Mary Pusey

blog post - arc flash studies

Understanding Arc Flash Studies: Ensuring Safety and Compliance

When it comes to electrical engineering, safety is our top priority. An integral element in safeguarding personnel and equipment is the utilization of arc flash studies. These intricate analyses are critical for facilities where electrical systems pose a significant risk for hazardous events. If you're an electrical engineer, facility manager, or safety professional, understanding when and why to employ an arc flash study is a vital aspect of your role in maintaining a safe working environment.

Importance of Arc Flash Studies

An arc flash study isn't just about compliance; it's about creating a culture of safety, preventing devastating accidents, and ensuring uninterrupted operations. At Allied Engineering and Design, we don't just assess risks; we craft solutions tailored to your unique facility needs.

What is an Arc Flash?

Before we delve into the specifics, let's clarify what an arc flash is. It's a type of electrical explosion that can occur when a significant fault passes through the air between conductors or from a conductor to the ground. The result can be incredibly dangerous – producing intense heat, fire, blinding light, and explosive pressure waves. Suffice it to say, it's something best avoided, and here's how an arc flash study helps.

The Role of Arc Flash Studies

Our experienced Electrical and Instrumentation (E&I) Group undertakes a systematic approach to assessing the potential risks associated with arc flash incidents. With their deep-rooted expertise in both current industry standards and the nuances of varied electrical installations, they're adept at pinpointing areas of concern.

A Comprehensive Approach to Safety

A comprehensive arc flash study encompasses several critical steps:

  • Data collection: It starts with gathering detailed information about your electrical distribution system, from transformer ratings to the lengths of cables.
  • System modeling: We use state-of-the-art software to simulate your system, identifying potential fault locations, and calculating the severity of possible arc flashes.
  • Protective device evaluation: We scrutinize existing protective devices to ensure they are set correctly and propose adjustments as necessary for optimal protection.
  • Label installation: Once the study is complete, we provide clear, OSHA-compliant labeling for electrical components, clarifying the level of risk and necessary protective gear.
  • Safety training: Knowledge is power, and empowering your personnel with the know-how to recognize and avoid potential hazards is key. We offer specialized training sessions that are as engaging as they are informative.

The goal of our arc flash studies goes beyond merely fulfilling regulatory requirements; we prioritize proactive risk management and the installation of preventative measures to mitigate the likelihood and potential impact of an arc flash event.

When to Conduct an Arc Flash Study

While awareness of arc flash hazards has increased over the years, many still wonder when they should conduct these vital studies. Here are a few situations that call for an immediate analysis:

  • New construction or renovation: Whenever a facility is erected or substantially modified, it's crucial to understand the new electrical landscape through an arc flash study.
  • Equipment changes: Upgrading or adding new electrical equipment can change the dynamics of your power system, necessitating a fresh look at potential arc flash risks.
  • After a significant incident: If an arc flash or another type of electrical accident occurs, reassessing your system's safety becomes a top priority.
  • Periodic review: Even if the layout hasn't changed, a periodic review is wise, as wear and tear or subtle changes can influence the system's safety over time.

Conclusion: Allied Engineering and Design's Commitment to Holistic Safety Standards

The team at Allied Engineering and Design is committed to elevating the standard of electrical safety through comprehensive arc flash studies. Our E&I Group is ready to partner with you, leveraging their expertise to furnish advanced solutions that protect both your personnel and your operations. An arc flash study isn't just a component of a safety checklist—it's a cornerstone of a diligent safety strategy.

Are you ready to prioritize safety and enhance your facility's electrical risk management? Contact Allied Engineering and Design to schedule an arc flash study that promises peace of mind and a commitment to excellence. Protect your team, protect your facility, and ensure a future where safety comes first.

decarbonization blog

Decarbonizing America's Industrial Sector: AED's Commitment to a Sustainable Future

In the global pursuit of net-zero greenhouse gas emissions by 2050, the spotlight is on transformative solutions reshaping the energy landscape. At AED, a leading chemical and industrial engineering firm in New Jersey, we recognize the critical role played by innovative energy storage solutions. These advancements offer a sustainable alternative to conventional lithium-ion batteries, ensuring durability and cost-effectiveness in our collective quest for a cleaner and more sustainable energy industry. As we witness the evolution of these technologies, we remain steadfast in our commitment to support and implement eco-friendly practices that align with the broader goal of achieving a greener future.

