Regan Brown
Fuel costs for farms have been increasing, with diesel prices rising more drastically than gasoline. This has added thousands of dollars to farmers' costs. For example, with $6/gallon diesel, it costs a hay producer $7.50/acre per cutting, compared to about $3.75/acre per cutting the previous year. The increase in fuel costs is also impacting the cost of trucking per mile, which has increased by $0.65 due to the nearly doubling of fuel prices. These rising costs are causing inflationary pressure on agricultural input costs, with expenses such as land, cash rents, labor, farm equipment, and interest expenses also increasing or holding near record highs.
| Characteristics | Values |
|---|---|
| Fuel requirements | Vary depending on tractors, soils, yields, and other factors |
| Fuel costs for corn and soybean production | $4,500 increase for 500 acres |
| Diesel prices in 2022 | $6/gallon |
| Cost of trucking per mile | Increase of $0.65 due to fuel prices |
| Farm diesel prices in June 2022 | $5.30 per gallon |
| Farm expenses | Land, cash rents, labor, equipment, interest expenses |
| Farm production expenses in 2023 | $500 billion |
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What You'll Learn
Fuel costs for tractors
Several factors influence the fuel efficiency of tractors, including the engine's fuel efficiency, the mechanical efficiency of the drivetrain, the tractive efficiency of traction devices, and the travel speed. The power at the power takeoff (PTO) is calculated using torque and speed at the PTO, while draw-bar power is determined by the drawbar pull and the tractor's forward speed. The most common method for estimating fuel consumption in gallons per hour (gal/h) is calculated using the average diesel consumption, rated PTO power, and a conversion factor.
Soil type also affects fuel use and power requirements for tillage operations. For instance, fuel requirements for "low-draft" soils are lower than for "moderate-draft" soils, while "high-draft" soils require higher fuel values. Additionally, the width of rows during planting impacts fuel consumption, with narrower rows requiring less fuel.
To reduce fuel consumption and costs, farmers can consider implementing fuel-saving technologies, such as ECOLOW's patented system, which optimizes the combustion of RNG, reducing consumption by 12-15%. Other tips include choosing the "economic PTO" option when purchasing tractors and selecting tractors with appropriate power for the intended activities to avoid over-mechanization.
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Fuel costs for crop harvesting
Fuel costs for farms can vary depending on several factors, and energy for growing and harvesting crops is a significant component of farm operating costs. The type of crop, soil, yield, and machinery used can all impact fuel consumption and costs.
Direct energy consumption on farms includes the use of diesel, electricity, propane, natural gas, and renewable fuels for various activities. Distillate fuel, a type of diesel, is the most commonly used fuel for direct energy consumption in crop operations. It is used for crop tilling, harvesting, weed control, and other tasks requiring heavy machinery. The amount of distillate fuel used depends on the type of crop and its moisture content. For example, crops with higher moisture content may require more fuel for drying.
In addition to direct fuel costs, indirect energy consumption also contributes to the overall fuel costs for crop harvesting. This includes the energy used in the manufacturing of agricultural chemicals such as fertilizers and pesticides. Nitrogenous (ammonia-based) fertilizers, for instance, require large amounts of natural gas as a feedstock.
When estimating fuel requirements for field operations, including crop harvesting, it is important to consider factors such as equipment condition, field speed, soil type, and yield levels. The fuel cost per acre can be calculated by multiplying the fuel price per gallon by the number of gallons used per acre. For example, if a corn field requires 7 gallons of fuel per acre at a price of $2.60 per gallon, the per-acre fuel cost would be $18.20.
Furthermore, the fuel requirements for different crops and field operations can vary significantly. For instance, corn harvesting may require 1.62 gallons of fuel per acre, while planting corn may only need 0.50 gallons per acre. The type of soil can also impact fuel consumption, with "low-draft" soils requiring less fuel for tillage operations than "high-draft" soils.
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Fuel costs for transporting crops
It is important to note that fuel costs may vary depending on the type of soil, yield, and other factors. For example, soil type can affect fuel use and power requirements for tillage operations. Different types of fuel, such as gasoline and diesel, may also have different costs, which can impact the overall fuel expenses for transporting crops.
In addition to the variable costs of fuel, there are also fixed costs associated with transporting crops. These include depreciation, interest, insurance, and licenses. Other variable costs to consider when estimating transportation expenses include repairs, lubrication, and labor. The cost of labor can be estimated by taking into account the hours spent driving, loading, and unloading, as well as any waiting time, and multiplying these hours by the assumed wage rate.
The choice of transportation method can also impact fuel costs. Trucks are commonly used for longer hauls, while tractors and wagons are traditionally used for shorter distances. In recent years, semi-trailer trucks have become a popular means of transporting grain over longer distances. Additionally, the availability of ethanol plants, feed mills, barge loading facilities, and grain processors has provided farmers with more options for selling locations, which may affect transportation costs.
