SPL’s Post

Brian is a wealth of practical knowledge on BESS fire safety - if you happen to be at the event, I recommend tracking him down to discuss how ERM can support all things related to BESS entitlements and managing fire-related expectations!

⭐ Celebrating a Decade of Growth and Innovation with P2SAC ⭐ Reflecting on the incredible journey of the Purdue Process Safety & Assurance Center (P2SAC) over the past decade, it’s amazing to see how far we’ve come since that first meeting in a small conference room with just four companies. Today, we proudly collaborate with over 20 company sponsors from diverse industries, including oil & gas, chemicals, pharmaceuticals, and consulting firms. The financial support from these sponsors funds PhD student stipends for research in process safety, ensuring that our brightest minds can focus on solving real-world problems. Additionally, undergraduate and Masters students gain valuable experience and course credits through projects selected and mentored by our industry partners. The impact of this collaboration is profound. We’re not just advancing research; we are also equipping the next generation of engineers with the skills and knowledge they need to excel in their careers. This symbiotic relationship between academia and industry is the cornerstone of our success, driving innovation and fostering a culture of safety. Interested in joining this vibrant community and contributing to groundbreaking research? Click here to learn how you can collaborate with P2SAC and make a difference - https://lnkd.in/gikjK7kx

10,000 Hours Plus & The Spirit of Goggins The "10,000 rule" refers to an individual's extensive experience and expertise, often used in the context of expert witnesses, for example. Malcolm Gladwell popularized the 10,000-hour rule in his book "Outliers." It suggests that it takes 10,000 hours of intensive practice to master a specific field. ChemQuants invokes this language to convey the determination and precision required to stand and succeed in the environmental forensics arena. ChemQuants embodies the 10,000-hour rule well because the principal, Mark Cejas, has exceeded that count in his career. It's just a fact based on the time, energy, and passion he committed to his craft, delivering a principled and innovative approach to problem-solving in technical consulting. "The spirit of Goggins" refers to the mindset and philosophy of David Goggins, a retired Navy SEAL, ultra-endurance athlete, and motivational speaker known for his extreme self-discipline and mental toughness. His approach to life is characterized by pushing past perceived limits, embracing discomfort, and continually striving to perform passionately, with mental acuity, determination, and unwavering presence. The ChemQuants principal embodies the "Spirit of Goggins" through unwavering self-discipline delivered for his clients, regardless of whether the client is counsel or an agile and sharp engineering firm requiring defensible work product to be delivered to a regulator. We relentlessly pursue the truth behind environmental contamination with the same dedication and meticulous attention to detail that David Goggins applies to his ultra-endurance challenges. Choose the ChemQuants edge for the win in your project. #trainedhumility

As a young engineer, I had the privilege of working with renowned gas companies like BOC, Air Liquide, and Linde, where the emphasis on behavioral safety was paramount. We were trained in LeadSafe techniques, modeled after the DuPont STOP (DSS+ STOP) program, and also learned from case studies like the OPCAL Piper Alpha accident (1988), which starkly highlighted the importance of considering human factors in safety management. These experiences shaped my understanding of the critical role human factors play in safety. With OCIMF (Oil Companies International Marine Forum) SIRE 2.0, which emphasizes human factors, scheduled to go live soon, Professor Patrick Hudson's Hudson Safety Ladder framework is a good starting point for shipping organizations to understand the different stages of safety maturity and to assess their organizations. This framework explains the different stages of organizational safety maturity, from a pathological approach to a generative state, aiming for world-class safety standards. Find out more in this article by SAFETY4SEA: https://lnkd.in/gPMCvSh9 The development of a robust safety culture is crucial, where leadership and commitment to safety are evident at all levels of the organization. By fostering such a culture, we can ensure that safety becomes not just a priority but a core value embedded in every action we take. 🔧🚢 Let's continue to strive for excellence in safety, and together, we can achieve a safer and more resilient future for the maritime industry. #MaritimeSafety #HudsonSafetyLadder #SafetyCulture #BehavioralSafety #HumanFactors #SafetyLeadership

