Hazmat fees cover extra handling and time costs whenever you’re shipping hazardous materials. You’ll also face different fees for shipping hazardous materials depending on your courier or fuel provider.
No
Surcharges represent extra charges imposed by shipping carriers and fuel delivery companies in addition to their base rates. Fuel surcharges are derived from the carrier’s foundational fuel rate and are applied selectively to certain shipping services, excluding others. Larger companies such as UPS, FedEx, and DHL are among the carriers that implement fuel surcharges.
No
No
The positive aspect is that while water solidifies at zero degrees Celsius, heating oil has a lower freezing point – although unfortunately, not significantly lower. Generally, home heating oil solidifies at slightly below 16 degrees Fahrenheit or minus 9 degrees Celsius. When this solidification occurs, it takes place in a manner that may be somewhat unexpected.
Gelling instances where the fuel transforms into a gel-like substance are relatively uncommon. Gelling takes place when the paraffin wax present in diesel fuel solidifies due to a temperature decrease. Typically, the fuel temperature needs to remain below approximately minus 10 degrees Fahrenheit for extended durations, such as 48 to 72 hours, for gelling to occur.
Gasoline solidifies at temperatures ranging from -40 to -58 Fahrenheit. Alternatively, some sources suggest that most gasoline tends to freeze at around -100 Fahrenheit. Regardless of the precise value, it’s unlikely that most of us will encounter such extreme cold conditions.
When temperatures drop below 30° Fahrenheit. Dixie Land Energy treats its fuel in the winter months as a preventative measures with an anti-gel additive that resists wax formation by lowering both the cloud point and the gelling point. Diesel truck drivers are well aware of the significance of incorporating anti-gel additives into their fuel to ensure the smooth operation of their vehicles. Home heating oil systems can also reap similar advantages. For instance, if you possess a 500-gallon tank, introducing a small amount of anti-gel, perhaps a quart or two, will effectively disperse the wax and prevent any potential issues in chilly conditions.
Yes, in the Winter Months.
Yes, we offer automatic delivery. With our automatic delivery program, you never have to worry about running out of propane, earn five cents off a gallon with “AUTO FUEL DELIVERY” and DLE leased tanks include free fuel tank level monitoring. Dixie Land Energy understands how busy life gets; we do our absolute best to keep fuel service uninterrupted. No fuel could bring your heater, hot water, clothes dryer, stove top, or oven to a grinding halt.
No, we keep our prices as low as possible for everyone. We do prioritize our older customers in any emergency. We work with the surrounding sates fuel voucher programs for individuals and families with fixed budgets. We appreciate and thank those who have served in our armed forces. We welcome former military men and women to apply for job openings here at Dixie Land Energy. We have more than a few employees that are former armed service members.
Yes. Please refer to our Service Contract Button.
A fuel contract is a form of futures contract designed to mitigate the risk associated with volatile fuel prices. By engaging in a fuel contract with a wholesale supplier, you commit to purchasing a predetermined quantity of fuel from that supplier.
Please see our products page.
Yes, if there is someone at the home when delivery is made.
Unfortunately, we cannot, however, we would be happy to give you a quote for purchasing a tank of your own and we do lease propane tanks if you would like to switch propane providers and save money. We offer lower fuel pricing, with no delivery charges or fuel surcharges. We also offer volume discounts on fuel for residential customers and reduced fuel prices for farms or agriculture and commercial customers.
Yes.
Yes. Our meters are tested annually by the state. Our fuel delivery drivers also report any concerns immediately on flow rates and track fuel loads vs deliveries. Our office monitors fuel deliveries remotely via our trucks, onboard computer system and fuel delivery software. We have many checks and balances in place to avoid problems.
