Energy Risk Engineering

• Hydrogen & BESS Projects: How Compliance Software Streamlines Design, Operations & Insurability

  Navigating the intricate code requirements for hydrogen (H2) and Battery Energy Storage Systems (BESS) projects can be a significant challenge, creating uncertainty for all stakeholders. This post introduces how purpose-built compliance software transforms these complex code mandates—like those from NFPA 2 for hydrogen and NFPA 855 along with UL 9540/9540A for BESS—into a structured, living dataset directly tied to physical assets, layouts, tests, and changes.For property and casualty underwriters, risk managers, risk engineers, and facility designers, this offers a straightforward path to de-risking projects and enhancing decision-making. Discover how these platforms streamline everything from design and permitting to construction, commissioning, and operations. Ultimately, this leads to reduced uncertainty in insurance pricing and capacity, clearer cost/benefit mitigation options, and faster claims validation

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  21:22

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• Machine Learning in Power and Chemical Plants

  In this episode, we explore how machine learning paired with current transformer (CT) technology is changing the way plants monitor and maintain equipment. Instead of wiring up flow switches, pressure sensors, or vibration probes, a simple clamp-on CT can learn the signatures of motors, pumps, and heaters—detecting start-ups, runtime, and even early signs of failure.We’ll walk through how easy these systems are to install, how the algorithms recognize operational patterns, and why one sensor can often replace a whole bank of instrumentation. You’ll also hear about the latest offerings from suppliers like ABB, Siemens, and Fluke, along with the pros and cons of each approach.For plant managers and engineers, this episode highlights how a focused subset of AI delivers practical results—cutting costs, simplifying maintenance, and giving better visibility into equipment health.

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  15:26

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  15:26
• IR and the new NFPA 70B requirements

  Tailored for engineers, this episode explores the technical and practical impacts of the new standard, with a focus on its significance for the energy industry—covering power generation, oil and gas, and renewables. Learn how to interpret IR scan results, ensure compliance, and integrate predictive maintenance strategies while enhancing workplace safety. Stephen shares expert insights on overcoming challenges, leveraging technology, and preparing for the future of electrical maintenance. Perfect for engineers seeking actionable knowledge without the sales pitch. Tune in to stay ahead in risk management and compliance!

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  15:33
• The DSPA Nitrogen Generator - non-pressurized Fire Protection System

  In this solo episode, we explore a lesser-known but increasingly relevant fire protection option for mission-critical environments: the DSPA nitrogen generator system. Designed for non-pressurized, on-demand inert gas generation, this system offers a clean, electrically safe suppression solution for data centers and battery energy storage systems (BESS).We break down how the technology works, compare it to bottled inert gas, Novec 1230, and water mist systems, and discuss real-world considerations around:Capital and 10-year lifecycle costSystem reliability and maintenance burdenCompliance with NFPA 75, NFPA 2001, and OSHAEfficacy in suppressing fires in data halls and containerized BESSIf you're a risk engineer, facility manager, or part of an insurance technical team, this episode delivers actionable insights without the sales pitch.🔧 Learn how on-site nitrogen generation could fit into your fire protection strategy—and where its limitations lie.

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• 9540 and 9540A Overview

  Learn about battery testing

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