The logistics environment facing U.S. chemical companies is being shaped by pressures on both sides of the supply chain. From overseas, importers continue to contend with elevated costs, changing tariffs and uncertainty around when products should move. Domestically, higher diesel prices are adding pressure to trucking and final-mile transportation costs. Together, these forces are making logistics less about simply finding transportation and more about managing the total delivered cost of a product.
Ocean freight is a good example. Earlier this year, importers accelerated shipments to get ahead of tariff changes and other anticipated cost increases. This front-loading helped drive unusually strong container volumes through major U.S. ports.
The Port of Los Angeles, for example, handled its second-highest July volume on record, with nearly 500,000 import TEUs. Port officials attributed part of that strength to importers rushing goods into the country ahead of tariff changes.
But that strategy has consequences. Pulling shipments forward creates a short-term increase in demand for ocean transportation, followed by the possibility of softer volumes later. As that early surge fades, importers may face a different set of challenges: elevated transportation costs, excess inventory in some categories and continued uncertainty over what happens next with tariffs.
For chemical companies, this creates a difficult balancing act.
Bringing product in early can provide protection against tariffs or availability issues, but it also increases inventory, working capital and storage requirements. Waiting, meanwhile, exposes companies to the risk that tariffs, freight costs or product availability will move in the wrong direction.
The domestic market presents another challenge.
Diesel prices have risen substantially. The U.S. Energy Information Administration reported a national average on-highway diesel price of $5.652 per gallon for the week of August 24. That represents a significant increase compared with the same period last year and flows through transportation networks in the form of higher fuel surcharges and ultimately higher delivered costs.
For shippers moving chemicals domestically, this may strengthen the case for evaluating intermodal and rail options, particularly on longer-haul lanes where service requirements allow for modal flexibility.
Rail cannot replace trucking for every shipment, particularly where speed, specialized equipment or final-mile delivery requirements are involved. However, the current environment makes the economics of evaluating alternatives more compelling.
The broader takeaway is that freight costs are increasingly being influenced by factors far outside the transportation department.
Tariffs affect where and when companies buy. Ocean conditions affect how much inventory companies hold. Fuel prices affect the cost of moving that inventory once it reaches the U.S. And limited domestic capacity can determine how quickly it reaches the customer.
That means logistics strategy needs to extend beyond the traditional question of “What is the freight rate?” The better question is “What is the total cost and risk of getting this product to the customer?”
For chemical companies, that calculation increasingly includes tariffs, inventory carrying costs, ocean freight, fuel surcharges, delivery reliability and modal alternatives.
In an environment where every one of those variables can change quickly, the companies with the greatest advantage may be those with the flexibility to shift sourcing, inventory and transportation strategies before the market forces them to.
Reference:
https://www.eia.gov/petroleum/gasdiesel/