Many residential properties in Maryland have aboveground or underground oil storage tanks as a source for heating energy. Largely, the Oil Control Program (OCP) does not regulate residential heating oil tanks while they are in normal use. Therefore, it is recommended that homeowners be knowledgeable and diligent with regard to their heating oil storage systems. If properly maintained, a heating oil storage system will provide many years of safe energy for the home. However, if there is a problem or a release, prompt action is needed by the homeowner to correct the situation. For more detailed information please visit: https://mde.maryland.gov/programs/land/oilcontrol/pages/residentialheatingoil.aspx
Heating fuel underground storage tank systems greater than 1,100 gallons must be registered with the state; those over 2,000 gallons must also pay a fee. Owners and operators of all registered underground storage tanks have to comply with Delaware Regulations Governing Underground Storage Tank Systems. For more detailed information please visit: https://dnrec.alpha.delaware.gov/waste-hazardous/tanks/underground/#:~:text=Heating%20fuel%20underground%20storage%20tank,Governing%20Underground%20Storage%20Tank%20Systems.
A UST must be registered, by the owner, with the department and an annual registration fee paid. A valid operating permit is required before it is operated; that is, before putting a regulated substance into a UST. Unless its operating permit is currently approved, the UST must be emptied. For more detailed information please visit: https://www.dep.pa.gov/Business/Land/Tanks/Underground-Storage-Tanks/Pages/default.aspx#:~:text=A%20UST%20must%20be%20registered,the%20UST%20must%20be%20emptied.
Protect Maryland’s Environment! Every fall you should: Inspect for leaks. Look at the tank, fuel delivery and vent lines, valves, supply and return lines and all fittings. For more detailed information please visit: chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://mde.maryland.gov/programs/Land/OilControl/Documents/Oil%20Tank%20Inspection%20Checklist%20Brochure%203.20.07%202%20pgs.pdf
Make a Cost-Effective Purchase: Save $1,094 or More by Buying ENERGY STAR
FEMP has calculated that the required ENERGY STAR-qualified residential furnace saves money if priced no more than $1,094 (in 2021 dollars) above the less efficient model. The best available model saves up to $1,329. Table 1 compares three types of product purchases and calculates the lifetime cost savings of purchasing efficient models. Federal purchasers can assume products that meet ENERGY STAR efficiency requirements are life cycle cost-effective. For more detailed information please visit: https://www.energy.gov/femp/purchasing-energy-efficient-residential-furnaces
Heating oil is used for space and water heating. Heating oil and diesel fuel are closely related petroleum products called distillates. Heating oil is sold mainly for use in boilers and furnaces (for space heating) and in water heaters.
Most of U.S. heating oil consumers are in the Northeast. Most U.S. residential sector and commercial sector heating oil consumption occurs in the New England and the Central Atlantic regions (PDF) of the country. In 2012, New York became the first state to require ultra-low sulfur heating oil (ULSHO)—heating oil to have a sulfur content of 15 parts per million or less. Delaware and New Jersey transitioned to ULSHO in 2016, and all six New England states transitioned to ULSHO on July 1, 2018.
Biomass-based heating oil is available in some states. Nearly all of the heating oil consumed in the United States is produced from crude oil. However, in recent years, some heating oil suppliers have begun offering heating oil blends of petroleum distillate and biofuels to consumers. This blended heating oil is generally 5% biofuel by volume.
Last reviewed: September 21, 2022 For more detailed information please visit:https://www.eia.gov/energyexplained/heating-oil/
The heating oils utilized in residential settings possess a denser composition in comparison to diesel fuel. Despite this difference, they exhibit nearly identical heat-generating attributes. Standard heating oils have the capacity to generate approximately 138,500 Btu (British Thermal Units) per gallon, whereas diesel fuel yields around 137,500 Btu per gallon.
The primary categories of heating oil include kerosene, gas oil (also known as red diesel), and industrial heating oil (IHO). Kerosene is commonly employed for residential heating purposes, while gas oil and IHO are the preferred heating oil choices for enterprises, public establishments, and commercial environments.
Similar to heating oil, kerosene is derived from crude oil; however, kerosene is considered a ‘light’ fuel due to its higher combustion temperature. This characteristic allows it to burn hotter than heating oil, making it suitable for use in furnaces and equipment designed to withstand elevated temperatures. In fact, kerosene finds application in powering jets and other aviation vehicles.
