Falling crude prices offer some relief to Europe\u2019s and North America\u2019s wood businesses. Expensive diesel, uneven electricity costs and winter gas exposure continue to eat into margins, while cheaper container freight helps some trade routes much more than others.<\/p>\n
A logging contractor has to buy fuel before a tree reaches the mill. A sawmill pays to move and dry its wood before the customer pays for the finished lumber. For much of the wood industry, the difficulty this autumn lies in financing that work at costs which selling prices may no longer cover comfortably.<\/p>\n
The latest energy and freight figures bring mixed news. Oil has fallen sharply, and container rates have retreated from late October. Yet US diesel remains almost 68% above a year earlier. European road diesel averages more than \u20ac2 a litre, while electricity prices in southern Sweden have opened an extraordinary gap with the north.<\/p>\n
These movements reach companies at different speeds. A business buying electricity on the spot market can feel a price increase immediately. Another may remain protected by a fixed contract, then face a much larger bill when it expires. A freight decline helps the next booking; it does little for a shipment already contracted at a higher rate.<\/p>\n
GWMI\u2019s assessment is that the pressure will increasingly separate businesses according to their energy supply, transport distances and ability to recover costs from customers. National averages explain only part of the competitive position of an individual mill.<\/p>\n
Cheaper crude has not yet become cheap diesel<\/strong><\/p>\n Brent crude futures for January settled at US$98.32 a barrel on 6 November, with US West Texas Intermediate at US$90.83, following a sharp weekly sell-off. Hopes of improved Middle Eastern supply have reduced some of the premium built into oil prices, although attacks on shipping continue to threaten deliveries.<\/p>\n For forestry, the more immediate price is the one paid for diesel. The US national on-highway average was US$6.292 per gallon on 2 November, according to the Energy Information Administration. That was six cents below the previous week but US$2.539 above the corresponding week of 2025, an increase of 67.7%.<\/p>\n At an illustrative consumption of 1,000 US gallons a week, a haulier buying at that benchmark would spend US$2,539 more each week than a year earlier. Off-road fuel purchases and tax treatment will produce different bills.<\/p>\n Diesel also has its own supply constraints. EIA reported on 5 November that US refiners had shifted production towards diesel and jet fuel because margins on those products remained high and global supplies were constrained. A fall in crude therefore need not produce an equally large or immediate reduction in diesel.<\/p>\n For a business already working on narrow margins, a small weekly reduction is welcome. It does not undo several months of higher expenditure or restore cash used to keep machines operating.<\/p>\n The first strain appears in the forest<\/strong><\/p>\n The US forestry industry is seeking direct help for the businesses that harvest and move logs. On 27 October, a coalition of 43 associations coordinated by the Forest Resources Association asked USDA to extend assistance to logging and log-hauling companies excluded from its US$8 billion Harvest Fuel Relief programme. FRA said fuel costs were already causing some contractors to idle equipment. Its cited hauling estimates did not include diesel used by harvesting and processing machinery in the forest.<\/p>\n The commercial problem begins when fuel costs adjust faster than harvesting or haulage payments. A contractor paid a fixed amount for the work cannot necessarily recover a diesel increase on the next load. Carrying on preserves revenue but can consume working capital. Stopping protects cash, while leaving machinery finance, insurance and other commitments to be paid.<\/p>\n Mills have a direct interest in the outcome. If contractors withdraw capacity, the wood may remain available in the forest but become more expensive or difficult to deliver. A mill can then face higher procurement costs even without a corresponding increase in the price received by the forest owner.<\/p>\n Distance makes that exposure uneven. Long hauls, empty return journeys and waiting at the mill all increase fuel expenditure without increasing the volume delivered. More expensive diesel can make distant harvesting sites uneconomic at existing contract rates, effectively narrowing a mill\u2019s affordable sourcing area.