Table of Contents

Introduction

Let’s start with the story of the two factories.

Factory A and Factory B are both in the heavy industry sector, with complex operations, numerous employees, multiple shifts, a large number of contractors, and a high risk of accidents.

Factory A ​ relies on paper forms, emails, and spreadsheets. When something happens, such as a near-miss or an incident, it is reported in text, briefly analyzed, and then filed away. Corrections are slow. Repeats of similar accidents happen because lessons aren’t absorbed.

Factory B​​ invests in modern EHS software: digital incident/near-miss reporting, analytics dashboards, mobile apps, permit-to-work (PTW) workflows, and safety awareness tools (animations, e-learning). Factory B still poses a risk, but when incidents occur, they are communicated globally, lessons learned are disseminated, and corrective actions are tracked. Over time, incident rates drop, compliance improves, and costs fall.

Which looks more desirable as a CEO?

The Statistics That Demand Attention

Which looks more desirable as a CEO?

  • A Verdantix study found that companies using EHS software for over five years achieved an average ROI of 239%.
  • According to research by ASSP, organizations with robust EHS systems saw a 20-40% reduction in injury and illness costs.
  • The Liberty Mutual Workplace Safety Index (2023) reported that non-fatal workplace injuries alone cost U.S. companies USD $58.61 billion in direct costs.
  • Another benefit: process efficiency. One study demonstrated a 15% reduction in operational costs and a 7% decrease in safety incidents following the implementation of EHS management systems.

These numbers aren’t just abstractions. They represent what Factory A could become with the right tools and resources.

From Awareness to Action

Let’s bring in the real example from TECH EHS and see how a large multinational achieved concrete outcomes. This case study underlines how carefully chosen EHS software + safety education can shift culture, reduce risk, and deliver ROI.

Case Study: GKN Automotive / 3D Animated Safety Videos (TECH EHS) TECH EHS Solution
The Challenge

GKN Automotive, with ~25,000 employees, 47 manufacturing plants, 6 technology centres in 19 countries, had an issue: when accidents, near-misses, or incidents were reported, their method of sharing the lessons learnt was primarily text-based internal reports (email, etc.). This resulted in a poor understanding among the workforce about how events occurred, what precise sequence of failures or errors led to them, or how to prevent recurrence. Language barriers and lack of visual clarity reduced impact.

The Solution
  • TECH EHS developed animated recreations of accident/incident/near-miss scenarios using precise 3D models of actual equipment, using the actual sequence of events.
  • The animations were delivered in digital format and distributed across GKN’s facility network. They were displayed in key workforce areas, used in toolbox talks, awareness sessions, and cafeterias, among other locations.
  • Significantly, there is no need for voiceovers, which minimizes language issues. Visual clarity did the job.
Outcomes
  • Faster sharing of scenario details across the organisation – what had been slow report-writing became quick visual communication.
  • A “drastic decrease in accidents and incidents” was reported.
  • Significant ROI thanks to time saved in preparing reports, better employee awareness (leading to fewer repeat incidents), and less downtime.

This is illustrative of how an investment in well-designed EHS tools (especially ones that appeal to human cognition via visuals) can have outsized returns.

The ePTW (Electronic Permit-to-Work) Software: Another Lever

Another product that shows both risk reduction and efficiency improvements is the e-PTW system. Let’s see what this delivers, based on their description.

Key Features and Benefits:
  • Digitization of the entire Permit-to-Work lifecycle: from request, approvals, monitoring, and closure.
  • Ensures there is no bypass of critical approval steps and better transparency.
  • Real-time tracking of permits, risk assessments (e.g., hot work, confined space entry), isolation management, LOTO (Lockout/Tagout), and other relevant activities.
  • On the efficiency side: faster permit requests, early detection of conflicts (SIMOPS), elimination of paperwork, time savings for both field and compliance teams.
  • On the compliance side: easy retrieval of records, audit-ready reports, and consistency in enforcing safety rules.

While TECH EHS does not publish a fully quantified before/after on that page, the qualitative outcomes are strong: improved safety, better compliance, reduced delays, and faster approvals.