The cost of transporting crops is just one factor contributing to the overall expenses of farming operations. By carefully considering these costs and making informed decisions, farmers can aim to optimize their operations and manage their finances effectively.
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Impact of rising diesel prices
The impact of rising diesel prices has a significant effect on farms and ranchers, with fuel costs representing about 3% of total on-farm expenditures in 2020. This figure is expected to increase, with the USDA projecting a 34% rise in the cost of fuel, lube, and electricity in 2022 compared to 2021.
The rising cost of diesel has a direct impact on the price of farming, with growers facing higher expenses during the crucial crop planting season. Diesel is the primary fuel option for farmers, and the increased cost of crude oil, refining, distribution, and taxes all contribute to the rising diesel prices. These costs are further exacerbated by the limited domestic refining capacity for crude oil, which could strain supply and result in even higher prices.
The availability and timely delivery of diesel fuel are also concerns for farmers, especially when facing delayed planting. The demand for diesel fuel in the U.S. is generally consistent, but it can fluctuate seasonally, with higher prices during the fall and winter due to the increased demand for heating oil, which is produced alongside diesel fuel. Regional factors, such as distance from production sources and local market conditions, can also influence diesel prices, with areas farther from the Gulf Coast, a major production hub, typically paying more.
The impact of rising diesel prices extends beyond the farm, affecting both upstream and downstream food prices. In São Paulo, for example, changes in diesel prices have been shown to influence the prices of high-value nutritional foods like meat, eggs, dairy, and fats and oils. The increase in diesel prices may also contribute to higher food prices due to the role of diesel in transportation and agricultural machinery.
Additionally, the rising cost of diesel can have a variable impact on fuel requirements for field operations. Factors such as tractor type, soil type, yield, and row width can influence fuel consumption, with some operations requiring up to 50% more or less fuel than average. As a result, rising diesel prices can disproportionately affect farms with specific characteristics or those engaged in certain types of field work.
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Fuel costs for fertiliser production
Fuel costs are a significant concern for farmers, with fuel required for machinery, transportation, and the production of fertiliser. The cost of fertiliser is influenced by multiple market factors beyond the control of individual countries and their producers. The price of fertiliser is determined by the complex and continuously evolving global market.
Fertiliser is a globally traded commodity, with 44% of all fertiliser materials exported to different countries. This has a significant impact on fertiliser prices, as production is influenced by the cost of production in the country of origin, as well as the demand and transportation costs to the final destination. The global demand for fertiliser is driven primarily by six crops: corn, wheat, rice, vegetables, fruits, and soybeans.
The cost of producing fertiliser is heavily influenced by fuel prices, as natural gas is required to produce nitrogen, a key component of fertiliser. In 2022, high natural gas prices in Europe led to a 70% reduction in ammonia production. As natural gas prices account for 70-90% of nitrogen fertiliser production costs, rising natural gas costs can force manufacturers to curtail or halt production, as seen in the EU.
The impact of the Russian invasion of Ukraine on global supply chains has also contributed to higher fertiliser costs. Sanctions on Russia, one of the world's largest potash producers, along with international sanctions on Belarus, have impacted the availability and cost of fertiliser. Additionally, Chinese domestic policy shifts towards boosting crop production have tightened export supplies, further affecting the global market for urea and phosphate.
The COVID-19 pandemic also played a role in increasing fertiliser costs. The rapid rise in row crop prices led to a quick increase in fertiliser demand in the US and abroad, straining supplies already impacted by production and distribution issues. The narrowing of fertiliser demand followed by a quick expansion created another supply chain shock, with production rationing and higher fuel prices affecting the industry.
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Frequently asked questions
Fuel costs for farms can vary depending on several factors, including the type of fuel, farm operations, soil type, and machinery used. For example, the fuel cost for harvesting an acre of corn silage at $3.40 per gallon of diesel is $11.05. In 2022, the fuel cost for a farmer with 500 acres of no-till corn and soybeans increased by $4,500. Additionally, the cost of trucking per mile has gone up by about $0.65 due to rising fuel prices.
Fuel costs are a significant expense for farmers, especially with the recent increase in diesel prices. Diesel fuel is essential for operating machinery, such as tractors, and for drying crops, such as corn. The rise in fuel costs can impact the cost of inputs used in agriculture and transportation, affecting the overall profitability of farms.
Farmers can manage fuel costs by making informed decisions about machinery acquisition, trade-in timing, and capacity investment. Good machinery management can reduce costs per acre. Additionally, farmers can estimate fuel requirements for field operations by considering factors such as soil type, row width, and equipment condition to optimize their fuel usage and control expenses.
