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The global energy disruption of 2026: scale, consequences, and what it means for global society.
Still running permits on paper? In high-hazard industries, what feels familiar can quietly introduce serious operational and safety risk...
Inconsistency is the silent cost of STO planning — here's what AI can do about it...
In recent weeks, emergency responders across energy facilities in the Middle East have faced conditions no response plan was ever designed for — multiple fires igniting simultaneously across complex sites, often under ongoing uncertainty. The uncomfortable truth is this: when multiple fires occur at once, not everything can be protected. This article explores what that means in practice — and why the industry may need to rethink how it plans for what comes next.
STO planning isn’t failing because of people. It’s failing because of the systems behind them. After 25+ years working with global operators, we still see the same patterns — inconsistent estimates, disconnected schedules, late scope changes, and shutdowns that overrun when they don’t have to. This article breaks down where planning is going wrong — and what can now be done about it.
The conflict unfolding across the Middle East is no longer simply a geopolitical event. It is a structural disruption to global energy supply — and the full consequences have yet to be felt.
The region is entering one of its largest Q1 maintenance cycles in years. The operators who execute consistently will pull ahead. The ones who don’t will wonder why.
This article outlines a practical five-gate Restart Discipline model — and how leading operators use structured workflows, evidence-based readiness, and connected STO systems to bring assets back online safely and predictably.
The final 5–10% of STO events cause the most disruption. James Holt, IAMTech, examines why completions fail and how structured digital QA/QC helps restore control and confidence.
Turnaround planning often breaks down in the field. James Holt, IAMTech explores how to close scope, planning, safety, and execution gaps with modern turnaround management software.
Discover the importance of PTW (Permit to Work) meaning, and its role in ensuring workplace safety. Learn how it integrates with safety systems to enhance health and safety compliance.
Once the pride of global industry, the UK and Europe’s chemical sector now stands at a crossroads — burdened by high energy costs, aging infrastructure, and fierce international competition. Drawing on nearly three decades in the sector — and a family legacy stretching back to the First World War — Ross Coulman, MD of IAMTech, explores how the crisis facing the UK and EU chemical industries could become their greatest catalyst for transformation.
James Holt explores how to optimise turnaround scheduling for complex projects with a step-by-step guide. Learn how industrial AI and tools like iPlanAI reduce downtime, improve safety, and boost efficiency.
AI (Artificial Intelligence) is no longer a futuristic promise — it’s a proven, practical tool transforming how the world’s most complex industries operate. From oil and gas refineries to power plants, chemical facilities, and mining operations, AI is streamlining planning, boosting efficiency, and making work safer.
In our latest article, James Holt of IAMTech explores the root causes of turnaround scope creep—fragmented systems, lack of benchmarks, and late-stage changes—and shows how data-driven tools empower teams to regain control. By shifting from reactive decisions to predictive insights, organisations can reduce risk, improve schedule adherence, and drive long-term performance improvements across shutdown events.
Recognised as a finalist for AI Solution of the Year at the 2025 Lloyds British Business Excellence Awards, IAMTech Managing Director Ross Coulman reflects on the company’s three-year exploration of artificial intelligence. What began as small experiments in software engineering has grown into a company-wide culture of innovation.
If you're still unsure whether your organisation would benefit from electronic permit to work software, this short business case will help clarify why ePTW is quickly becoming one of the fastest-growing solutions in industrial safety and operations.
With over 20 years of experience developing software for some of the world’s most complex, high-risk industries, IAMTech Senior Developer Daniel Meggs shares his six-step guide to implementing bespoke software solutions. A straight-talking guide for industrial leaders on how to go from concept to fully deployed, business-ready software.
As businesses face increasing pressure to improve safety oversight and reduce administrative burden, electronic permit to work software has become a powerful tool. This article explores how digital permit systems are helping U.S. organizations streamline processes, enhance risk control, and achieve stronger compliance outcomes.
In this article, IAMTech’s James Holt explores when to stick with off-the-shelf software, when to customise, and when to go fully bespoke. With growing complexity across turnarounds, compliance, and asset management, the right choice isn’t always the obvious one — it’s the one that fits your operation best.
As more digital natives enter our industrial sites, this mindset is meeting legacy systems designed for users from a past era, and permit-to-work processes are amongst those visibly out of step. In this article, IAMTech MD, Ross Coulman examines what today’s industrial workforce expects — and how permit management must evolve to meet their needs.
James Holt, IAMTech's Commercial Director, explores how mastering the six phases of Shutdown and Turnaround Management with iPlanSTO can turn complex TAR events into strategic wins through precision planning, execution, and continuous improvement.
