industry’s safety protocols and provides a closer look at the necessary innovations required to ensure safety at sea.

Can you explain the importance of ship safety management?

This is an exciting time for the maritime industry; we’re in a period of great change. There are key trends such as digitalisation and autonomous shipping driving the development of new and more advanced technologies.

At the same time, there is the drive towards greater sustainability, with the shift towards fuels that are more environmentally friendly, and the introduction of new legislative requirements to help reduce greenhouse emissions.

With new developments come new challenges. Each new or alternative fuel has its own safety risks and challenges.

For example, there is much discussion around effective fire suppression methods for methanol dual-fuelled ships, and for electrical propulsion systems with energy storage spaces.

The safe transportation of electrical vehicles and the risks associated with lithium-ion batteries is another focus area.

Furthermore, with autonomous shipping and the trend towards ships operating with fewer – or no – crew onboard, perhaps with operations being monitored from the shore, this then presents other safety risks and challenges that must be addressed.

Consequently, we see a greater need among ship owners and managers for solutions that can help to support crew with: Effective emergency procedures – i.e., procedures that are transparent and easy to follow; Early detection – to help identify changing conditions as early as possible to prevent a fire from happening; and Rapid response – to support fast and effective decision-making, especially in emergency situations.

How do traditional safety management methods fall short when it comes to contemporary needs of the maritime industry?

With the new fire risks and safety challenges associated with the new fuels and technologies of today, there is a renewed focus on fire prevention, and the possibility of detecting pre-fire conditions that can either allow for suitable preventive measures to be taken to avoid a fire from starting and/or that allows the crew to contain the fire more quickly and minimise damage.

We can also consider the number and complexity of the systems implemented on board a ship today, and the challenges this can present to crew.

A safety management system can potentially integrate different safety subsystems, allowing crew to manage them more easily and efficiently within one control system.

Diagnostics and preventive maintenance are also increasingly important, to ensure that the proper maintenance regimes are observed to keep safety systems running efficiently and to avoid any interruptions to service.

Remote support and monitoring services can also provide crew with fast access to expert technical support.

Systems can be monitored remotely – and even controlled, if required – from the shore, with the potential to log and track faults and analyse the data for insight on faults and/or behaviours.

What is SMARR-TI?

SMARR-TI stands for Safety Management And Rapid Response – Technology Interface. SMARR-TI is an interactive safety management solution that allows crew to monitor and control all their onboard fire safety systems – that is, their fire detection, fire prevention and fire suppression systems – within one integrated and easy-to-use solution.

SMARR-TI is unique in that it integrates both fire detection and fire suppression systems in one solution.

Currently, there is no other digitised safety monitoring solution that does this to such an extent.

How does the integration of fire detection and suppression systems contribute to enhanced safety onboard?

The aim is to give early warning of changes in a quick and effective way, and then to enable swift action to prevent a fire from happening.

A graphical visualisation of the fire systems on board the vessel is paired with real-time status updates and notifications, so crew receive early warning of any changing conditions.

In the event of a fault or alarm, crew has full visibility of the location of the alarm; the equipment at their disposal; and the ability to deploy systems automatically where possible, allowing them to take swift, decisive action to prevent or contain a fire, and protect onboard safety.

Can you talk about the interactive features of SMARR-TI?

In the event of a fire or an alarm, crew can see instantly where the alarm is located, visualised on the ship layout, and also the nature of the alarm (e.g., whether it’s the result of a technical fault or whether there is actually a fire).

Furthermore, they can select the protected space on the ship plan visualisation to see which equipment is available in that space; and then have the capability to activate a firefighting system within SMARR-TI by following the screen prompts.

All of these actions can be performed within SMARR-TI; all the information the crew needs is at their fingertips, thus shortening the time to action.

How does the SMARR-TI system supplement the SOLAS requirements for general arrangement plans onboard?

SOLAS Chapter II-2, Regulation 15.2.4 requires general arrangement plans to be permanently exhibited for the guidance of the ship’s officers.

These plans must show: structural fire prevention measures onboard ship (fire doors, fire zone barriers, etc); location of firefighting equipment; and how to access the different compartments & decks.

These are generally static plans, normally printed/mounted on walls, and supplemented by, e.g. instruction manuals for the different systems/equipment.

SMARR-TI supplements these general arrangement plans by providing a digital, interactive, graphical visualisation of the ship layout and all the structural fire prevention measures on board with Fire Detection & Suppression systems attached plus real-time alerts and notifications to alert crew of any changing conditions.