Tax regulations establish distinctions in the utilization and taxation of heating oil and diesel fuel. Substituting diesel fuel for heating oil, or vice versa, is discouraged due to variations in additives and intended purposes. It is unlawful to employ home heating oil in a vehicle equipped with a Diesel engine, and the same applies vice versa.
In situations where homeowners have depleted their heating oil and cannot afford to wait several days for a refill, utilizing diesel as a temporary alternative is feasible. Diesel fuel, readily available at numerous gas stations, can effectively substitute for home heating oil in nearly all furnace systems.
Heating oil is available in two main variants: gas oil, commonly referred to as red diesel or 35-second oil, primarily serves commercial and agricultural purposes. On the other hand, kerosene, also known as home heating oil or 28-second oil, is a lighter type of oil extensively used in residential settings.
No, combining them leads to hazardous emissions. When mixed, they can generate toxic fumes that pose a threat to your home’s safety and your health. This mixture can ignite during combustion within your heating system.
As a contingency measure to maintain warmth while awaiting fuel delivery, you can replenish your tank with five to ten gallons of kerosene or off-road diesel. These fuels are typically available at various gas stations or select hardware stores. Before proceeding, it’s advisable to consult your HVAC provider or delivery service to ensure compatibility with your heating system.
No, they are not the same. Heating oil #2 and diesel are closely related products, but there are some distinctions to consider. No. 2 heating oil is exempt from taxes, whereas on-road diesel fuel is subject to taxation. Heating oil is tinted red. The Internal Revenue Service (IRS) mandates the addition of a red dye to heating oil and other distillate fuels intended for non-highway use. The red hue distinguishes the fuel as tax-exempt from federal, state, and local levies imposed on fuels intended for public road use, and it signifies its prohibition for use in vehicles designed for roadway travel.
Due to the heightened potential for fire hazards or carbon monoxide (CO) exposure, kerosene heaters should be utilized indoors only for brief durations, with regular intervals of non-use. It is advisable to position CO detectors strategically throughout your residence, particularly in proximity to bedrooms and areas nearest to the heater.
Heating oil encompasses various petroleum products or oils utilized for heating purposes; a fuel oil typically in the form of low-viscosity fuel oil grades employed in furnaces or boilers for residential heating and other structural applications.
While kerosene might have a higher initial cost compared to propane, the overall heating expenses can be lower due to its superior heating efficiency. Propane is a more environmentally friendly choice, as it burns cleaner than kerosene, resulting in a reduced carbon footprint.
Typically, heating oil in a residential tank can last for about 18 to 24 months. To maintain efficient heating in your home, it’s important to perform regular maintenance on your oil tank, ensuring that the oil remains clean and flows properly.
No. 5, a medium-viscosity residual fuel oil, is commonly referred to as Navy Special. It is specified in Military Specification MIL-F-859E, which includes Amendment 2 (NATO Symbol F-770). This type of fuel is utilized in steam-powered vessels employed by the government and for inshore power plants.
Propane boasts an unlimited storage life, alleviating concerns about deterioration over time. In contrast, kerosene tends to degrade within a span of 2 to 5 years. While there are additives available to prolong kerosene’s shelf life, these entail extra expenses. Attempting to rejuvenate old kerosene fuel may also pose a risk of harming your heater.
Tank Capacity: 275 gallons (usable capacity: 250 gallons)
Reorder Threshold: 1/4 tank or 68 gallons
Effective Usable Gallons: 250 – 68 = 182 gallons
Interval Between Refills: 182 gallons / 5.2 gallons/day = approximately 35 days
On days with a temperature of 30 degrees Fahrenheit, the typical household consumes around 5.3 gallons of oil, while on 35-degree days, the consumption drops to approximately 4.5 gallons. In the Mid-Atlantic region, an average home is expected to utilize about 4.9 gallons of heating oil daily throughout the winter season. With a 275-gallon heating oil supply, this consumption rate will sustain for approximately 56 days.
