How Climate-Related Conditions Are Changing Forensic Engineering Investigations

The discussion around climate change may still be evolving, but the evidence that certain groups, such as insurance providers, leading educational institutions, and even the U.S. Army Corps of Engineers, are making changes is undeniable. Weather shifts and the increase in extreme storms are impacting the forensic engineering industry.

Commercial and industrial facilities are exposed to new failure patterns. Equipment that once operated reliably under predictable weather conditions is experiencing new forms of stress. Climate-related conditions and how these environmental impacts relate to current systems are changing. Moisture, sustained heat, and soil instability all play a role and must be integrated into modern forensic investigations.

What Forensic Engineering Evaluates After a Failure

Whenever a system fails, forensic engineers like our team at Dreiym Engineering are called in to determine the root cause. We use verifiable evidence through several tools and procedures to better evaluate system performance.

As we report on the sequence of events leading up to a failure, we may review electrical systems, material conditions, and operational data. Every detail from the insulation around older home wires to connections in an oil refinery is investigated.

In recent years, the environmental impact on these systems has increased. Instead of being secondary or ancillary causes, they are often primary contributors to the failure. What this means for businesses in any sector, let alone industrial or mechanical ones, is that future planning must include climate shifts.

Climate-Related Conditions Now Showing Up in Failure Evidence

In 2023 alone, the United States experienced 28 separate billion-dollar weather and climate-related disasters. Each one resulted in severe property damage, loss of life, and extended operational downtime, risking future solvency.

The annual occurrence of tidal flooding has increased 5 to 10-fold since the 1960s. That’s a serious concern given the number of coastal facilities that need electrical grounding and cathodic corrosion protection.

Heat waves with sustained high temperatures that fray and crack electrical wires or freeze-thaw cycles that contribute to system instability all play a role. Repeated expansion and contraction will weaken materials, damage connections, and cause systems to fail. The more water in a space, the greater the saturation and erosion. The same is true for practically every other weather-related condition.

These are not isolated incidents. They are patterns that must be taken into account when you build a new space, upgrade an older building, or proactively plan to reduce operational risk in the future.

How Environmental Impact Is Changing Electrical System Failures

Electrical systems are a good example of risky environmental exposure. Conductors that once operated within safe temperature ranges are having a harder time when sustained heat persists during a long spring or summer season.

Moisture intrusion is another issue. Water from too many storms can quickly seep into control panels, conduits, and equipment. That introduces conductive pathways that often result in short circuits, erratic system behavior, and outages. The average power outage is longer than ever, lasting over 12.8 hours, up from 8.1 hours in 2022.

When weather conditions and climate risk impact electrical instability, you have to adjust planning. A surge from a lightning strike or grid disruption will influence your operational budgeting and influence future failure rates.

Why Corrosion and Soil Degradation Are Increasing Risks

The soil your building rests on is also changing. Corrosion and soil degradation analysis are now essential because humidity levels are rising and flooding is more common. That leads to more metal components being exposed to conditions that promote oxidation, harming underground conductors and structural supports.

With varying environmental conditions come changes in soil chemistry. Saltwater intrusion in coastal areas and shifting pH levels accelerate material deterioration. Your systems need stable soil conditions. Without them, grounding performance degrades, increasing risk. It might be a slow process, but it changes how forensic engineers like our team do their work.

Why These Failures Are More Complex to Diagnose

The real problem is failure investigations. Any firm not sensitive to shifting climate impacts is overlooking the complexity of major incidents. In many cases, failures are no longer caused by a single point, but a collection of conditions.

Consider an aging warehouse. The electrical systems are already experiencing the normal wear and tear of time. When coupled with shifting environmental conditions, these issues accelerate and interact in ways that are much harder to diagnose.

It’s not just the root cause, but also the extended periods of exposure. A sudden mechanical breakdown is much easier to understand than long-term, environmentally driven degradation. When the failure finally occurs, the contributing factors might no longer be present, leaving engineers to decide how best to move forward.

We’re adapting by evolving our forensic engineering investigations. Environmental and local weather data are now incorporated into many of our analyses and reports. Site assessments now consider exposure history, moisture levels, temperature fluctuations, and soil conditions. We can provide a more comprehensive and evidence-based report by demonstrating how this exposure contributes to the investigation at hand.

You’ll find this expansion across most scientific niches. Material analysis now looks at component wear and insulation degradation. Testing methods might include corrosion assessment or long-term water contamination behavior. The documentation almost demands a more complete picture for clients, legal experts, and insurance agents to determine where fault lies and who is responsible for fines, repairs, or maintenance.

What This Means for Commercial and Industrial Facilities

Whatever your stance on climate change, there simply is an increased risk to your facility operations, especially if you’re near the coast. That increased risk directly translates into more frequent equipment failures and higher maintenance demands.

If you want to reduce the chances of being stuck in a FEMA-related situation or avoid disasters that contain substantial recovery costs, you need to consider the whole playing field. Insurance companies are already waking up to these possibilities, using weather-related events to explain failures so they pay out less to policyholders. To insulate your operations, you need the expertise of experienced, adaptive forensic engineers willing to examine all aspects impacting your systems.

It is no longer viable to wait and react to failure. Climate-related conditions on infrastructure are measurable and incredibly predictable. Proactive evaluation helps you identify issues that may not be as visible, ensuring you can adjust and plan for the future without exposing operations to as much financial or downtime risk.

As the role of forensic engineering expands, so must the call for preventative measures. Something as simple as an electrical failure analysis or a fire risk assessment that considers environmental impacts and climate-related changes can help alleviate potential fines and fees.

Prepare for Tomorrow by Calling Today

At Dreiym Engineering, we offer over 30 years of experience in forensic investigations. Our professional, licensed engineers can help with everything from analyzing a fire’s origin to ensuring you have proper corrosion protection in a flood zone. Schedule a consultation with our team today to better protect your business from the extremes of tomorrow’s climate.