The challenge of decarbonizing the world's electricity supply is a multifaceted endeavor. Electricity production and heat contribute significantly to global emissions, impacting homes, industries, and transportation systems. The International Atomic Energy Agency forecasts a doubling of electricity production by 2050, emphasizing the urgency to transition away from fossil-fuel-fired power stations. The recent announcement by the US Department of Energy (DOE) regarding $135 million in industrial decarbonization awards marks a significant milestone. AED aligns with the DOE's roadmap, emphasizing low-carbon fuels, energy efficiency, industrial electrification, and carbon capture, utilization, and storage (CCUS) as key strategies for achieving deep decarbonization in the industrial sector.

As champions of sustainable engineering, AED recognizes the diversity and complexity of energy inputs, processes, and operations in the industrial sector. Our approach involves integrating sector-specific technologies and crosscutting strategies like energy efficiency and industrial electrification. By actively engaging with advancements that resonate with the DOE's Industrial Decarbonization Roadmap, AED aims to contribute meaningfully to the paradigm shift toward a low-carbon future. Decarbonizing the industrial sector is not just a goal; it's a shared responsibility, and AED is proud to play a pivotal role in this transformative journey.

chemical engineering firm in New Jersey

Green Ammonia: Pioneering Sustainable Chemical Engineering Energy Solutions for a Better Tomorrow

In the face of climate change, a game-changing solution emerges from chemical engineering history— a resurgence of Fritz Haber and Carl Bosch's monumental work, this time in the form of green ammonia. Produced through water electrolysis powered by renewable energy sources, this innovation replaces hydrocarbon-based hydrogen, revolutionizing ammonia production and drastically reducing carbon emissions. With the capability to capture and store hydrogen for emission-free energy, green ammonia represents a pivotal advancement in the realms of chemical engineering and sustainable fuel technologies. At AED, a leading chemical engineering firm deeply integrated with the energy sector, we're dedicated to unlocking the full potential of green ammonia, steering us towards a more sustainable and eco-conscious future.

In a great stride towards sustainable energy solutions, CF Industries is embarking on a green ammonia project right here in the United States. Over the next three years, a staggering $100 million investment will be channeled into converting 20,000 tons per year of conventional ammonia at their flagship facility in Donaldsonville, Louisiana, into its eco-conscious counterpart, green ammonia, through the installation of advanced electrolyzers. Notably, the electricity powering this transformation will be sourced from renewable energy, solidifying the commitment to a greener, more sustainable future. This pioneering effort resonates strongly with AED's unwavering support of energy innovation within the United States, reinforcing our shared commitment to a greener, more sustainable future as a top chemical engineering firm in New Jersey. Together, we're driving the transition towards a more environmentally-conscious tomorrow.

The journey towards sustainable fuel solutions involves a comprehensive approach

The journey towards sustainable fuel solutions involves a comprehensive approach, from the conceptualization of green ammonia to its practical application in the energy sector. AED’s commitment to this cause goes beyond the technicalities—it's about pioneering a future where eco-consciousness and industrial engineering progress coexist harmoniously. By integrating green ammonia into our arsenal of sustainable energy solutions as a chemical engineering firm in New Jersey, we're not only redefining the boundaries of chemical engineering but also championing a cleaner, more sustainable world for generations to come.

co-op program blog post

Paving the Way for Future Engineers: AED's Co-Op Program

At AED, we believe in nurturing the next generation of engineering talent. That's why we are proud to offer a dynamic co-op program from the best engineering firm in New Jersey that provides valuable hands-on experience to engineering students from colleges like Drexel University. Our co-op program opens doors for aspiring engineers, allowing them to work on a diverse range of projects and gain practical skills that will set them up for success in their future careers.

A Gateway to Real-World Experience

Our Co-Op program is designed to bridge the gap between classroom learning and real-world application. As a participant, students have the opportunity to work alongside our experienced professionals, immersing themselves in the engaging world of civil engineering, chemical engineering, and more. From day one, they contribute to meaningful projects, applying their theoretical knowledge to practical challenges and gaining valuable insights into the industry.