Whether you’re running a refinery, a process plant, or just figuring out how to modernise your processes, here are five secrets, from a seasoned software provider (and not-so-seasoned gardener), to help ensure your next software rollout bears fruit.
In this article, we’ll examine the limitations of spreadsheet-based planning, explore the operational risks it creates, and introduce purpose-built STO software that not only streamlines the process but delivers measurable returns. Let’s explore why now is the time to rethink your approach.
Making the switch from a traditional paper-based Permit to Work system to a new Electronic Permit to Work (ePTW) solution can sound difficult. Many companies worry that an ePTW will take months to implement and adopt, causing headaches and heartache along the way. At IAMTech, we make it simple.
Turnarounds are high-stakes, high-cost events vital for maintaining safety, performance, and compliance in heavy industry. With early preparation, tight scheduling, and digital oversight, companies can reduce downtime, control costs, and improve asset reliability.
Traditionally, Permit to Work (ePTW) systems and Job Safety Analysis (JSA) tools are managed on paper, leading to delays, errors, and poor visibility. Digital platforms now connect the two processes, creating a safer, more streamlined approach. Our latest article explores how.
In an era where many software companies start in a bedroom or boardroom, IAMTech’s origins are a little different — they began with superglue, plastic, and scale models of industrial plants.
The integration of an electronic Permit to Work (ePTW) can transform operations, enhance safety protocols, improve compliance, and streamline workflows, saving lives, time, money, and reputation. Companies who have already made the switch to ePTW have observed that integrating a digital solution has produced many benefits to their organisations, providing real-time visibility into work permits, reducing safety risks, and enhancing coordination among teams.
Here’s why 2025 is the year to fully embrace STO 4.0—and how digital tools are transforming the way turnarounds are planned and executed.
If compliance is on your organisation’s 2025 resolution list, here’s why adopting or upgrading an ePTW system should be your top priority.
BS 202001 seeks to standardise project controls by providing clear guidelines and specifications applicable to projects of all types and sizes.
This article delves into the specific benefits, challenges, and real-world applications of PTW software within industrial settings, featuring case studies from oil refineries and petrochemical industries. It’s essential reading for businesses still navigating the transition from paper-based systems.
Effective management plays a key role in preventing failures in industrial turnarounds. Careful planning is crucial, as studies show that 80% of turnarounds tend to exceed their budgets without proper oversight. STO (Shutdown, Turnaround, and Outage) software can significantly enable efficient cost control and decision-making during these complex operations.
Digital transformation in H&S leverages permit to work software to streamline compliance and safety. Focus shifts from paperwork to core tasks.
The move from paper-based safety systems to digital permit to work software significantly enhances worker safety, compliance, and procedural efficiency.
Staying ahead of the competition isn’t just about having the latest gadgets or cutting-edge equipment. It’s about having the vision to see beyond the horizon, the insight to anticipate what’s coming, and the drive to turn innovation into action.
As the world grapples with the complexities of energy production, environmental concerns, and economic pressures, the role of artificial intelligence (AI) in this industry is becoming increasingly prevalent.
The UK’s decision to raise taxes on North Sea oil and gas production has provoked strong reactions from industry players and set the stage for a complex interplay of economic, political, and environmental factors. As the country navigates this challenging landscape, the outcomes will have significant implications for its energy future and economic stability, particularly under the new Labour government’s more stringent environmental policies.
How Digitalisation Can Revolutionise Your Turnaround Performance, Ensuring Timely and Budget-Friendly Execution.
As the wider industry continues to struggle with unplanned outages, savvy organisations are seeing this as an opportunity to invest in improving plant reliability to capture market value - Read on to help your organisation Weather the Storm!
Our latest article explores maintenance planning and scheduling, exploring its complexities and offering insights into turning operational frustrations into gateways for continuous improvement.
In the journey towards software selection, the terms "configuration" and "customisation" often appear interchangeable. However, these words hold distinct meanings and implications that can significantly impact your software investment. Understanding these differences is crucial for making an informed decision that aligns with your organisations needs and budget.
In our last newsletter, we emphasised the importance of stakeholder involvement, engagement, and empowerment from the outset of any software project. This week, we explore the need for a common, agreed vision coupled with strong leadership—integral components for any successful software project.
The right software can revolutionise operations, but the path from selection to full utilisation is complex and filled with potential pitfalls. This week, we discuss why involving, freeing up, and empowering stakeholders from the outset is not just beneficial—it's essential.
Do you have a business requirement, that you cannot find an off the shelf software product for? Our software solutions services team is ready now to capture your requirements, provide a detailed estimate & to help you produce your business case.