<\/p>\n There is a longer consequence if a temporary fuel shock leads to permanent contractor exits. Trucks can be restarted more easily than a skilled crew can be reassembled. Preserving reliable harvesting capacity may require mills to adjust payment terms before finished-product prices recover.<\/p>\n Europe\u2019s fuel bill varies sharply by country<\/strong><\/p>\n The European Commission\u2019s latest bulletin puts the EU weighted average road diesel price at \u20ac2.154 a litre on 2 November, including taxes. Among major wood-producing countries, Finland stood at \u20ac2.433, France at \u20ac2.371 and Germany at \u20ac2.282. Poland was substantially lower at \u20ac1.812.<\/p>\n Diesel costs across Europe<\/strong><\/p>\n \u20ac\/litre \u00b7 2 November 2026 \u00b7 taxes included<\/p>\n GWMI<\/strong> \u00b7 Source: European Commission Weekly Oil Bulletin, published 5 November 2026.<\/p>\n<\/div>\n These pump prices establish the scale of the burden, but a forestry company\u2019s net cost also depends on recoverable VAT, fuel-tax relief, purchasing arrangements and whether machinery uses a separate off-road fuel regime. The difference between two national pump prices cannot be transferred unchanged into a comparison of harvesting costs.<\/p>\n Governments and forest owners are responding through different channels. France announced the release of 10 million barrels of diesel from strategic stocks, with the economy ministry reporting reductions at filling stations from 1 November as supplies turned over. Poland\u2019s State Forests, meanwhile, has extended the possibility of partial fuel compensation to forestry work performed in the third quarter, subject to contractual amendments.<\/p>\n The Polish approach addresses the relationship between a customer and its contractors. It shares part of the unexpected fuel burden through the service contract. Relief at the pump works more broadly, but its benefit depends on how far and how quickly the reduction reaches the actual buyer.<\/p>\n For European mills, this patchwork can change delivered log costs across borders. A relatively low roadside timber price may offer little saving once a longer haul and a more expensive fuel market are included.<\/p>\n Canada has two very different energy exposures<\/strong><\/p>\n Canada\u2019s position is more complicated than its status as an energy producer might imply. Statistics Canada reported that diesel producer prices rose 18.4% in September alone and 106.1% from a year earlier. These are factory-gate price movements, not a measure of the increase paid by every Canadian truck operator. They nevertheless show the intensity of the refined-fuel shock.<\/p>\n Electricity can tell a different story. British Columbia, Quebec, Manitoba, and Newfoundland and Labrador have predominantly hydroelectric generation, according to the Canada Energy Regulator. That gives mills in those provinces a different exposure from factories dependent on gas-fired power, although actual tariffs, contracts and water conditions still matter.<\/p>\n A favourable electricity arrangement at the mill does not protect the harvesting machine or the logging truck. Nor does it remove the cost of getting lumber to a distant customer. Canadian businesses can therefore have a relatively strong position inside the factory and a much weaker one between the forest, the factory and the market.<\/p>\n Weak selling conditions restrict the room to recover those costs. In its third-quarter results published on 4 November, Canfor reported a C$77 million operating loss and said North American benchmark lumber prices had declined modestly while demand remained uncertain. Those results are not a measure of energy costs alone, but they describe a market in which an additional fuel bill is difficult to pass on.<\/p>\n European gas enters winter with a thinner German buffer<\/strong><\/p>\n European gas remains expensive even after the reversal in oil. ICE\u2019s last quoted price for the December Dutch TTF contract on 6 November was approximately \u20ac86.9\/MWh. The summer 2027 contract was lower, at \u20ac66.2\/MWh, indicating cheaper forward supply without guaranteeing where prices will settle next year.<\/p>\n Germany\u2019s storage position adds sensitivity to winter weather and import flows. The Bundesnetzagentur reported stocks at 60.2% of capacity on 6 November, well below comparable periods in previous years. That figure applies to Germany, not the EU as a whole. The regulator also reported stable imports and stressed that declining storage did not in itself constitute a supply shortage.