Impactful talks at the 27th Mary Kay O'Connor Process Safety & Risk Conference! This work emphasizes the importance of a comprehensive understanding of chemical properties, physical-chemical interactions, and rigorous simulation practices in ensuring safe processes. Without a solid foundation in the fundamental chemical engineering principles and chemical interactions, even the best simulation tools and thermodynamic packages can lead to inaccuracies that may result in unsafe operating conditions. Your presentations serve as a reminder of the essential role that deep chemical engineering knowledge plays in advancing process safety. #ProcessSafety #RiskManagement #MaryKayOConnor #PHA #SafetyCulture

At the Mary Kay O’Conner Process Safety and Risk Conference associated with Institution of Chemical Engineers (IChemE) and hosted by Texas A&M University Process Safety Center. Yes, I’m exhausted and probably look it, traveling, busy with lots of professional and personal activities - lots of ball in the air. Day 1 Takeaways: -Plenary Session on Australia’s BHP-Woodside’s process safety iniatives along with its energy peers: Chevron, ExxonMobil, Shell -Diverse presenters and participants - lots of international attendance, demographics of STEM has changed compared to other recent professional society meetings that I attended. -alternative energy, especially hydrogen. -AI applications has found its way into process safety -great insights by Katrina Groth’s technical presentation, pointing me to a great resource “Reliability and Risk Analysis (part of the What Every Engineer Should Know series) that I just ordered -hydrogen application on the physics of failure (entropy model for early detection/prediction); NFPA 2 Hydrogen Safety Standard and comparison to U.S. Department of Labor OSHA regulation which uses the 1969 NFPA 2 standard -got to inform the process safety community AIChE - American Institute of Chemical Engineers on the American Industrial Hygiene Association (AIHA) Emergency Response Planning Guides during the session consequence modeling -great opportunity refresh and further up-skill my existing PSM knowledge and skills https://lnkd.in/guBkbjce

Technologist are key drivers of industrial performance through delivery of excellence.

"🎉 Another successful Expert Talk concluded by our Chemical Engineering Department! Delving into 'Safety Management in Industrial Operations: Financial Implications and the Importance of Process Safety' was enlightening and essential. Stay tuned for more enriching discussions!"

"In the ever-evolving landscape of technical professions, staying ahead of the curve is not just beneficial—it’s essential. One way to ensure a technician’s expertise and commitment to industry standards is through certification. The Institute of Inspection, Cleaning and Restoration Certification (IICRC) stands out as a gold standard for professionals in various inspection, cleaning, and restoration fields." In this article, Neil Liquez, Chief School Administrator at Restoration Certified, explores why obtaining IICRC certification is crucial for technicians and how it can elevate their skills and credibility. Read full content here: https://hubs.li/Q02zQxhv0

🚀 Advancing Process Safety with Industry Projects 🚀 Our fall semester is packed with industry-driven projects, tackling critical safety challenges across sectors. With mentorship from companies like ExxonMobil, GSK, and Kenexis, our students are working on groundbreaking projects that span a wide range of topics. Here's just a glimpse at four of the ten projects this semester: 💼 Best Management of Change practices for hazardous materials – SCA ⚡ Reducing reactivity hazards using electrochemistry – Mentzer & Tackett 🌱 Using ammonia as a hydrogen carrier – PSRG 🧬 Estimating decomposition energies for organometallic materials – JM Our industry partners play a vital role in selecting and mentoring these projects, and we’re excited to collaborate with them to push the boundaries of process safety. Want to get involved in the action? There are plenty of opportunities to join us for future projects this spring. Our industry partners play a vital role in selecting and mentoring these projects, and we’re excited to collaborate with them in pushing the boundaries of process safety. If you’re eager to be part of the innovation, now is the perfect time to get involved.  Join us at the fall conference and explore new opportunities for collaboration: https://cvent.me/rg0970 #ProcessSafety #P2SAC #IndustryCollaboration #Innovation #Research #Mentorship