Regular maintenance of an oil furnace ensures it operates without emitting visible smoke or harmful fumes. Heating oil is widely regarded by home energy experts as a safe and reliable method for maintaining a warm and comfortable home.
Home heating oil is inherently safe, as it cannot be ignited by a simple match. Dropping a lit match into your oil tank will result in the match being promptly extinguished. In its liquid state, it is non-explosive and cannot create an explosive mixture with the air. To ignite, it must first be vaporized, a process typically carried out by your oil boiler.
Recent years have seen changes in the supply and output dynamics, with the Organization of Petroleum Exporting Countries (OPEC) historically influencing supply levels through a quota system. Supply and demand from major countries or future supply and reserves are also a factor.
Cost of production.
Market sentiment.
Political events and crises.
You can buy heating oil from Dixie Land Energy; here are some Key Questions to Pose to Your Fuel Supplier:
1) How is the Reputation of the Heating Oil Delivery Company?
2) What Types of Heating Fuels Are Utilized and Are They Environmentally Considerate?
3) What Range of Services Does the Company Provide to Customers?
4) Are There Diverse Payment Plans Offered by the Heating Oil Supplier?
5) How Does the Oil Supplier Company Contribute to and Invest in Your Local Community?
Typically, oil prices experience a dip during the summer months owing to reduced demand. While any off-season period is advantageous, we particularly suggest considering summer for its added advantages beyond financial savings.
OPEC, an organization that governs the oil supply, strategically manages the availability of oil to impact its global market price. This involves orchestrating reductions in supply when prices are considered too low and augmenting supply when member nations perceive prices to be too high.
At present, the Organization consists of 15 Member Countries, which include Algeria, Angola, Congo, Ecuador, Equatorial Guinea, Gabon, IR Iran, Iraq, Kuwait, Libya, Nigeria, Qatar, Saudi Arabia, United Arab Emirates, and Venezuela.
Ranked as the world’s second-largest producer and exporter of petroleum, Russia wields significant influence in shaping the global oil market. Yet, it remains an outsider to the Organization of Petroleum Exporting Countries (OPEC), the predominant force in the international market for oil.
The top five source countries of U.S. gross petroleum imports in 2022 were Canada, Mexico, Saudi Arabia, Iraq, and Colombia. Note: Ranking in the table is based on gross imports by country of origin. Net import volumes in the table may not equal gross imports minus exports because of independent rounding of data. For more detailed information please visit: https://www.eia.gov/tools/faqs/faq.php?id=727&t=6#:~:text=The%20top%20five%20source%20countries,Arabia%2C%20Iraq%2C%20and%20Colombia.&text=Note%3A%20Ranking%20in%20the%20table,of%20independent%20rounding%20of%20data.
Well, that’s correct to some extent. However, this statement overlooks a series of shortsighted energy strategies spanning decades. In fact, the United States does generate sufficient oil to satisfy its domestic requirements.
American gasoline, a liquid derived from petroleum, serves as fuel for automobiles, similar vehicles and combustion fired equipment.
Originally, “straight-run” gasoline was produced by simple distillation of crude oil without the use of chemical conversion processes (Lane 1980; Sax and Lewis 1987). Shortly after 1900, motor vehicles began to appear in growing numbers, and gasoline began to have a marketable value as a refinery product. For more detailed information please visit: https://www.atsdr.cdc.gov/ToxProfiles/tp72-c4.pdf
A “degree day” is a unit of measure for recording how hot or how cold it has been over a 24-hour period. The number of degree days applied to any particular day of the week is determined by calculating the mean temperature for the day and then comparing the mean temperature to a base value of 65 degrees F. For more detailed information please visit: https://www.weather.gov/ffc/degdays#:~:text=A%20%22degree%20day%22%20is%20a,value%20of%2065%20degrees%20F.