Putting It All Together: Strategy for CEOs & Safety Leaders

Step 1: ​ Diagnose the Pain Points

Ask:

  • How many incidents/near-misses are being under-reported or poorly communicated?
  • What compliance tasks (permits, work approvals, audits) are tracked with paper or disconnected systems? How much time does that consume?
  • Are key lessons learnt being lost due to poor communication, language barriers, or lack of visual clarity?
  • What risks are you exposed to (regulatory, reputational, financial) because of delayed reporting or procedural bypasses?

Step 2: Define Clear Metrics & ROI

Examples of KPIs to track:

Metric

  • Incident / near-miss rate
  • Time to approve permits/work requests
  • Days of downtime due to safety incidents
  • Cost of compliance administration (paper, manual tracking)
  • Employee engagement/training completion

Given the statistics, e.g., a 239% ROI over five years (Verdantix) implies that even modest reductions in losses, combined with efficiency gains, can pay off quickly.

Step 3: Choose Solutions That Scale & Engage

Some characteristics to demand:

  • Mobile-friendly apps enable field staff to report, view, and take action promptly.
  • Visual learning: animations, incident recreations, language-neutral visuals. (As in GKN’s case via TECH EHS.)

  • Integrated permit-to-work, risk assessments, LOTO, isolation, etc., so that safety is embedded in operations.
  • Dashboards / BI tools that give senior leadership (including the CEO) real-time visibility into operations and safety metrics. TECH EHS’s dashboard and KPI tools are examples

Step 4: Implementation & Change Management

  • Begin with quick wins, such as starting with one facility / one type of permit / one animated scenario.
  • Train field users, ensure buy-in. Visual tools can help cross language/cultural barriers.
  • Use feedback loops: collect near-miss data, share incidents, update procedures.
  • Measure continuously. Use the data to adjust strategy, improve modules, and expand rollouts.

Step 5: ​ Communicate and Sustain

  • CEO and senior management involvement is crucial—visible commitment, resource allocation.
  • Share success stories internally: reductions in incidents, cost savings, and worker feedback.
  • Capture both tangible savings (less downtime, fewer fines, less paperwork) and intangible benefits (employee morale, reputation with regulators/stakeholders).

What Happens When You Don’t Move Forward

Returning to our “Factory A” mindset: risks include repeated incidents, higher insurance premiums, regulatory/legal exposure, wasted time, and demotivation of workers. Also, in many industries, ESG and sustainability reporting are now expected by investors; poor EHS performance or lack of data could threaten access to capital or contracts.

So the cost of inaction may be greater than the combined cost of software and processes.

Conclusion: A CEO’s Call to Action

For CEOs, the case is strong: EHS software is all about operational excellence, risk management, brand value, worker well-being, and ultimately financial performance.

For safety managers, the message is: ask for tools that speak in visuals, integrate PTW, incident reporting, and BI dashboards, and engage every layer of the workforce.

As GKN’s case, via TECH EHS, shows: simple shifts in how incidents are communicated (e.g., animated videos), combined with enforcing and digitizing workflows (such as Permit-to-Work), lead to real results. Not only is there safer work, but awareness also rises, costs fall, and leadership gains clearer insight.

FAQs

It depends on your starting baseline and scale. If you have numerous paper/manual workflows, frequent incidents, and limited visibility, you can expect to see benefits (Reduced incidents, saved admin time, and compliance gains) within 6-12 months.

Cost depends on the number of sites, customisation, animations/3D modelling, training, and integrations.

Key metrics include incident counts, near misses, severity, lost-workdays, time to approve permits, audit non-compliance findings, time/cost spent on safety administration, training completion & employee awareness scores. Use dashboards or BI tools to track.

All companies with moderate to high risk: manufacturing, process industries (chemicals, oil & gas), pharmaceuticals, construction, logistics. Also, companies with multiple sites, heavy contractor usage, regulatory exposure, or ESG reporting requirements.

Some of the common challenges: resistance to change among staff (especially moving away from traditional/spreadsheets/manual methods), language or culture barriers, cost of customisation, data quality or data silos, integration with existing systems, and need for ongoing maintenance. But,with strong leadership and good change management, these can be managed.

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