The war in Iran is affecting oil and energy markets, driving up prices and increasing volatility in global freight and logistics. For the companies operating in the electronics and IT disposition and end-of-life recycling, the result is a noticeable change in cost pressures and risk considerations in a sector that depends heavily on transportation, power, and cross-border material flows.
Oil benchmarks provide clues to the extent of the problem. Brent crude has climbed into the low-$90s per barrel, roughly a third higher than a month ago and well above levels seen through much of 2025. U.S. crude futures recently posted one of their sharpest weekly gains on record as fighting in and around Iran disrupted flows through the Strait of Hormuz and unsettled traders. A significant share of globally traded oil normally passes through that narrow waterway. At the same time, operators of container ships and tankers have curtailed sailings through the Gulf or rerouted vessels around the Cape of Good Hope, adding cost and time to some of the world’s busiest trade lanes.
ITAD professionals handling logistics and operational issues know that the freight impact shows up quickly in diesel and transport costs. Retail and wholesale diesel prices move on weekly cycles, and in recent weeks, they have climbed sharply as refiners and distributors reprice against higher crude and tighter middle-distillate supplies. Carriers respond by adjusting fuel surcharges, which are often indexed to published diesel benchmarks. Hence, ITAD haulers and downstream logistics partners see higher line-haul and drayage rates within one or two billing cycles. Internationally, routing away from the Gulf and Suez adds days or weeks to voyages and requires more fuel per move, which feeds directly into quoted ocean rates and surcharges.
For users of transportation services, including ITAD providers, that combination means higher per-mile collection costs, more expensive export moves for scrap and refurbished equipment, and increased uncertainty around transit times and scheduling, even before renegotiating any long-term contracts. These developments hit a business model built on moving material. Higher diesel prices feed directly into collection routes and regional consolidation runs. Export-heavy flows of scrap and refurbished devices that once moved through relatively predictable corridors now face longer and less predictable transit times on some international downstream lanes. Providers that locked in multi-year, thin-margin contracts before this price spike are already seeing pressure on profitability, especially where contracts leave little room to adjust for fuel and freight shocks.
Shifting economics
At the same time, the economics of hardware, components and materials are shifting in ways that matter to the sector. The global electronics recycling and ITAD universe is valued at the mid-tens of billions of dollars, with projections toward the low hundreds of billions by the early 2030s, driven by e-waste volumes, regulation and data security. Within that growth curve, higher energy and shipping costs tend to improve the relative attractiveness of reuse and value recovery. More expensive primary production and logistics raise the total cost of new equipment and of moving that equipment through global supply chains.
In this environment, enterprises have more reason to consider extending the life of existing assets, redeploying hardware internally, or incorporating refurbished devices and harvested components into their strategies. At the same time, many organizations respond to macro and cost pressure by lengthening refresh cycles and holding certain device categories longer before they enter the ITAD stream. Both forces are at work: the value of what eventually arrives goes up, but the cadence of when it arrives may slow.
The component market is amplifying these effects. Demand for AI infrastructure has driven a sharp spike in prices for DRAM (Dynamic Random Memory), NAND flash (non-volatile storage) and enterprise SSDs, as contract prices for some memory and flash products have risen by large double-digit percentages in a matter of quarters and, in some cases, roughly doubled over six to twelve months. Suppliers to hyperscalers and large enterprises are signaling that capacity for high-end drives is effectively sold out in the near term.
Parallel to that, server memory pricing is widely expected to remain elevated as semiconductor fabrication plants (known as fabs) prioritize AI-oriented products. Those dynamics are already visible in secondary channels: recent benchmarking has shown server resale values in the ITAD stream climbing to several times their historical averages, largely because constrained supply for standard memory and storage has pushed more buyers toward refurbished systems and harvested components.
For ITAD firms with robust capabilities, from testing and grading to remarketing, the spread between processing costs and resale revenue becomes an increasingly important profit lever. Memory-rich assets, including AI-adjacent servers, storage arrays, and certain client devices, can generate significantly higher recovery values than they did a few years ago. For these providers, value recovery and shared resale upside can help offset higher logistics costs. In contrast, operators whose offers are built almost entirely on destruction services, with limited resale or component harvesting, face higher input costs without a corresponding opportunity to capture additional value.They are more exposed when customers decide to defer refresh.
Rethinking risk and sustainability
The geopolitical dimension of the Iran conflict also feeds into how large customers think about risk and sustainability. A conflict that affects both energy supplies and major shipping routes reinforces concerns about concentration risks in supply and disposal chains. Many multinational enterprises were already under pressure from investors and regulators to demonstrate that they understand and can manage exposure to specific regions and chokepoints. End-of-life IT assets are part of that picture: boards and risk committees increasingly want to know not just that data is destroyed, but also where material goes, under what regulatory regimes, and with what environmental profile.
At the same time, the push to account for Scope 3 emissions and to document circular economy benefits gives more weight to programs that can quantify avoided emissions and material recovery. ITAD partners who can produce credible, client-facing reporting on reuse rates, recycling performance, and carbon implications are better positioned to turn current market conditions into a competitive advantage. They can connect the dots between volatile energy and component markets, the cost and risk of new equipment, and the emissions profile of different disposition strategies.
Obviously, none of this removes the immediate operational challenges. Higher fuel and electricity costs, more expensive freight and longer transit times are difficult realities for a sector that has often competed heavily on price and logistics. If current conditions in both energy and component markets persist, the contrast between providers that can explain, with data, how they help customers manage cost, risk, refresh timing and ESG exposure, and those whose story still begins and ends with asset removal and certificates, is likely to become more visible in procurement processes and could influence which providers gain or lose ground in ITAD.