Heating degree days quantify the extent (in degrees) and duration (in days) during which outdoor temperatures fall below a specific threshold. They are frequently employed in computations concerning the energy usage necessary for heating structures.
A “degree day” is a unit of measure for recording how hot or how cold it has been over a 24-hour period. The number of degree days applied to any particular day of the week is determined by calculating the mean temperature for the day and then comparing the mean temperature to a base value of 65 degrees F. For more detailed information please visit: https://www.weather.gov/ffc/degdays#:~:text=A%20%22degree%20day%22%20is%20a,value%20of%2065%20degrees%20F.
How can you determine the size of your oil tank? Oil Tank Capacity? What’s the Size of My Oil Tank? The prevalent size for above-ground oil tanks is typically 275 gallons, although capacity can span from 105 gallons to 500 gallons. An easy and straightforward method to ascertain if your oil tank holds 275 gallons is to measure its height, width, and length.
How can you determine the size of your oil tank? What’s the Capacity of My Oil Tank? The prevailing size for above-ground oil tanks is typically 275 gallons, although the capacity can vary between 105 gallons and 500 gallons. A convenient method to ascertain whether your oil tank has a 275-gallon capacity is to measure its height, width, and length.
Due to the necessity of atomizing and heating up heating oil to 140°F before ignition, it is regarded as highly secure. Is oil-based heating safe for homes? Many experts in home energy also consider heating oil to be the safest method for maintaining indoor warmth. The risk of explosion is minimal, and concerns about the furnace reaching temperatures high enough to cause a fire are largely unfounded. The crucial factor in ensuring the safe operation of an oil heating system lies in consistent and timely preventive maintenance.
Key Benefits of Opting for Oil Heat
1) Extended Lifespan of Heating Oil Systems A well-maintained oil heater can last over 30 years, reducing the frequency of costly system replacements.
2) Reliability and Safety of Oil Heat Oil heat eliminates the risk of carbon monoxide leaks and explosions. Combustion occurs exclusively within the furnace, and oil can be stored on your property for extended periods. The flexibility to choose from various suppliers ensures quick deliveries and competitive prices.
3) Transparent and Understandable Billing Oil usage is easily quantifiable in gallons and price per gallon, unlike the complex measurements used for gas. Oil bills are devoid of obscure costs such as gas adjustments or warm weather charges.
4) Diverse Service Options with Oil Heat Oil provides the flexibility of selecting from multiple local service providers, each offering various payment plans. Choose on-demand oil delivery, automatic delivery, monthly budget payments, prepaid options, and more.
5) Enhanced Warmth and Versatility of Oil Heat Oil heat generates temperatures 400 degrees higher than natural gas, delivering rapid home comfort and eliminating waiting times for hot water. It seamlessly integrates with different heating systems, including boilers, forced air, and radiators.
6) Efficiency and Cost-Effectiveness of Oil Heat Oil combustion boasts an average efficiency rate of 85%, and newer models, like Energy Kinetics, achieve even higher rates. Older systems lag behind in efficiency. Many oil companies offer pricing and payment plans to manage energy costs.
7) Improved Hot Water Supply Oil-fueled water heaters boast double the hot water recovery rates of natural gas heaters and triple those of electric heaters. Despite higher upfront costs, oil-fired water heaters deliver cost savings over time with virtually unlimited hot water.
8) Popularity of Oil Heat Oil heat remains a prominent choice, with approximately 5.3 million U.S. households using it as their primary heating fuel in the winter of 2020-2021. Pennsylvania ranked third among the top five states.
9) Environmental Considerations and Cleanliness of Oil Heat Modern heating oil is remarkably cleaner, with 95% less pollution than in 1970, and burner emissions are nearly eliminated. Low-sulfur fuel oil and biofuels further reduce emissions. In contrast, natural gas systems contribute significantly to global methane emissions and associated environmental concerns.”