We understand that hands-on experience is crucial for the growth of young engineers. That's why our co-op program exposes students to a variety of projects across different sectors of the engineering world. Whether it's process optimization, equipment design, or research and development, our co-op participants get to work on projects that align with their interests and career goals. This diverse exposure helps them build a well-rounded skill set and explore various facets of engineering.

Mentorship and Professional Development

We believe in fostering a supportive learning environment for our co-op participants. Throughout the program, students are paired with experienced mentors who provide guidance, feedback, and valuable industry insights. Our mentors are dedicated to helping students develop both technical skills and professional competencies. From enhancing communication and teamwork abilities to refining problem-solving and critical thinking skills, our co-op program is a stepping stone towards holistic professional development.

Building a Network of Opportunities

The benefits of our co-op program extend beyond the duration of the experience. Through their involvement with AED, students have the opportunity to build connections within the industry. They can network with professionals, attend industry events, and gain exposure to potential future employment opportunities. Our co-op program serves as a launchpad for students to establish a strong foundation and forge valuable connections that can propel their careers forward.

AED's co-op program is a gateway for engineering students to dive into the world of engineering, gain practical experience, and develop essential skills for their future careers with the best chemical engineering firm in Swedesboro and Philadelphia. By offering diverse projects, mentorship, and a network of opportunities, we empower these talented individuals to become the next generation of leaders in the field. We are proud to support their growth and contribute to the development of the engineering community. To learn more about our co-op program and how it can shape your engineering journey, visit our website or reach out to our team. Together, let's pave the way for a brighter future in chemical engineering!

rtp and aed new copy

Proud to Welcome Midwest Engineering Firm RT Patterson to the Family

Allied Engineering is excited to welcome RT Patterson Company (RTP) to our family of companies. RTP is a well respected and established engineering firm based in Pittsburgh, PA with a legacy dating back more than 65 years. This strategic acquisition marks a pivotal moment that amplifies our engineering design services in New Jersey and solidifies our position among the top chemical engineering firms in Philadelphia, allowing us to deliver even greater value to our esteemed clients.

Welcoming RTP aligns perfectly with our commitment to delivering exceptional engineering design services in New Jersey and beyond. RTP is renowned for its expertise in the heavy industrial, steel, manufacturing, aluminum, and utility markets. With their extensive knowledge and strong track record for excellence, they bring a wealth of experience and a significant legacy to our organization. 

With their engineering firm headquartered in Pittsburgh, RT Patterson boasts additional offices in Crown Point and Evansville, Indiana. This expanded presence strengthens our ability to serve clients in these key regions, providing local support and expertise. AED has already started to collaborate with RT Patterson on several key projects. 

We extend our warmest welcome to the RT Patterson team as we embark on this exciting journey together. We are confident that this collaboration will continue to unlock new opportunities, strengthen our capabilities, and enhance our ability to meet evolving engineering needs.

For inquiries and to explore the range of our enhanced engineering services, contact us at

Dennis Zatlin ellis island award

Dennis Zatlin Awarded the Ellis Island Medal of Honor

We are delighted to announce the extraordinary achievement of Dennis F. Zatlin, President of Allied Engineering, as he receives well-deserved recognition for his outstanding philanthropy and humanitarian initiatives in the Philadelphia region. Dennis's unwavering dedication to enhancing the lives of underprivileged youth and families has earned him the prestigious Ellis Island Medal of Honor. This esteemed award is bestowed upon individuals who exemplify integrity, passion, gravitas, humanitarianism, and ethnic heritage while making remarkable contributions to their communities.

Dennis's philanthropic endeavors have left an indelible mark on numerous organizations striving to create positive change for individuals in need. Through his generous financial and personal support, he has played a pivotal role in empowering organizations such as the Ertz Family Foundation's House of Hope Project, Bringing Hope Home, Timoteo Sports, the Make-A-Wish Foundation, and the Challenge Program.

We take immense pride in celebrating our President's well-deserved honor, which highlights his remarkable dedication and commitment! Read the full press release to learn more about this remarkable achievement:

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AED is part of the Allied Resources Group (ARG). Our family of technical companies offer a collaborative environment, flexible work opportunities, and a family-centric culture.