This means that not only can the crew see instantly where the alarm originates, they can also differentiate between e.g. a technical fault or the presence of smoke or flame.

The operating procedures for deployment of the firefighting systems can then also be displayed on screen, so the crew has all the information they need in one place to support quick and effective decision-making in the event of a fire.

Could you explain the specific role of SMARR-TI during a potential fire hazard?

Within SMARR-TI, crew members can receive instant notifications of technical faults impacting system delivery, such as faulty connections or interruptions to power.

They also receive warnings of pre-alarm conditions, such as temperatures exceeding predefined limits, or the presence of smoke or flame.

SMARR-TI allows them to distinguish immediately between routine maintenance issues and situations requiring an emergency response, so they can manage resources accordingly.

Furthermore, the crew can identify the precise location and exact nature of the alarm instantly on the ship plan visualisation.

They can also integrate and control their CCTV cameras within SMARR-TI, allowing for an immediate view of the affected zone and local areas.

This enables them to mobilise the crew more quickly and efficiently, equipped to take immediate, preventive action to secure the space and protect life.

Should there be a fire, crew members can immediately identify the safety systems at their disposal within the protected space.

They can then select a system within SMARR-TI and follow the step-by-step instructions displayed on screen to proceed towards deployment.

They can sound the alarm, close fire doors and fire dampers, shut down ventilation where necessary, and trigger signals to the public announcement and alarm monitoring systems, all within the same system.

The crew is also able to activate fire suppression systems, such as water mist, automatically, which reduces the time to deployment.

They can follow the operating procedures displayed on screen to guide them through system deployment, support effective decision-making, and reduce the risk of human error in high-stress situations.

The ultimate aim with SMARR-TI is to streamline firefighting operations and save valuable seconds or even minutes in an emergency, to help protect life and minimise damage.

Can you share your experience developing SMARR-TI alongside Turkish shipyard Tersan and Havila Voyages?

SMARR-TI was designed according to the requirements of Havila Shipping ASA, which had experience of similar systems from other suppliers.

The purpose behind building the application was to create a tool that could provide a graphical representation of the text information provided via their dedicated fire detection system.

From the start, it was made clear that this information should be presented clearly and effectively so that it should be immediately apparent to crew when there was an alarm/notification requiring their attention.

SMARR-TI was designed to depict both the location of the fire and the fire extinguishing system available for use, and then also allow for that fire extinguishing system to be released remotely where possible, with crew able to follow operating instructions presented on screen.

Most importantly, the required actions at each stage had to be intuitive and efficient: the application had to be simple and easy to use and to facilitate swift, decisive action.

What are Survitec’s future plans for the expansion of SMARR-TI?

The official launch of SMARR-TI at Nor-shipping in June generated a lot of interest, and we have had many interesting discussions, not only with shipowners and shipyards, but also with other technology providers and suppliers of fire solutions who are interested in the potential of SMARR-TI to support additional safety features and systems. 

Today we have SMARR-TI Mark-1, which integrates Fire Detection & Fire Suppression systems, however we have many other ideas on how we can further develop SMARR-TI, to support effective and efficient safety management – for example, the integration of loose fire equipment (information on location and servicing requirements); support for monitoring fire patrols; and, of course, the integration of other safety systems – to highlight just a few of the ideas that are currently on our radar.

This exclusive article was originally published in the September 2023 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Reflecting on 9/11

Lessons Learned for the International Fire and Safety Community

Today, we take a solemn pause to remember the tragic events of September 11th, 2001.

Over two decades have since passed, but the repercussions and lessons of that fateful day continue to reverberate throughout the fire and safety industry on a global scale.

The loss of nearly 3,000 lives, including those of 343 brave firefighters, is a sombre reminder of the sacrifices made by emergency response personnel and the inherent dangers they face.

As of now, an additional 341 FDNY members have succumbed to Ground Zero-related illnesses.

Last week, the FDNY added 43 new names to its World Trade Center Memorial Wall.

This wall commemorates Firefighters, Paramedics, and civilian support staff members who’ve passed away due to illnesses stemming from their valiant efforts during the rescue and recovery phases post the 9/11 attacks.

This addition represents the second largest group to be memorialized since the wall’s inception 12 years ago, which began with 55 names.

For the B2B community engaged in fire safety and response, the aftermath of 9/11 was a significant inflection point.

It underscored the urgent need to continuously adapt, innovate, and improve upon safety standards and protocols.