1) Efficiency The number one goal for an energy source is efficiency. You want a heating fuel that will make the most heat while consuming the least amount of fuel. This is the very definition of efficiency, and heating oil achieves it. When comparing heating oil to other sources of energy for creating heat, a small amount of oil makes a significant amount of heat. It is more efficient than electricity, and it also outperforms natural gas and propane when you compare their heat output per gallon.
2) Safety Heating oil is not explosive. It only burns via a complex system that oil furnaces use to convert the oil into heat. It is non-toxic and won’t pollute the soil or groundwater if it leaks or spills. It burns clean and does not pollute the air with any greenhouse gases.
3) Comfort A major advantage of oil is that it burns hot, hotter than other fuels. This creates a cozy, radiating warmth that lasts longer, helping your home to feel comfortable and maintain its temperature each time the furnace runs. Not all energy sources create the same feeling of comfort in your home.
4) Monetary Savings Because of its extreme efficiency, you can save money by heating your home with oil. The price of oil does fluctuate, but depending on your supplier, you may be able to purchase oil when the price is low and lock in that rate when you buy a certain amount. You should require fewer tank refills with heating oil because each tank will go a long way toward heating your home.
5) Availability The availability of heating oil is another benefit. Some energy sources, such as natural gas, are not available everywhere. Rural areas and homes that are not in housing developments are often not set up with natural gas sources. Heating oil can be delivered anywhere. It can be stored on your property in an above ground or underground tank.
Oil-fired boilers necessitate regular upkeep due to the inherent instability of heating oil. When stored between oil deliveries, heating oil remains stagnant in its storage tank. Gradually, it becomes vulnerable to contamination from water and bacteria, leading to its degradation into a viscous sludge.
Fluctuating and sometimes costly fuel expenses: Home heating oil experiences price fluctuations akin to those seen in motor fuel, rendering it pricier than natural gas or propane. This volatility can complicate budgeting efforts.
The depths to which an underground storage tank extends can differ based on its type and intended use. On average, the top of such tanks typically rests around 2 to 3 feet beneath the ground’s surface. Nevertheless, contemporary fuel tanks boast enhanced durability and can be designed to reach depths of up to 5 feet below the ground surface. For more detailed information please visit: https://mde.maryland.gov/programs/land/oilcontrol/pages/usthome.aspx
Underground FRP tank sizes encompass capacities ranging from 285 to 50,000 gallons, with diameters spanning 4 to 12 feet and lengths extending from 6-1/2 to 73 feet.
FRP tanks offer corrosion resistance, a critical attribute to consider when storing aggressive or corrosive chemicals. Furthermore, unlike steel tanks, FRP tanks do not conduct electricity. This safety advantage can significantly reduce the risk of “shock hazards”.
FRP tanks find applications in storing various substances such as petroleum, fuels, water, wastewater, chemicals, food products, and more. They are designed to accommodate fluids or gases that do not corrode FRP materials. These tanks are constructed using fiberglass-reinforced plastic.
Due to its durability and corrosion resistance, FRP offers a cost-effective solution over the long run. While the initial installation cost per square foot for FRP might be slightly higher, the material’s inherent advantages lead to significant savings in long-term expenses.
While not prevalent, underground oil tanks are favored by individuals seeking to maximize limited outdoor space or maintain the aesthetic appeal of their property’s exterior.
Each compliant tank must meet specific physical criteria, which encompass:
1) Secondary containment.
2) Overfill protection.
3) Leak detection.
4) Standard and emergency vent.
5) Liquid level gauge (preferably clock type).
6) Sufficient lighting (for nocturnal leak detection).
7) Spill kit.
The Department of Environmental Protection (DEP)
The Act establishes a comprehensive regulatory program for both underground (UST) and aboveground (AST) storage tanks and facilities that store regulated substances. The Storage Tank Program is administered by the Department of Environmental Protection (DEP). For more detailed information please visit: https://www.dep.state.pa.us/dep/subject/advcoun/ag/farmfac2.htm#:~:text=The%20Act%20establishes%20a%20comprehensive,of%20Environmental%20Protection%20(DEP).