<\/p>\n The immediate industrial risk is therefore the cost of securing gas through winter. A smaller stock buffer leaves less stored supply available to absorb a prolonged cold spell or an interruption to imports. Even when gas remains physically available, competition for replacement volumes can make it costly.<\/p>\n The United States has a different supply base. EIA\u2019s October outlook expected gas inventories to enter November about 2% above their five-year average, supported by growing domestic production. It forecast an average Henry Hub price of US$3.16\/MMBtu in 2027. Those are projections, rather than a guarantee against local winter price spikes.<\/p>\n For a European wood-products plant using purchased gas for process heat, the pressure depends on the price secured, the quantity still exposed to the market and the date its contract renews. Two otherwise similar factories can carry very different costs through the same winter.<\/p>\n Sweden shows how misleading a national average can be<\/strong><\/p>\n The split within Sweden is particularly severe. Elbruk\u2019s published spot-price averages for 1\u20138 November range from SEK0.119\/kWh in SE2 to SEK2.987\/kWh in SE4. SE3, covering much of central and southern Sweden, averaged SEK1.711\/kWh. These are early-month wholesale energy prices, before the other components of a factory\u2019s electricity bill.<\/p>\n Sweden\u2019s grid operator explains the underlying constraint: much of the country\u2019s generation is in the north, while substantial demand is in the south. When transmission capacity cannot carry enough electricity between areas, prices separate. A national generation surplus consequently does not guarantee inexpensive electricity at every factory.<\/p>\n Sweden\u2019s electricity divide<\/strong><\/p>\n Average spot price, SEK\/kWh \u00b7 1\u20138 November 2026<\/p>\n GWMI<\/strong> \u00b7 Source: Elbruk. Average for 1\u20138 November 2026, rounded.<\/p>\n<\/div>\n For a southern Swedish sawmill, biomass-fired kiln heat can soften the impact, but purchased electricity is still needed for the production line, fans, extraction systems and handling equipment. A panel plant or downstream manufacturer buying a large share of its power at spot prices faces a different calculation from a mill with hedged electricity or its own generation.<\/p>\n There are large regional differences in the United States too. EIA\u2019s October forecast put 2026 wholesale electricity prices at US$52\/MWh across the hubs it tracks, up 11% overall, with a 41% increase in PJM and a 23% decline at Mid-Columbia in the Northwest. These wholesale movements do not translate directly into identical changes in industrial tariffs.<\/p>\n The competitive comparison has to be made between actual plants and contracts. Describing Europe as uniformly expensive or North America as uniformly cheap misses some of the largest differences facing wood processors.<\/p>\n Biomass provides protection, with limits<\/strong><\/p>\n Wood processors have an advantage unavailable to many manufacturers: their production can provide fuel for process heat. Bark and other suitable residues can supply boilers, reducing dependence on purchased fossil fuels. Where combined heat and power is installed, the protection can extend to electricity.<\/p>\n The value of that arrangement grows when gas and power become expensive. It is greatest where the equipment is already operating, fuel is available on site and heat demand matches the system\u2019s output. A proposed boiler or power plant cannot provide the same immediate protection as an existing installation.<\/p>\n Residues still have an economic value. Material burned in a mill\u2019s boiler may otherwise be sold to another processor or energy user. As demand for biomass strengthens, the income forgone by using it internally can rise. Purchased biomass also brings harvesting, handling, drying and transport costs, several of which depend on diesel.<\/p>\n Production cuts create another complication. If sawmills process fewer logs, they generate fewer co-products. A pellet or panel plant reliant on those co-products may then have to source material farther away, even as demand for its own output weakens. That is one route through which a lumber downturn can raise costs elsewhere in the wood economy.<\/p>\n High fossil-fuel prices can improve the appeal of pellets and wood chips to heat users. Whether producers earn more depends on feedstock availability, electricity costs and the price they can obtain for delivered fuel. Stronger demand for biomass is not automatically a higher margin for every biomass supplier.