Several takeaways have shaped our industry in the post-9/11 era:

Inter-Agency Collaboration

The events of 9/11 emphasised the importance of seamless communication and coordination between various emergency response agencies.

Across the world, departments have worked harder to break down silos and establish joint training initiatives, ensuring a cohesive response in times of crisis.

Advanced Technology

The role of technology in fire and safety has grown exponentially since 9/11.

From sophisticated communication devices to drone-assisted reconnaissance, the tools available to our professionals have advanced, aiming to mitigate risks and improve response times.

Building Codes and Infrastructure

The collapse of the Twin Towers prompted a global re-evaluation of building codes, especially in high-rise structures.

As a result, many countries have revised their building standards, focusing on more resilient designs and materials that can better withstand extreme events.

Training and Preparedness

9/11 revealed vulnerabilities in crisis response.

Subsequently, training regimens have evolved, placing a greater emphasis on real-world simulations, scenario planning, and mental wellness support for emergency responders.

Global Network

Fire and safety professionals worldwide now recognise that threats are not localised.

By establishing international partnerships and sharing best practices, the global community can benefit from a collective wealth of knowledge.

As we look back at 9/11, let it be a reminder that our work in the fire and safety community is never truly done.

Continuous learning, adaptation, and collaboration remain crucial.

We owe it to those who lost their lives, and to the generations to come, to remain vigilant, prepared, and committed to safeguarding our communities from future perils.

To all our readers, partners, and those on the frontline – we honour your commitment and stand with you in ensuring a safer world.

International Fire and Safety Journal remembers and pays tribute to all the victims of 9/11, especially our fallen firefighting heroes. Let us never forget their sacrifice.

MSA Safety’s newest gas detector earns the Frost & Sullivan New Product Innovation Award

The ALTAIR io 4Gas detector gains recognition

MSA Safety has revealed that its latest portable gas detector, the ALTAIR io 4, has been awarded the 2023 Frost & Sullivan New Product Innovation Award in the global gas detection sector.

This announcement came as a testament to the product’s advanced features and MSA’s commitment to innovation.

Elevating the gas detection industry

The ALTAIR io 4 is the inaugural product in the MSA Connected Work Platform and was built to be a holistic and user-friendly safety solution.

It boasts a pioneering direct-to-cloud structure, enabling it to smoothly integrate with MSA Grid cloud-based software and the ALTAIR io Dock.

This interconnectivity can assist safety managers in amplifying compliance, efficiently handling their device arsenal, and boosting awareness of worker safety.

When used with MSA’s MSA+ subscription service, this device provides a robust system that augments worker safety, simplifying safety program supervision by offering immediate insight, ultimately optimising safety and efficiency for workers and worksites alike.

Recognition of distinction

Frost & Sullivan’s award acknowledges businesses introducing innovative products or solutions that aptly cater to essential consumer requirements.

This entails the company’s ability to envisage future industry needs and address emerging challenges and prospects.

The entirety of the Connected Work Platform ecosystem, which includes the ALTAIR io 4, the MSA Grid software platform, MSA+, and MSA id digital device assignment capabilities, is what set it apart during the evaluation.

A company’s perspective on innovation

Gustavo Lopez, MSA Safety’s Vice President of Product Strategy and Pricing, stated: “The Connected Work Platform is designed to make safety more straightforward and empower safety managers to devise adaptable and forward-thinking safety schemes.

“By utilising our top-tier sensor technology and cloud-based solutions, we’re facilitating safety managers to streamline their safety programmes via digital reporting and allowing them remote access to data.

“It’s a privilege to be acknowledged by Frost & Sullivan for this award, underscoring our persistent efforts to craft pioneering safety measures that safeguard people in their daily work environments.”

The criteria for success

To win a Frost & Sullivan award, products must meet the demands of industry customers, demonstrate reliability and superior quality, and display innovation in design.

Additionally, customer impact criteria such as cost-effectiveness, user experience during purchase and ownership, customer service, and brand value are factored in.

Further details on the Connected Work Platform and ALTAIR io 4 can be found here.

IFSJ Comment

The recognition of MSA Safety’s ALTAIR io 4 by a reputable institution like Frost & Sullivan signifies a significant shift in the realm of gas detection.

The device’s innovative design, coupled with its cloud capabilities, brings a fresh approach to safety management.

Moreover, the Connected Work Platform shows MSA’s dedication to optimising worker safety, which will likely set new standards in the industry.