Schedule an annual maintenance appointment with a Dixie Land Energy technician to service both the boiler and tank, including any underground pipe work. Keep track of your oil consumption; if you notice a sudden increase in oil usage, it could indicate a potential leak.
Indications of Service or Replacement Needs for an Oil Tank While a professional plumber should provide a definitive assessment, homeowners can watch for signs that their oil tank may require attention or replacement. Here are key indicators to be aware of:
1) Corrosion and Dents: Marks of rust and dents on the tank’s surface signify operational issues.
2) Wet Spots: Presence of wet spots, either beneath the tank or on its exterior, suggests trouble.
3) Unstable Legs: Uneven legs, often due to improper installation, can hinder tank function. Prompt inspection is crucial.
4) Exposure to Harsh Elements: Tanks located outside or in areas prone to winter weather require inspection for potential damage.
5) Faulty Vent Alarm: A non-functioning vent alarm during tank refills indicates malfunction, necessitating professional attention.
6) Frozen or Broken Fuel Gauge: Prompt repair is needed for a stuck or broken fuel gauge.
7) Oil Runs: Presence of stray oil around the tank, gauge, or ground beneath suggests a leak.
8) Unprotected Oil Lines: Inspect lines connecting the tank and furnace; cracked or split rubber tubing requires immediate servicing.
9) Pipe Clogs: Clogged vent pipes due to infestation or weather should be promptly cleaned.
10) Oil Inefficiency: Faster oil consumption than usual might signal leaks or other issues. Should any of these sign’s manifest, enlist a licensed technician for inspection and diagnosis. The technician will advise on repair or replacement options for your oil tank.
Typically, an oil tank has a lifespan of approximately 15 to 20 years, which equates to about two to three times the average duration of residential occupancy.
We’ve encountered well-maintained indoor oil tanks that are over 60 years old, and we’ve observed newer oil storage tanks with potential vulnerabilities due to the use of thinner or less durable steel, leading to shorter lifespans compared to their original counterparts.
Insurance policies differ among companies and may stipulate replacement of domestic oil tanks after 10 or 15 years, despite their potential for longer service life. Oil tanks in our chilly and humid climate are vulnerable to rust, condensation, sludge buildup, and contaminants that can lead to damage.
The typical lifespan of an aboveground oil tank (including basement heating oil tanks) is around 25 years, while underground tanks have a shorter average lifespan of approximately 15 years. If your heating oil tank is nearing or has exceeded its expected lifespan, it’s advisable to take proactive measures and replace it promptly.
If your heating oil tank experiences corrosion, it is more likely to occur from the inside-out. Corrosion in indoor single-walled steel heating oil tanks is often attributed to the buildup of condensation (water) and debris within the tank, rather than external factors. This can make detecting a potential leak less predictable.
Replacing an oil furnace can lead to significant savings on energy bills. The cost of upgrading to a new system can often be recouped within a few years due to the increased efficiency. Older systems typically have an annual fuel utilization efficiency (AFUE) rating of around 65%, while modern systems can achieve efficiency ratings as high as 98%.
A furnace with standard efficiency gives you 80 cents back for every dollar you invest in it. On the other hand, a high-efficiency model provides a return of at least 90 cents (with many models rated between 92 and 98 cents) for every dollar spent. This translates to 10-18 cents returned for every dollar spent on operation. Keep in mind that your fuel bill constitutes approximately half of your overall energy expenses.
If you have concerns about the functionality of your oil tank gauge, there’s a straightforward method to test it. Carefully remove the outer casing and gently press down on the float. If the float returns to its initial position, the gauge is functioning correctly.
Typically, an oil tank will have a lifespan of approximately 15 to 20 years, which equates to roughly two to three times the duration of the average residential occupancy.
Before finalizing a property sale, many homebuyers and real estate agents often stipulate the removal of buried tanks that are 20 years old or older.