<\/p>\n The burden changes with the product<\/strong><\/p>\n At a sawmill, the pressure runs from log procurement through sawing, drying and dispatch. Cutting output may reduce total fuel and power expenditure, but it also spreads fixed costs over fewer cubic metres. The relevant calculation is the cost and contribution of the next saleable cubic metre, rather than the size of the monthly energy bill alone.<\/p>\n Panel production combines several exposures. Wood preparation, conveying, drying, gluing and pressing require different combinations of heat, electricity and purchased materials. The dryer\u2019s heat supply and the electricity driving the line can follow quite different price paths. A reduction in one energy price may leave other parts of the process largely unchanged.<\/p>\n Adhesives, coatings and other chemicals add another transmission route. Their prices depend on feedstocks, manufacturing costs and individual supply contracts. A movement in oil or gas should not be treated as an identical percentage movement in a mill\u2019s resin bill; the purchasing terms and chemistry determine the exposure.<\/p>\n For CLT and glulam manufacturers, energy costs arrive partly through purchased dried lumber and partly through their own processing. Project contracts can create a long gap between quotation and delivery. If material or transport costs rise after a price has been agreed, a busy order book may still deliver disappointing margins.<\/p>\n Furniture and flooring businesses face similar timing problems, with additional exposure to imported components and finished goods. When customers resist price increases, producers have to find savings in procurement, production or distribution. Higher input costs alone do not create the demand needed to support a higher selling price.<\/p>\n Container rates have turned down, unevenly<\/strong><\/p>\n Container shipping now offers some relief. Drewry\u2019s World Container Index fell to US$4,389 per 40ft container on 5 November, down 1% over the week and 4.3% from 22 October. It was still 124% above a year earlier.<\/p>\n Drewry attributes the easing to improved port conditions, softer demand and more effective capacity. Carriers are nevertheless seeking mid-November increases on Asia\u2013Europe services ahead of annual contract negotiations. The market remains vulnerable to changes in sailing schedules and shipping security.<\/p>\n Among the main routes from Shanghai, New York recorded the largest reduction between 22 October and 5 November. Importers of furniture, plywood or flooring booking on that route may obtain more relief than buyers using European gateways, where assessments have changed little over the same period.<\/p>\n Exporters have to look at the reverse direction. GWMI\u2019s 22 October data put Rotterdam\u2013Shanghai at US$646 per container, compared with US$3,632 from Shanghai to Rotterdam. Rotterdam\u2013New York was US$3,181, against US$1,158 in the opposite direction. Those dated assessments illustrate why an Asia\u2013Europe import rate cannot stand in for the cost of exporting European lumber.<\/p>\n Container freight: October to November<\/strong><\/p>\n US dollars per 40ft container \u00b7 2026<\/p>\n GWMI<\/strong><\/p>\n<\/div>\n Shipment economics also depend on loading. Bulky furniture may fill a container before reaching its weight limit, while dense wood products can encounter payload restrictions first. A freight change divided by a standard assumed volume can therefore misstate the actual cost per cubic metre.<\/p>\n Nor does a container index describe all forest-products trade. Bulk and breakbulk shipments have different pricing arrangements. For many US and Canadian mills serving domestic or cross-border customers, inland truck and rail costs will be more relevant than a Shanghai ocean-freight quotation.<\/p>\n Lower transport costs can also sharpen competition<\/strong><\/p>\n Cheaper freight does not benefit every domestic producer in the same way. It reduces costs for a company importing furniture or panels, but it can also make those goods more competitive against local production. The local manufacturer may face greater price pressure while continuing to pay expensive electricity or diesel.<\/p>\n An exporter benefits only if the relevant route becomes cheaper and the saving remains with the seller. Buyers can seek lower delivered prices as soon as freight falls. Some of the improvement can therefore pass through to customers before it repairs the exporter\u2019s margin.