You’ll only require a few ounces of fuel, sufficient to operate the engine for about three to four minutes. Next, introduce a small quantity of fuel stabilizer. Seal the gas can tightly, shake it vigorously for a brief period, and then carefully pour the fuel mixture into the engine’s gas tank.
Yes, gasoline does have a limited storage life. If left unused in your vehicle’s tank, it can deteriorate in as few as four weeks. However, when stored in proper conditions, gasoline in jerry cans can last anywhere from three to six months.
Ordinary gasoline typically remains viable for around three to six months, whereas diesel fuel can maintain its quality for up to a year before showing signs of degradation. However, ethanol-based fuels can lose their combustibility within one to three months due to oxidation and evaporation. Monitoring the age of fuel in your tank can present a challenge.
Nonetheless, gasoline that has aged beyond two months is typically acceptable for use, albeit with slight reductions in performance. Gasoline that has surpassed a year in age may lead to problems such as engine knocking, sputtering, and clogged injectors. It’s advisable to drain the tank of old gas to prevent potential engine damage.
Indications of poor-quality gas in a vehicle can manifest as various warning signs, including:
Difficulty initiating your car’s engine.
Vehicle experiencing sputtering.
Frequent stalling.
Activation of the check engine light.
Reduced fuel efficiency.
Sluggish acceleration.
Inconsistent speed fluctuations.
Why is it Inadvisable to Mix Old and New Gasoline? Combining old and new gasoline is discouraged for several key reasons, with the primary ones being: Old gasoline deteriorates over time and loses its combustibility, making it unsuitable for blending. This mixture can lead to engine sputtering and performance issues.
The most effective approach to utilizing old gas is to mix it with fresh gasoline. Add 3 gallons (11 liters) of new gas for every 1 gallon (3 liters) of old gas into your vehicle’s fuel tank or a storage container. Afterward, carefully rock your vehicle or shake the storage container to thoroughly blend the gasoline.
Gasoline possesses a limited shelf life, typically ranging from 3 to 6 months. As time passes, poor-quality gas can lead to engine issues in your mower. To address this, remove the old fuel from the tank using a siphon to eliminate the problematic gas.
Typically, untreated gasoline starts to degrade and loses its ability to combust due to oxidation and evaporation within three to six months when stored in a properly sealed and labeled metal or plastic container. Gasoline blended with ethanol has a shorter shelf life of around two to three months.
When considering extended fuel storage, metal containers are preferable over plastic ones. Plastic containers have the potential to release chemicals into the fuel and deteriorate over time. While metal containers can rust, they generally offer greater durability compared to plastic. It’s advisable to review local and state regulations concerning fuel storage.
The process of transporting fuel from the terminal to the gas pump involves several steps. The supplier establishes the current price, and after all preparations are complete, the wholesale supplier generates the order and schedules the delivery. On the designated delivery day, the driver loads the tanker truck with the specified fuel type and travels to the customer’s location.
1) Liquid Fuels
2) Gaseous Fuels
3) Solid Fuels
Definition of fuel: Fuel refers to a substance used for generating nuclear energy, heat, or power through combustion. Various materials such as coal, wood, oil, or gas can be burned to produce heat. Examples of fuel types include Methanol, Gasoline, Diesel, Propane, Natural gas, and Hydrogen.
The cetane rating also signifies its ignition ease. Diesel #2 is generally the fuel type commonly found at gas stations.
A fuel terminal is typically managed by oil companies, fuel distributors, or terminal operators, and they are usually situated close to major transportation routes, such as highways or rail lines, to ensure convenient distribution.
Off-road diesel is categorized as a Class II combustible liquid according to the National Fire Code. A flammable fuel is defined as having a flash point below 100 degrees F.
Diesel #2 is suitable for trucks transporting heavy loads, whereas diesel #1 is more commonly used for regular driving. Truck drivers are advised to opt for diesel #2 as it’s ideal for covering long distances at steady speeds. Diesel #2 is also less volatile and provides improved fuel efficiency.