<\/p>\n Timing is equally important for inventories. Goods shipped at high freight rates may still be in a warehouse when competitors begin receiving cheaper replacements. The older stock then carries yesterday\u2019s transport cost into today\u2019s selling market.<\/p>\n This helps explain why falling oil and freight prices can coexist with difficult trading conditions. Costs do not reset simultaneously across the supply chain, and businesses do not all have the same ability to retain a saving.<\/p>\n The winter test is cash as well as cost<\/strong><\/p>\n EIA\u2019s October outlook envisaged Brent averaging US$84 a barrel in 2027 and US retail diesel about US$4.50 a gallon. That would provide meaningful relief from current fuel levels if it materialises. The forecast depends on improving supply and cannot remove the risk of another disruption.<\/p>\n In GWMI\u2019s assessment, a sustained improvement would first ease the cash required for harvesting, haulage and new deliveries. The benefit to factory margins would follow according to energy contracts, inventory turnover and customers\u2019 willingness to maintain prices. Businesses with expensive fixed energy purchases may wait longer than spot buyers to see lower market prices in their bills.<\/p>\n A colder European winter or renewed disruption to fuel supplies would reverse that process. The most exposed businesses would be those combining market-priced energy, long transport distances and sales contracts with little room for adjustment. Mills with secure heat and power supplies would retain an advantage, but still depend on financially viable contractors and customers.<\/p>\n The difficult judgement for the wood industry is how much capacity to preserve while orders remain uncertain. Cutting shifts can protect cash today; losing contractors, skilled labour or essential residue suppliers can make a later recovery more expensive.<\/p>\n Lower oil and container prices offer a chance to rebuild margins. Whether that happens will be decided in fuel invoices, mill contracts and delivered sales prices over the coming months. After a costly autumn, many wood businesses will need those savings to replenish working capital and retain their suppliers. Investment and expansion will have to wait until the improvement survives the next round of sales negotiations.<\/p>","protected":false},"excerpt":{"rendered":" Falling crude prices offer some relief to Europe\u2019s and North America\u2019s wood businesses. Expensive diesel, uneven electricity costs and winter gas exposure continue to eat into margins, while cheaper container freight helps some trade routes much more than others.<\/p>","protected":false},"author":1,"featured_media":100553,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"Default","format":"standard","meta":{"_acf_changed":false,"inline_featured_image":false,"footnotes":""},"categories":[5204],"tags":[],"class_list":["post-100552","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-daily-news"],"acf":[],"yoast_head":"\n\n\n
\n \nMarket<\/th>\n Road diesel, \u20ac\/litre<\/th>\n<\/tr>\n<\/thead>\n \n Finlanda<\/td>\n 2.433<\/td>\n<\/tr>\n \n Fran\u021ba<\/td>\n 2.371<\/td>\n<\/tr>\n \n Germania<\/td>\n 2.282<\/td>\n<\/tr>\n \n Austria<\/td>\n 2.148<\/td>\n<\/tr>\n \n Sweden<\/td>\n 2.061<\/td>\n<\/tr>\n \n Spain<\/td>\n 1.898<\/td>\n<\/tr>\n \n Poland<\/td>\n 1.812<\/td>\n<\/tr>\n \n EU weighted average<\/strong><\/td>\n 2.154<\/strong><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n<\/div>\n \n\n
\n \nElectricity area<\/th>\n SEK\/kWh<\/th>\n<\/tr>\n<\/thead>\n \n SE1 \u2013 Lule\u00e5<\/td>\n 0.169<\/td>\n<\/tr>\n \n SE2 \u2013 Sundsvall<\/td>\n 0.119<\/td>\n<\/tr>\n \n SE3 \u2013 Stockholm<\/td>\n 1.711<\/td>\n<\/tr>\n \n SE4 \u2013 Malm\u00f6<\/td>\n 2.987<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n<\/div>\n \n\n
\n \nRoute<\/th>\n 22 Oct<\/th>\n 5 Nov<\/th>\n Change<\/th>\n<\/tr>\n<\/thead>\n \n WCI composite<\/strong><\/td>\n 4,585<\/strong><\/td>\n 4,389<\/strong><\/td>\n \u22124.3%<\/strong><\/td>\n<\/tr>\n \n Shanghai\u2013Rotterdam<\/td>\n 3,632<\/td>\n 3,615<\/td>\n \u22120.5%<\/td>\n<\/tr>\n \n Shanghai\u2013Genoa<\/td>\n 4,152<\/td>\n 4,166<\/td>\n +0.3%<\/td>\n<\/tr>\n \n Shanghai\u2013Los Angeles<\/td>\n 8,007<\/td>\n 7,539<\/td>\n \u22125.8%<\/td>\n<\/tr>\n \n Shanghai\u2013New York<\/td>\n 10,166<\/td>\n 9,303<\/td>\n \u22128.5%<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n<\/div>\n